Magnetek FLEX EX Instruction Manual

Page 1. External Illustrations 2 2. Power On/Off the Unit 3 3. Model Selection 3 4. Flex EX Models 4 5. Flex EX2 Models 9 6. Flex 2JX Models 17 7. Flex Mini Models 41 8. Flex BASE Models 44 9. Flex EP-H Models 50 10. TAC Programming 76 11. Firmware Update 78 12. Pushbutton Function Table A. Flex EX Models 87 B. Flex EX2 Models 101 C. Flex BASE Models 115

1. Infrared sensors 8. “WRITE” button 2. LCD screen 9. Programming port 3. “↑” button 10. Mini USB Port (for firmware update) 4. “↓” button 11. I-Chip port 5. “BACK” button 12. I-Chip programming board connector 6. “→” button 13. Connector to programming port 7. “READ” button 14. Connector to I-Chip programming board (TX & RX) → Programming for both transmitter and receiver (TX) → Programming for transmitter only (RX) → Programming for receiver only

F L E X - 2 J X F L E X - M i n i F L E X - E C O > F L E X - E X F L E X - 2 J X F L E X - M i n i F L E X - E C O 2. Power On/Off the Unit 1) Nothing is shown on the LCD screen when power is off. Power off 2) Press the “→” button to power on the unit. Power off Power on Press “→” button 3) Press the “Back” button at type model main screen to power off the unit. Power on Power off Press “Back” button 4) The unit will power off after 10 minutes of inactivity. 5) Change battery immediately when the LCD backlights flash repeatedly. 3. Model Selection At type model main screen use the “↑” and “↓” buttons to scroll between models. Press “→” button to enter the selected type model (cursor shown next to the type model). To deselect the type model after entering press the “Back” button until the type model main screen is shown again. Press the “Back” button again to turn off the programmer. > F L E X - E X F L E X - 2 J X F L E X - M i n i F L E X - E C O > F L E X - E P H

I - C H I P E R A S E 4. Flex EX Models 4.1 Program I-Chip When entering the Flex EX model the first selection shown on the screen is “Program I-Chip”. Use the “↑” and “↓” buttons to scroll through various Flex EX settings or press “→” button to enter “Program I-Chip”. Make sure the I- Chip is connected to the programmer. 1) Press “→” button to erase I-Chip information, press “→” button again to execute. “ERASE OK” is shown on the screen when completed. 2) Press “READ” button to store the I-Chip information into the programmer. If the screen shows “READ OK” the transfer is completed. 3) Press “WRITE” button to transfer the stored I-Chip information into a new I-Chip. If the screen shows “WRITE OK” the transfer is completed. 4) Exit Program I-Chip by pressing the “BACK” button until the cursor is shown next to “PROGRAM”. 5) Press “↑” and “↓” button to scroll through other Flex EX settings. 4.2 Program Serial Number (TX & RX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter Serial Number setting. 3) Press “↑” and “↓” button to change serial number as a whole or… 4) Press “→” button to go to the 1st digit on the far left of the serial number. 5) Press “↑” and “↓” button to change numeric value. 6) Press “→” button to go to the next digit to the right and repeat step 5. 7) Press “BACK” button to go back to step 3 or 4. 8) Exit Program Serial Number by pressing the “BACK” button until the cursor is shown next to “S/N:”. 9) Press “↑” and “↓” button to scroll through other Flex EX settings. When finished, take out the I-Chip and insert it onto the I-Chip programming port located on the decoder module to transfer the new serial number from the I-Chip to the receiver. Make sure JP6 jumper is inserted when transferring I-Chip information into the receiver.

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter System Type setting. 3) Press “↑” and “↓” button to change system type as a whole or… 4) Press “→” button to go to the digit on the left. 5) Press “↑” and “↓” button to change numeric value. 6) Press “→” button to go to the next digit to the right and repeat step 5. 7) Press “BACK” button to go back to step 3 or 4. 8) Exit Program System Type by pressing the “BACK” button until the cursor is shown next to “TYPE:”. 9) Press “↑” and “↓” button to scroll through other Flex EX settings. When finished, take out the I-Chip and insert it onto the I-Chip programming port located on the decoder module to transfer the new system type from the I-Chip to the receiver. Make sure JP6 jumper is inserted when transferring I-Chip information into the receiver. 4.4 Program System Frequency Range (TX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter System Frequency Range setting. 3) Press “↑” and “↓” button to change frequency range. 4) Exit Program System Frequency Range by pressing the “BACK” button until the cursor is shown next to “FREQ:”. 5) Press “↑” and “↓” button to scroll through other Flex EX settings. When changing the frequency range table in I-Chip make sure the transmitting and receiving RF boards are also changed accordingly. 4.5 Program System Channel (TX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter System Channel setting. 3) Press “↑” and “↓” button to change system channel as a whole or… 4) Press “→” button to go to the digit on the left. 5) Press “↑” and “↓” button to change numeric value. 6) Press “→” button to go to the next digit to the right and repeat step 5 7) Press “BACK” button to go back to step 3 or 4. 8) Exit Program System Channel by pressing the “BACK” button until the cursor is shown next to “CHANNEL”. 9) Press “↑” and “↓” button to scroll through other Flex EX settings. 4.6 Program RF Power (TX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter RF Power setting. 3) Press “↑” and “↓” button to change RF power (0.01 ~ 10mW). 4) Exit Program RF Power by pressing the “BACK” button until the cursor is shown next to “RFpower”. 5) Press “↑” and “↓” button to scroll through other Flex EX settings.

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter Transmitting Timer setting. 3) Press “↑” and “↓” button to select __M, __S or ON (constant ON). 4) When Minutes or Seconds is selected, press “→” button to go to the first digit on the left and press “↑” and “↓” button to select numeric value. 5) Press “→” button to go the next digit to the right and press “↑” and “↓” button to select numeric value. 6) Press “→” button again to go to the next column to select “M” for minutes and “S” for seconds. Press “↑” and “↓” button to select. 7) Press “BACK” button to go back to step 3 or 4. 8) Exit Program Transmitter Timer by pressing the “BACK” button until the cursor is shown next to “TX TIMER”. 9) Press “↑” and “↓” button to scroll through other Flex EX settings. 4.8 Program Password (TX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter Password setting. 3) Press “→” button to go to the 1st digit on the far left. 4) Press “↑” and “↓” button to change numeric value. 5) Press “→” button to go to the next digit to the right and repeat step 4. 6) Press “BACK” button to go back to step 3. 7) Exit Program Password by pressing the “BACK” button until the cursor is shown next to “PASS WORD”. 8) Press “↑” and “↓” button to scroll through other Flex EX settings. Only PB1 through PB4 are used when using the password function. Numeric value “1” represents PB1, “2” represents PB2, “3” represents PB3 and “4” represents PB4. Setting “1111” → Password function disabled (manufacture preset) 4.9 Program Pushbutton Functions (TX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter Pushbutton Function setting. 3) Press “↑” and “↓” button to change pushbutton function as a whole or… 4) Press “→” button to go to the digit on the far left. 5) Press “↑” and “↓” button to change numeric value. 6) Press “→” button to go to the next digit to the right and repeat step 5. 7) Press “BACK” button to go back to step 3 or 4. 8) Exit Program Pushbutton Functions by pressing the “BACK” button until the cursor is shown next to “PB FUNC”. 9) Press “↑” and “↓” button to scroll through other Flex EX settings. The transmitter pushbutton function table on Section 12 Part-A illustrates which numeric value corresponds to which pushbutton function.

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter Function Relay setting. 3) Press “↑” and “↓” button to scroll and select. 4) Exit Program Function Relay by pressing the “BACK” button until the cursor is shown next to “FUNC RLY”. 5) Press “↑” and “↓” button to scroll through other Flex EX settings. --- : START function only. NORMAL : START function + AUX with normal momentary output. TOGGLE : START function + AUX with toggled/latching output. TOG&E : START function + AUX with toggled/latching output. The relay opens when STOP button is pressed down and transmitter power off. EXT : FUNCTION relay works simultaneously with the receiver MAIN relays. TDM A+B : FUNCTION relay closes when selector switch is rotated to the A+B position and opens when rotate to A or B positions (tandem monitoring output). S/P : FUNCTION relay closes when START command is executed and opens only when transmitter power is turned off. HORN : FUNCTION relay closes for up to 3 seconds when START command is executed at transmitter power on and then becomes normal momentary outputs thereafter. When finished, take out the I-Chip and insert it onto the I-Chip programming port located on the decoder module to transfer the new setting from the I-Chip to the receiver. Make sure JP6 jumper is inserted when transferring I-Chip information into the receiver. 4.11 Program Brake Functions (RX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter Brake Function setting. 3) Press “↑” and “↓” button to scroll and select. 4) Exit Program Brake Functions by pressing the “BACK” button until the cursor is shown next to “BRAKE”. 5) Press “↑” and “↓” button to scroll through other Flex EX settings. DEMAG 1 : When releasing pushbutton from 2nd speed up to 1st speed, the 1st speed output relay will open for up to 1.0 second and then closes again. DEMAG 2 : When pushbutton is pressed down to 2nd speed directly from 0 speed, the 1st speed output relay will maintain closure for up to 0.4 second before 2nd speed output relay closes. When pushbutton is released from 2nd speed up to 0 speed, the 1st speed output relay will maintain closure for up to 0.5 second before going to 0 speed. DEMAG 3 : When releasing pushbutton from 2nd speed up to 1st speed, both 1st and 2nd speed output relays are opened. Release pushbutton to 0 speed and then press down to 1st speed to reengage the 1st speed output relay. P&H : When releasing pushbutton from 2nd speed up to 0 speed, the 1st speed output relay will maintain closure for up to 0.1 second before going to 0 speed. When finished, take out the I-Chip and insert it onto the I-Chip programming port located on the decoder module to transfer the new Brake setting from the I-Chip to the receiver. Make sure JP6 jumper is inserted when transferring I-Chip information into the receiver.

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter Serial Number setting. 3) Press “↑” and “↓” button to change serial number as a whole or… 4) Press “→” button to go to the 1st digit on the far left of the serial number. 5) Press “↑” and “↓” button to change numeric value. 6) Press “→” button to go to the next digit to the right and repeat step 5. 7) Press “BACK” button to go back to step 3 or 4. 8) Exit Program Serial Number by pressing the “BACK” button until the cursor is shown next to “TXSN”. 9) Press “↑” and “↓” button to scroll through other Flex EX settings. 4.13 Program Project ID (Flex Pro transmitter) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter Project ID setting. 3) Press “↑” and “↓” button to change serial number as a whole or… 4) Press “→” button to go to the 1st digit on the far left of the serial number. 5) Press “↑” and “↓” button to change numeric value. 6) Press “→” button to go to the next digit to the right and repeat step 5. 7) Press “BACK” button to go back to step 3 or 4. 8) Exit Program Serial Number by pressing the “BACK” button until the cursor is shown next to “PRJT”. 9) Press “↑” and “↓” button to scroll through other Flex EX settings. 4.14 Program CAN ID (Flex Pro transmitter) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter CAN ID setting. 3) Press “↑” and “↓” button to change serial number as a whole or… 4) Press “→” button to go to the 1st digit on the far left of the serial number. 5) Press “↑” and “↓” button to change numeric value. 6) Press “→” button to go to the next digit to the right and repeat step 5. 7) Press “BACK” button to go back to step 3 or 4. 8) Exit Program Serial Number by pressing the “BACK” button until the cursor is shown next to “CAN”. 9) Press “↑” and “↓” button to scroll through other Flex EX settings.

5.1 Program IR 5.1.1 Transmitter 1) Rotate the power switch key to OFF ( 0 ) position. 2) With the STOP button elevated, press and hold PB1 and PB3 at the same time. 3) Rotate the power switch key to ON ( I ) position. 4) Release PB1 and PB3 at the same time. The transmitter Status LED displays firmware version with red, green and orange blinks. 5) Press READ button to transfer transmitter info into the IR programmer. If the screen shows “READ OK” the transfer is completed. 6) Browse through list of settings by pressing “↑” and “↓” buttons (see section 5.2 and on). 7) Press WRITE button to transfer the new settings into the transmitter (transmitter Status LED constant orange). If the screen shows “WRITE OK” the transfer is completed (transmitter Status LED constant green for up to 2 seconds). 8) Exit Program IR by pressing the “BACK” button until the cursor is shown next to “PROGRAM”. 9) Press “↑” and “↓” button to scroll through other Flex EX2 settings. 5.1.2 Receiver 1) Power on the receiver with MAIN relays deactivated (standby mode). 2) Press READ button to transfer receiver info into the IR programmer. If the screen shows “READ OK” the transfer is completed. 3) Browse through list of settings by pressing “↑” and “↓” buttons (see section 5.2 and on). 4) Press WRITE button to transfer the new settings into the receiver (receiver Status LED constant orange). If the screen shows “WRITE OK” the transfer is completed (receiver Status LED blinks green – standby mode). 5) Exit Program IR by pressing the “BACK” button until the cursor is shown next to “PREGRAM”. 6) Press “↑” and “↓” button to scroll through other Flex EX2 settings. Note: When performing infrared programming make sure the distance between the IR programmer and the transmitter or receiver is within 10cm.

1) Press “→” button to enter Serial Number setting. 2) Press “↑” and “↓” button to change serial number as a whole or… 3) Press “→” button to go to the 1st digit on the far left of the serial number. 4) Press “↑” and “↓” button to change numeric value. 5) Press “→” button to go to the next digit to the right and repeat step 4. 6) Press BACK button to go back to step 2 or 3. 7) Exit Program Serial Number by pressing the “BACK” button until the cursor is shown next to “S/N:”. 8) Press “↑” and “↓” button to scroll through other Flex EX2 settings. 5.3 Program System Type (TX & RX) 1) Press “→” button to enter System Type setting. 2) Press “↑” and “↓” button to change system type as a whole or… 3) Press “→” button to go to the digit on the far left. 4) Press “↑” and “↓” button to change numeric value. 5) Press “→” button to go to the next digit to the right and repeat step 4. 6) Press BACK button to go back to step 2 or 3. 7) Exit Program System Type by pressing the “BACK” button until the cursor is shown next to “TYPE:”. 8) Press “↑” and “↓” button to scroll through other Flex EX2 settings. 5.4 Program RS Function (TX & RX) 1) Press “→” button to enter RS Function setting. 2) Press “↑” and “↓” button to change RS Function type number. 3) Press “→” button and then “↑” and “↓” button to select “LOCK” for all Select buttons interlocked and “UNLOCK” for all Select buttons non-interlocked. 4) Type 06 can further set PB7~PB10 Select buttons and PB11~PB12 Select buttons “LOCK” or “UNLOCK”. 5) Exit Program RS Function by pressing the “BACK” button until the cursor is shown next to “RS FUNC:”. 6) Press “↑” and “↓” button to scroll through other Flex EX2 settings. 5.5 Program System Frequency Range (TX & RX) 1) Press “→” button to enter Frequency Range setting. 2) Press “↑” and “↓” button to change frequency range. 3) Exit Program System Frequency Range by pressing the “BACK” button until the cursor is shown next to “FREQ:”. 4) Press “↑” and “↓” button to scroll through other Flex EX2 settings.

1) Press “→” button to enter System Channel setting. 2) Press “↑” and “↓” button to change system channel as a whole or… 3) Press “→” button to go to the digit on the left. 4) Press “↑” and “↓” button to change numeric value. 5) Press “→” button to go to the next digit to the right and repeat step 4. 6) Press BACK button to go back to step 2 or 3. 7) Exit Program System Channel by pressing the “BACK” button until the cursor is shown next to “CHANNEL”. 8) Press “↑” and “↓” button to scroll through other Flex EX2 settings. 5.7 Program RF Power (TX) 1) Press “→” button to enter RF Power setting. 2) Press “↑” and “↓” button to change RF power (0.01mW ~ 10mW). 3) Press “→” button and then “↑” and “↓” button to enable or disable RF power adjustment via transmitter dipswitch. 4) Exit Program RF Power by pressing the “BACK” button until the cursor is shown next to “RFpower”. 5) Press “↑” and “↓” button to scroll through other Flex EX2 settings. 5.8 Program Pushbutton Functions (TX) 1) Press “→” button to enter Pushbutton Function setting. 2) Press “↑” and “↓” button to change pushbutton function as a whole or… 3) Press “→” button to go to the digit on the left. 4) Press “↑” and “↓” button to change numeric value. 5) Press “→” button to go to the next digit to the right and repeat step 4. 6) Press BACK button to go back to step 2 or 3. 7) Exit Program Pushbutton Functions by pressing the “BACK” button until the cursor is shown next to “PB FUNC”. 8) Press “↑” and “↓” button to scroll through other Flex EX2 settings. The transmitter pushbutton function table on Section 12 Part-B illustrates which numeric value corresponds to which pushbutton function. 5.9 Program Rotary Switch Functions (TX) 1) Press “→” button to enter Rotary Switch Function setting. 2) Press “↑” and “↓” button to select A/Off/B, A/B/A+B or A/A+B/B rotary switch sequence. 3) Exit Program Rotary Switch Functions by pressing the “BACK” button until the cursor is shown next to “SW FUNC”. 4) Press “↑” and “↓” button to scroll through other Flex EX2 settings.

1) Press “→” button to enter Transmitting Timer setting. 2) Press “↑” and “↓” button to select “_M” for minutes/seconds or “ON” for constant on. 3) When “ON” is selected, press “→” button and then “↑” and “↓” button to select “+START” or “+ANY”. 4) When “_M” is selected, press “→” button to go to the digit on the left and press “↑” and “↓” button to select value. Press “→” button again to go to the next digit and press “↑” and “↓” button to select value . 5) Press “→” button again to select “M” for minutes or “S” for seconds. Press “↑” and “↓” button to select. 6) Press “→” button again to select “+START” or “+ANY” selection. Press “↑” and “↓” button to select. 7) Exit Program Transmitter Timer by pressing the “BACK” button until the cursor is shown next to “TX TIMER”. 8) Press “↑” and “↓” button to scroll through other Flex EX2 settings. Transmitter inactivity timer is for setting receiver main relays cutoff time when the transmitter is not in operation for a certain period of time. When set to 5 minutes (05M), the receiver main relays are deactivated at 5.0 minutes after last transmitter operation. Select “ON” means the receiver main relays are activated at all time unless the STOP button is pressed down or receiver power turned off (inactivity timer disabled). Select “+START” means after 5 minutes of transmitter inactivity you must press the green START button to continue operation. Select “+ANY” means after 5 minutes of transmitter inactivity press any pushbutton to continue operation. 5.11 Program LED1 Feedback (TX) 1) Press “→” button to enter Feedback setting. 2) Press “↑” and “↓” button to select Off, Input number or Output number. 3) When “Input” is selected, press “→” button and then “↑” and “↓” button to select input number that the external source is connected to (IN1 ~ IN4). 4) When “Output” is selected, press “→” button and then “↑” and “↓” button to select which output relay to feedback to LED1 (K1 ~ K24). 5) Select “Off” if no feedback is required. 6) Exit Program Feedback by pressing the “BACK” button until the cursor is shown next to “LED1”. 7) Press “↑” and “↓” button to scroll through other Flex EX2 settings. 5.12 Program LED2 Feedback (TX) 1) Press “→” button to enter Feedback setting. 2) Press “↑” and “↓” button to select Off, Input number or Output number. 3) When “Input” is selected, press “→” button and then “↑” and “↓” button to select input number that the external source is connected to (IN1 ~ IN4). 4) When “Output” is selected, press “→” button and then “↑” and “↓” button to select which output relay to feedback to LED2 (K1 ~ K24). 5) Select “Off” if no feedback is required. 6) Exit Program Feedback by pressing the “BACK” button until the cursor is shown next to “LED2”. 7) Press “↑” and “↓” button to scroll through other Flex EX2 settings.

1) Press “→” button to enter Feedback setting. 2) Press “↑” and “↓” button to select Off, Input number or Output number. 3) When “Input” is selected, press “→” button and then “↑” and “↓” button to select input number that the external source is connected to (IN1 ~ IN4). 4) When “Output” is selected, press “→” button and then “↑” and “↓” button to select which output relay to feedback to LED3 (K1 ~ K24). 5) Select “Off” if no feedback is required. 6) Exit Program Feedback by pressing the “BACK” button until the cursor is shown next to “LED3”. 7) Press “↑” and “↓” button to scroll through other Flex EX2 settings. 5.14 Program LED4 Feedback (TX) 1) Press “→” button to enter Feedback setting. 2) Press “↑” and “↓” button to select Off, Input number or Output number. 3) When “Input” is selected, press “→” button and then “↑” and “↓” button to select input number that the external source is connected to (IN1 ~ IN4). 4) When “Output” is selected, press “→” button and then “↑” and “↓” button to select which output relay to feedback to LED4 (K1 ~ K24). 5) Select “Off” if no feedback is required. 6) Exit Program Feedback by pressing the “BACK” button until the cursor is shown next to “LED4”. 7) Press “↑” and “↓” button to scroll through other Flex EX2 settings. 5.15 Program Infrared START (TX) 1) Press “→” button to enter Infrared Start setting. 2) Press “↑” and “↓” button to select Off or IRS. Select “OFF” to disable infrared START function. Select “IRS” to enable infrared START function. 3) Exit Program Infrared START by pressing the “BACK” button until the cursor is shown next to “IR Mode”. 4) Press “↓” button to go to the next Infrared START setting. 5.16 Program Infrared START ID Code (TX) 1) Press “→” button to enter Infrared START ID code setting. 2) Press “↑” and “↓” button to set the 3-digit ID code as a whole or… 3) Press “→” button to go to the digit on the left. 4) Press “↑” and “↓” button to change numeric value. 5) Press “→” button to go to the next digit to the right and repeat step 4. 6) Press BACK button to go back to step 2. Make sure the infrared module on crane is set to same ID code as the transmitter. Select “000” disables the ID code function hence any types of infrared modules can be used. 7) Exit Program Infrared START ID Code by pressing the “BACK” button until the cursor is shown next to “IR ID”. 8) Press “↓” button to go to the next Infrared START setting.

1) Press “→” button to enter IRS Time Out setting. 2) Press “↑” and “↓” button to select IRS Off or IRS On. Select “IRS On” if infrared START is required after every transmitter timeout. Select “IRS Off” if infrared START is not required after every transmitter timeout. 3) Exit Program IRS Time Out by pressing the “BACK” button until the cursor is shown next to “IRS FUNC”. 4) Press “↑” and “↓” button to scroll through other Flex EX2 settings. 5.18 Program Channel Scanning (RX) 1) Press “→” button to enter Channel Scanning setting. 2) Press “↑” and “↓” button to select number of channel to scan (01~12). 3) Exit Program Channel Scanning by pressing the “BACK” button until the cursor is shown next to “CH SCAN”. 4) Press “↑” and “↓” button to scroll through other Flex EX2 settings. Note: Make sure the Channel dipswitch in receiver position 7 and 8 is set to “11” in order for this to work (refer to manual section 4.2.2.10 or 4.2.2.11). 5.19 Program Function Relay 1 / K25 Relay (RX) 1) Press “→” button to enter Function Relay 1 setting. 2) Press “↑” and “↓” button to scroll and select. 3) Exit Program Function Relay 1 by pressing the “BACK” button until the cursor is shown next to “FUNC RLY1”. 4) Press “↑” and “↓” button to scroll through other Flex EX2 settings. --- : START function only. LV : Function relay closes when receiver voltage is low. ID : Function relay works simultaneously with all motion commands. NORMAL : START function + AUX with normal momentary output. TOGGLE : START function + AUX with toggled/latching output. TOG&E : START function + AUX with toggled/latching output. The relay opens when STOP button is pressed down and transmitter power off. S/P : FUNCTION relay closes when START command is executed and opens only when transmitter power is turned off. EXT : FUNCTION relay works simultaneously with the receiver MAIN relays. TDM A+B : FUNCTION relay closes when selector switch is rotated to the A+B position and opens when rotate to A or B positions (tandem monitoring output). HORN : FUNCTION relay closes for up to 3 seconds when START command is initiated at transmitter power on and then becomes normal momentary outputs thereafter. G SENSOR : FUNCTION relay closes when Zero-G sensor is triggered (receiver MAIN relays deactivated) and opens when receiver MAIN relays are reactivated. RS : For RS system, the function relay works simultaneously with the Select pushbutton.

1) Press “→” button to enter Function Relay 2 setting. 2) Press “↑” and “↓” button to scroll and select. 3) Exit Program Function Relay 2 by pressing the “BACK” button until the cursor is shown next to “FUNC RLY2”. 4) Press “↑” and “↓” button to scroll through other Flex EX2 settings. --- : START function only. LV : Function relay closes when receiver voltage is low. ID : Function relay works simultaneously with all motion commands. NORMAL : START function + AUX with normal momentary output. TOGGLE : START function + AUX with toggled/latching output. TOG&E : START function + AUX with toggled/latching output. The relay opens when STOP button is pressed down and transmitter power off. S/P : FUNCTION relay closes when START command is executed and opens only when transmitter power is turned off. EXT : FUNCTION relay works simultaneously with the receiver MAIN relays. TDM A+B : FUNCTION relay closes when selector switch is rotated to the A+B position and opens when rotate to A or B positions (tandem monitoring output). HORN : FUNCTION relay closes for up to 3 seconds when START command is initiated at transmitter power on and then becomes normal momentary outputs thereafter. G SENSOR : FUNCTION relay closes when Zero-G sensor is triggered (receiver MAIN relays deactivated) and opens when receiver MAIN relays are reactivated. RS : For RS system, the function relay works simultaneously with the Select pushbutton. 5.21 Program Function Relay 3 / K30 Relay (RX) 1) Press “→” button to enter Function Relay 3 setting. 2) Press “↑” and “↓” button to scroll and select. 3) Exit Program Function Relay 3 by pressing the “BACK” button until the cursor is shown next to “FUNC RLY3”. 4) Press “↑” and “↓” button to scroll through other Flex EX2 settings. --- : START function only. LV : Function relay closes when receiver voltage is low. ID : Function relay works simultaneously with all motion commands. NORMAL : START function + AUX with normal momentary output. TOGGLE : START function + AUX with toggled/latching output. TOG&E : START function + AUX with toggled/latching output. The relay opens when STOP button is pressed down and transmitter power off. S/P : FUNCTION relay closes when START command is executed and opens only when transmitter power is turned off. EXT : FUNCTION relay works simultaneously with the receiver MAIN relays. TDM A+B : FUNCTION relay closes when selector switch is rotated to the A+B position and opens when rotate to A or B positions (tandem monitoring output). HORN : FUNCTION relay closes for up to 3 seconds when START command is initiated at transmitter power on and then becomes normal momentary outputs thereafter. G SENSOR : FUNCTION relay closes when Zero-G sensor is triggered (receiver MAIN relays deactivated) and opens when receiver MAIN relays are reactivated. RS : For RS system, the function relay works simultaneously with the Select pushbutton.

1) Press “→” button to enter Brake function setting. 2) Press “↑” and “↓” button to scroll and select. 3) Exit Program Brake Functions by pressing the “BACK” button until the cursor is shown next to “BRAKE”. 4) Press “↑” and “↓” button to scroll through other Flex EX2 settings. DEMAG 1 : When releasing pushbutton from 2nd speed up to 1st speed, the 1st speed output relay will open for up to 1.0 second and then closes again. DEMAG 2 : When pushbutton is pressed down to 2nd speed directly from 0 speed, the 1st speed output relay will maintain closure for up to 0.4 second before 2nd speed output relay closes. When pushbutton is released from 2nd speed up to 0 speed, the 1st speed output relay will maintain closure for up to 0.5 second before going to 0 speed. DEMAG 3 : When releasing pushbutton from 2nd speed up to 1st speed, both 1st and 2nd speed output relays are opened. Release pushbutton to 0 speed and then press down to 1st speed to reengage the 1st speed output relay. P&H : When releasing pushbutton from 2nd speed up to 0 speed, the 1st speed output relay will maintain closure for up to 0.1 second before going to 0 speed. 5.23 Program MRX Micro Receiver PB type (RX) 1) Press “→” button 2 times to enter PB Type setting. 2) Press “↑” and “↓” button to scroll and select. PB1~4 setting means the receiver corresponds to PB1~PB4 on the transmitter. PB5~8 means the receiver corresponds to PB5~PB8 on the transmitter. PB9~12 means the receiver corresponds to PB9~PB12 on the transmitter. Inline means the PB number is counted from top to bottom instead of right to left. 3) Exit Program Micro Receiver PB Type by pressing the “BACK” button until the cursor is shown next to “MICRO RX”. 4) Press “↑” and “↓” button to scroll through other Flex EX2 settings.

6.1 Program I-Chip When entering the 2JX model the first selection shown on the screen is “Program I-Chip” or “Program IR”. Use the “↑” and “↓” buttons to scroll through various Flex 2JX settings or press “→” button to enter “Program I- Chip” or “Program IR”. Then press “↑” and “↓” button to select. Program I-Chip: 1) Make sure the I-Chip is connected to the programmer. 2) Press “READ” button to store the I-Chip information into the programmer. If the screen shows “READ OK” the transfer is completed. 3) Press “WRITE” button to transfer the stored I- Chip information into the I-Chip. If the screen shows “WRITE OK” the transfer is completed. 4) Press “→” button to format the I-Chip, press “→” button again to execute. If the screen shows “FORMAT OK” the format is completed. 5) Exit I-Chip programming by pressing the “BACK” button until the cursor is shown next to “Program”. 6) Press “↑” and “↓” button to scroll through other Flex 2JX settings. Program IR (infrared): 1) Make sure the transmitter is turned on. 2) Press “READ” button to store the transmitter info into the programmer. If the screen shows “READ OK” the transfer is completed. 3) Press “WRITE” button to transfer the stored info into the transmitter. If the screen shows “WRITE OK” the transfer is completed. The transmitter will restart automatically after 2 seconds. 4) Exit Program IR by pressing the “BACK” button until the cursor is shown next to “Program”. 5) Press “↑” and “↓” button to scroll through other Flex 2JX settings. Note: When performing infrared programming make sure the distance between the programmer and the transmitter is within 10cm. > P R O G R A M I - C H I P F O R M A T

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter Serial Number setting. 3) Press “↑” and “↓” button to change serial number as a whole or… 4) Press “→” button to go to the 1st digit on the far left of the serial number. 5) Press “↑” and “↓” button to change numeric value. 6) Press “→” button to go to the next digit to the right and repeat step 5. 7) Press “BACK” button to go back to step 3 or 4. 8) Exit Program Serial Number by pressing the “BACK” button until the cursor is shown next to “S/N”. 9) Press “↑” and “↓” button to scroll through other Flex 2JX settings. When finished, make sure to transfer the newly selected serial number to the receiver. 6.3 Program System Type (TX & RX) System Type is associated with functions such as tandem operation, random access operation, multi-receiver operation, etc... Please do not alter the factory settings unless authorized to do so. 6.4 Program System Frequency Range (TX & RX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter System Frequency Range setting. 3) Press “↑” and “↓” button to change frequency range. 4) Exit Program System Frequency Range by pressing the “BACK” button until the cursor is shown next to “FREQ:”. 5) Press “↑” and “↓” button to scroll through other Flex 2JX settings. When changing the frequency range table in I-Chip make sure the transmitting and receiving RF boards are also changed accordingly. 6.5 Program System Channel (TX & RX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter System Channel setting. 3) Press “↑” and “↓” button to change system channel as a whole or… 4) Press “→” button to go to the digit on the left. 5) Press “↑” and “↓” button to change numeric value. 6) Press “→” button to go to the next digit to the right and repeat step 5 7) Press “BACK” button to go back to step 3 or 4. 8) Exit Program System Channel by pressing the “BACK” button until the cursor is shown next to “CHANNEL”. 9) Press “↑” and “↓” button to scroll through other Flex 2JX settings. When transmitter channel is changed make sure the receiver channel is also set to the newly selected channel.

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter Transmitting Timer setting. 3) Press “↑” and “↓” button to select between “__M__S” and “ON”. “__M__S” represents Minutes and Seconds and “ON” represents constant ON. 4) When “__M__S” is selected, press “→” button to go to the 1st digit on the far left and press “↑” and “↓” button to change numeric value (number 0~6). Then press “→” button to go to the next digit and press “↑” and “↓” button to change numeric value (number 0~9). The first 2 digits are the Minutes value (M). Repeat the same process for the Seconds value (S). 5) Press “→” button to select START button or ANY button activation after transmitter timeout or after transmitter inactivity. 6) Press “↑” and “↓” button to select. 7) Press BACK button to go back to step 3 or 4. 8) Exit Program Transmitter Timer by pressing the “BACK” button until the cursor is shown next to “TX TIMER”. 9) Press “↑” and “↓” button to scroll through other Flex 2JX settings. Transmitter inactivity timer is for setting receiver main relays cutoff time when the transmitter is not in operation for a certain period of time. When set to 5 minutes (05M00S), the receiver main relays are deactivated at 5.0 minutes after last transmitter operation. Select “ON” means the receiver main relays are activated at all time unless the e-stop button is pressed down, receiver power turned off, or when the transmitter power is switched off (inactivity time disabled). Select “+START” means after 5 minutes of transmitter inactivity you must press the green START button to continue operation. Select “+ANY” means after 5 minutes of transmitter inactivity operate the joysticks or buttons (not switches) to continue operation. 6.7 Program Transmitter RF Power (TX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter RF Power setting. 3) Press “↑” and “↓” button to change RF power (0.1mW ~ 10mW). 4) Exit Program RF Power by pressing the “BACK” button until the cursor is shown next to “RFpower”. 5) Press “↑” and “↓” button to scroll through other Flex 2JX settings. 6.8 Program Infrared (IR) Modes (TX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter Infrared Mode setting. 3) Press “↑” and “↓” button to scroll and select. Select “OFF” to disable infrared function. Select “IRS” to enable infrared START function. Select “IRL” to enable infrared range limiting function. 4) Exit Program IR Mode by pressing the “BACK” button until the cursor is shown next to “IR Mode”. 5) Press “↑” and “↓” button to scroll through other Flex 2JX settings.

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter Infrared ID setting. 3) Press “↑” and “↓” button to change IR_ID as a whole or… 4) Press “→” button to go to the digit on the far left. 5) Press “↑” and “↓” button to change numeric value. 6) Press “→” button to go to the next digit to the right and repeat step 5. 7) Press BACK button to go back to step 3 or 4. 8) Exit Program Infrared ID by pressing the “BACK” button until the cursor is shown next to “IR_ID”. 9) Press “↑” and “↓” button to scroll through other Flex 2JX settings. Make sure the infrared module on crane is set to same ID code as the transmitter. Select “000” disables the ID code function hence any types of infrared modules can be used. 6.10 Program IRS Time Out Function (TX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter IRS Time Out setting. 3) Press “↑” and “↓” button to scroll and select between IRS On and IRS Off. 4) Press “→” button to go to the digit on the far left. 5) Press “↑” and “↓” button to change numeric value. 6) Press “→” button to go to the next digit to the right and repeat step 5 7) Press BACK button to go back to step 3 or 4. 8) Exit Program IRS Time Out Function by pressing the “BACK” button until the cursor is shown next to “IRS FUNC”. 9) Press “↑” and “↓” button to scroll through other Flex 2JX settings. Select “IRS ON” if infrared START is required after every transmitter timeout. Select “IRS OFF” if infrared START is not required after every transmitter timeout. 6.11 Program Tilt Function (TX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter Tilt setting. 3) Press “↑” and “↓” button to scroll and select between Off, 1.0S and 0.5S. 4) Exit Program Tilt Function by pressing the “BACK” button until the cursor is shown next to “TILT”. 5) Press “↑” and “↓” button to scroll through other Flex 2JX settings. When TILT function is set to 0.5s (more sensitive) or 1.0s (less sensitive), the receiver mains are disconnected (opened) when the transmitter is tilted for more than 35~40 degrees. Select OFF disables the TILT function.

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter LX Joystick setting. 3) Press “↑” and “↓” button to scroll and select between None, Analog, 1-step, 2-step, 3-step, 4-step and 5-step. 4) Exit Program LX Function by pressing the “BACK” button until the cursor is shown next to “LX FUNC”. 5) Press “↑” and “↓” button to scroll through other Flex 2JX settings. Set each joystick’s number of steps and output type (analog-stepless or digital-stepped) according to the hardware installed. 6.13 Program LY Joystick Function (TX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter LY Joystick setting. 3) Press “↑” and “↓” button to scroll and select between None, Analog, 1-step, 2-step, 3-step, 4-step and 5-step. 4) Exit Program LY Function by pressing the “BACK” button until the cursor is shown next to “LY FUNC”. 5) Press “↑” and “↓” button to scroll through other Flex 2JX settings. Set each joystick’s number of steps and output type (analog-stepless or digital-stepped) according to the hardware installed. 6.14 Program RX Joystick Function (TX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter RX Joystick setting. 3) Press “↑” and “↓” button to scroll and select between None, Analog, 1-step, 2-step, 3-step, 4-step and 5-step. 4) Exit Program RX Function by pressing the “BACK” button until the cursor is shown next to “RX FUNC”. 5) Press “↑” and “↓” button to scroll through other Flex 2JX settings. Set each joystick’s number of steps and output type (analog-stepless or digital-stepped) according to the hardware installed. 6.15 Program RY Joystick Function (TX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter RY Joystick setting. 3) Press “↑” and “↓” button to scroll and select between None, Analog, 1-step, 2-step, 3-step, 4-step and 5-step. 4) Exit Program RY Function by pressing the “BACK” button until the cursor is shown next to “RY FUNC”. 5) Press “↑” and “↓” button to scroll through other Flex 2JX settings. Set each joystick’s number of steps and output type (analog-stepless or digital-stepped) according to the hardware installed.

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter SW1 setting. 3) Press “↑” and “↓” button to scroll and select between settings. 4) Exit Program SW1 Function by pressing the “BACK” button until the cursor is shown next to “SW1FUNC”. 5) Press “↑” and “↓” button to scroll through other Flex 2JX settings. Button: Select “NORMAL” for momentary output relay contact and “TOGGLE” for transmitter toggled output relay contact. Select “A→B” or “0→A→B” or “A→B→AB” or “0→A→B→AB” for Select A/B, off/A/B, A/B/AB or off/A/B/AB output relay contacts. Select “A→B→C” or “0→A→B→C” adds the 3rd output for Select A/B/C output relay contacts (see section 6.25~6.26). Rocker Switch: Select “NORMAL” for 2-stage On-On or 3-stage On-Off-On output relay contacts. Select “SW A→AB→B” for Select A/A+B/B output relay contacts. Select “A→B→C” or “0→A→B→C” adds the 3rd output for Select A/B/C output relay contacts (see section 6.25~6.26). Important: If SW1 is set to one of the above settings then the SW1 output relay function in receiver must set to “NORMAL” or “ABUS” (Reversed Logic A/A+B/B). 6.17 Program SW2 Function (TX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter SW2 setting. 3) Press “↑” and “↓” button to scroll and select between settings. 4) Exit Program SW2 Function by pressing the “BACK” button until the cursor is shown next to “SW2FUNC”. 5) Press “↑” and “↓” button to scroll through other Flex 2JX settings. Button: Select “NORMAL” for momentary output relay contact and “TOGGLE” for transmitter toggled output relay contact. Select “A→B” or “0→A→B” or “A→B→AB” or “0→A→B→AB” for Select A/B, off/A/B, A/B/AB or off/A/B/AB output relay contacts. Select “A→B→C” or “0→A→B→C” adds the 3rd output for Select A/B/C output relay contacts (see section 6.25~6.26). Rocker Switch: Select “NORMAL” for 2-stage On-On or 3-stage On-Off-On output relay contacts. Select “SW A→AB→B” for Select A/A+B/B output relay contacts. Select “A→B→C” or “0→A→B→C” adds the 3rd output for Select A/B/C output relay contacts (see section 6.25~6.26). Important: If SW2 is set to one of the above settings then the SW1 output relay function in receiver must set to “NORMAL” or “ABUS” (Reversed Logic A/A+B/B). 6.18 Program SW3 Function (TX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter SW3 setting. 3) Press “↑” and “↓” button to scroll and select between settings. 4) Exit Program SW3 Function by pressing the “BACK” button until the cursor is shown next to “SW3FUNC”. 5) Press “↑” and “↓” button to scroll through other Flex 2JX settings. Rotary Switch: Select “NORMAL” for 2-stage On-On or 3-stage On-Off-On output relay contacts. Select “SW A→AB→B” for Select A/A+B/B output relay contacts. Select “A→B→C” or “0→A→B→C” adds the 3rd output for Select A/B/C output relay contacts (see section 6.25~6.26). Important: If SW3 is set to one of the above settings then the SW3 output relay function in receiver must set to “NORMAL” or “ABUS” (Reversed Logic A/A+B/B).

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter SW4 setting. 3) Press “↑” and “↓” button to scroll and select between settings. 4) Exit Program SW4 Function by pressing the “BACK” button until the cursor is shown next to “SW4FUNC”. 5) Press “↑” and “↓” button to scroll through other Flex 2JX settings. Button: Select “NORMAL” for momentary output relay contact and “TOGGLE” for transmitter toggled output relay contact. Select “A→B” or “0→A→B” or “A→B→AB” or “0→A→B→AB” for Select A/B, off/A/B, A/B/AB or off/A/B/AB output relay contacts. Select “A→B→C” or “0→A→B→C” adds the 3rd output for Select A/B/C output relay contacts (see section 6.25~6.26). Rocker Switch: Select “NORMAL” for 2-stage On-On or 3-stage On-Off-On output relay contacts. Select “SW A→AB→B” for Select A/A+B/B output relay contacts. Select “A→B→C” or “0→A→B→C” adds the 3rd output for Select A/B/C output relay contacts (see section 6.25~6.26). Important: If SW4 is set to one of the above settings then the SW1 output relay function in receiver must set to “NORMAL” or “ABUS” (Reversed Logic A/A+B/B). 6.20 Program SW5 Function (TX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter SW5 setting. 3) Press “↑” and “↓” button to scroll and select between settings. 4) Exit Program SW5 Function by pressing the “BACK” button until the cursor is shown next to “SW5FUNC”. 5) Press “↑” and “↓” button to scroll through other Flex 2JX settings. Button: Select “NORMAL” for momentary output relay contact and “TOGGLE” for transmitter toggled output relay contact. Select “A→B” or “0→A→B” or “A→B→AB” or “0→A→B→AB” for Select A/B, off/A/B, A/B/AB or off/A/B/AB output relay contacts. Select “A→B→C” or “0→A→B→C” adds the 3rd output for Select A/B/C output relay contacts (see section 6.25~6.26). Rocker Switch: Select “NORMAL” for 2-stage On-On or 3-stage On-Off-On output relay contacts. Select “SW A→AB→B” for Select A/A+B/B output relay contacts. Select “A→B→C” or “0→A→B→C” adds the 3rd output for Select A/B/C output relay contacts (see section 6.25~6.26). Important: If SW5 is set to one of the above settings then the SW1 output relay function in receiver must set to “NORMAL” or “ABUS” (Reversed Logic A/A+B/B). 6.21 Program SW6 Function (TX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter SW6 setting. 3) Press “↑” and “↓” button to scroll and select between settings. 4) Exit Program SW6 Function by pressing the “BACK” button until the cursor is shown next to “SW6FUNC”. 5) Press “↑” and “↓” button to scroll through other Flex 2JX settings. Button: Select “NORMAL” for normal momentary relay output and “TOGGLE” for transmitter toggled relay output.

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter SW7 setting. 3) Press “↑” and “↓” button to scroll and select between settings. 4) Exit Program SW7 Function by pressing the “BACK” button until the cursor is shown next to “SW7FUNC”. 5) Press “↑” and “↓” button to scroll through other Flex 2JX settings. Button: Select “NORMAL” for normal momentary relay output and “TOGGLE” for transmitter toggled relay output. 6.23 Program Channel Scanning Function (RX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter Channel Scanning setting. 3) Press “↑” and “↓” button to scroll and select between settings. 4) Exit Program Channel Scanning Function by pressing the “BACK” button until the cursor is shown next to “CH SCAN”. 5) Press “↑” and “↓” button to scroll through other Flex 2JX settings. Select “01” the receiver only scans the channel set on the receiver. Select “02” the receiver scans the channel set on the receiver plus the next channel up (scans channel N and channel N+1). Select “03” the receiver scans the channel set on the receiver plus the next two channels up (scans channel N, channel N+1 and channel N+2). Select “ALL” the receiver scans all 62 channels. 6.24 Program MAIN Relay Function (RX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter MAIN Relay setting. 3) Press “↑” and “↓” button to scroll and select between Test and Normal. 4) Exit Program MAIN Relay Function by pressing the “BACK” button until the cursor is shown next to “MAIN RLY”. 5) Press “↑” and “↓” button to scroll through other Flex 2JX settings. Select “NORMAL” for normal operation (receiver mains and all other outputs enabled). Select “TEST” for system testing (receiver mains disabled and all other outputs enabled).

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter Function Relay 1 setting. 3) Press “↑” and “↓” button to scroll and select between settings. 4) Exit Program Function Relay 1 by pressing the “BACK” button until the cursor is shown next to “FUNC RLY1”. 5) Press “↑” and “↓” button to scroll through other Flex 2JX settings. Select “LV” for receiver low voltage external warning output. Select “ID” for receiver ID output (works simultaneously with all joystick motions and interlocking momentary contacts). Select “NORMAL” the output relay becomes momentary contact when START button is pressed. Select “TOGGLE” the output relay becomes toggled contact when START button is pressed. Select “TOGGLE&E” the output relay becomes toggled contact affected by the e-stop command (output relay opens when e-stop button is pressed). Select “EXT” the output relay works simultaneously with the receiver mains. Select “S/P” the output relay closes when the green START button is pressed and opens only when transmitter power is switched off, not e-stop pressed. Select “TDM A+B” the output relay closes when the 3-stage tandem rotary key switch on the SW3 slot is rotated to A+B position for dual crane A+B tandem operation. Select “SW1 1+2… SW5 1+2” the output relay closes when a 3-stage rocker switch, a 3- stage rotary switch or a 3-stage A/B/A+B button on SW1 ~ SW5 slot is rotated to A+B position for dual hoist/trolley A+B tandem operation. Only 1 switch or button can be assigned to each Function relay. Select “HORN” the output relay closes for up to 3 seconds when the green START button is pressed after every transmitter power on and then becomes a momentary contact thereafter. Select “SW1~5 ABC” adds the 3rd outputs relay for button or switch A→B→C selection (see section 6.16~6.20).

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter Function Relay 2 setting. 3) Press “↑” and “↓” button to scroll and select between settings. 4) Exit Program Function Relay 2 by pressing the “BACK” button until the cursor is shown next to “FUNC RLY2”. 5) Press “↑” and “↓” button to scroll through other Flex 2JX settings. Select “LV” for receiver low voltage external warning output. Select “ID” for receiver ID output (works simultaneously with all joystick motions and interlocking momentary contacts). Select “NORMAL” the output relay becomes momentary contact when START button is pressed. Select “TOGGLE” the output relay becomes toggled contact when START button is pressed. Select “TOGGLE&E” the output relay becomes toggled contact affected by the e-stop command (output relay opens when e-stop button is pressed). Select “EXT” the output relay works simultaneously with the receiver mains. Select “S/P” the output relay closes when the green START button is pressed and opens only when transmitter power is switched off, not e-stop pressed. Select “TDM A+B” the output relay closes when the 3-stage tandem rotary key switch on the SW3 slot is rotated to A+B position for dual crane A+B tandem operation. Select “SW1 1+2… SW5 1+2” the output relay closes when a 3-stage rocker switch, a 3- stage rotary switch or a 3-stage A/B/A+B button on SW1 ~ SW5 slot is rotated to A+B position for dual hoist/trolley A+B tandem operation. Only 1 switch or button can be assigned to each Function relay. Select “HORN” the output relay closes for up to 3 seconds when the green START button is pressed after every transmitter power on and then becomes a momentary contact thereafter. Select “SW1~5 ABC” adds the 3rd outputs relay for button or switch A→B→C selection (see section 6.16~6.20).

Below chart and settings are various types of shared (F/R) and separate (F or R) acceleration relay closure at 1st, 2nd, 3rd, 4th and 5th steps. Output Relay Type LY LX RY RX K2 K9 K16 K23 K3 K10 K17 K24 K4 K11 K18 K25 K5 K12 K19 K26 K6 K13 K20 K27 K7 K14 K21 K28 01 at 1st Step at 2nd Step at 3rd Step at 4th Step at 5th Step F1 F1 F1 F1 F1 or R1 or R1 or R1 or R1 or R1 F/R2 F/R2 F/R2 F/R2 F/R3 F/R3 F/R3 F/R4 F/R4 F/R5 02 at 1st Step at 2nd Step at 3rd Step at 4th Step at 5th Step F1 F1 F1 F1 F1 or R1 or R1 or R1 or R1 or R1 F/R2 F/R3 F/R4 F/R5 03 at 1st Step at 2nd Step at 3rd Step at 4th Step F F F F or R or R or R or R F/R1 F/R1 F/R1 F/R1 F/R2 F/R2 F/R2 F/R3 F/R3 F/R4 04 at 1st Step at 2nd Step at 3rd Step at 4th Step F F F F or R or R or R or R F/R1 F/R2 F/R3 F/R4 05 at 1st Step at 2nd Step at 3rd Step F1 F1 F1 or R1 or R1 or R1 F2 F2 or R2 or R2 F3 or R3 06 at 1st Step at 2nd Step at 3rd Step F1 or R1 F2 or R2 F3 or R3 LY → Left Joystick Y axis LX → Left Joystick X axis RY → Right Joystick Y axis RY → Right Joystick X axis F → Forward F1 → Forward 1 st step F2 → Forward 2 nd step F3 → Forward 3 rd step F4 → Forward 4 th step F5 → Forward 5 th step R → Reverse R1 → Reverse 1 st step R2 → Reverse 2 nd step R3 → Reverse 3 rd step R4 → Reverse 4 th step R5 → Reverse 5 th step F/R1 → Forward/Reverse shared 1 st step F/R2 → Forward/Reverse shared 2 nd step F/R3 → Forward/Reverse shared 3 rd step F/R4 → Forward/Reverse shared 4 th step F/R5 → Forward/Reverse shared 5 th step K8 → 0-step relays can be set to NO (normal open) or NC (normal close) contact. 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter LX Output Relay setting. 3) Press “↑” and “↓” button to select output relay type (see above chart type 01~06) and K8 relay type (NC-Normal Open or NO-Normal Close). 4) Press “→” button to enter and press “↑” and “↓” button to scroll and select 5) Press “BACK” button to go back to step 3. 6) Exit Program Channel Scanning Function by pressing the “BACK” button until the cursor is shown next to “LX RLY”. 7) Press “↑” and “↓” button to scroll through other Flex 2JX settings.

Below chart and settings are various types of shared (F/R) and separate (F or R) acceleration relay closure at 1st, 2nd, 3rd, 4th and 5th steps. Output Relay Type LY LX RY RX K2 K9 K16 K23 K3 K10 K17 K24 K4 K11 K18 K25 K5 K12 K19 K26 K6 K13 K20 K27 K7 K14 K21 K28 01 at 1st Step at 2nd Step at 3rd Step at 4th Step at 5th Step F1 F1 F1 F1 F1 or R1 or R1 or R1 or R1 or R1 F/R2 F/R2 F/R2 F/R2 F/R3 F/R3 F/R3 F/R4 F/R4 F/R5 02 at 1st Step at 2nd Step at 3rd Step at 4th Step at 5th Step F1 F1 F1 F1 F1 or R1 or R1 or R1 or R1 or R1 F/R2 F/R3 F/R4 F/R5 03 at 1st Step at 2nd Step at 3rd Step at 4th Step F F F F or R or R or R or R F/R1 F/R1 F/R1 F/R1 F/R2 F/R2 F/R2 F/R3 F/R3 F/R4 04 at 1st Step at 2nd Step at 3rd Step at 4th Step F F F F or R or R or R or R F/R1 F/R2 F/R3 F/R4 05 at 1st Step at 2nd Step at 3rd Step F1 F1 F1 or R1 or R1 or R1 F2 F2 or R2 or R2 F3 or R3 06 at 1st Step at 2nd Step at 3rd Step F1 or R1 F2 or R2 F3 or R3 LY → Left Joystick Y axis LX → Left Joystick X axis RY → Right Joystick Y axis RY → Right Joystick X axis F → Forward F1 → Forward 1 st step F2 → Forward 2 nd step F3 → Forward 3 rd step F4 → Forward 4 th step F5 → Forward 5 th step R → Reverse R1 → Reverse 1 st step R2 → Reverse 2 nd step R3 → Reverse 3 rd step R4 → Reverse 4 th step R5 → Reverse 5 th step F/R1 → Forward/Reverse shared 1 st step F/R2 → Forward/Reverse shared 2 nd step F/R3 → Forward/Reverse shared 3 rd step F/R4 → Forward/Reverse shared 4 th step F/R5 → Forward/Reverse shared 5 th step K1 → 0-step relays can be set to NO (normal open) or NC (normal close) contact. 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter LY Output Relay setting. 3) Press “↑” and “↓” button to select output relay type (see above chart type 01~06) and K1 relay type (NC-Normal Open or NO-Normal Close). 4) Press “→” button to enter and press “↑” and “↓” button to scroll and select. 5) Press “BACK” button to go back to step 3. 6) Exit Program Channel Scanning Function by pressing the “BACK” button until the cursor is shown next to “LY RLY”. 7) Press “↑” and “↓” button to scroll through other Flex 2JX settings.

Below chart and settings are various types of shared (F/R) and separate (F or R) acceleration relay closure at 1st, 2nd, 3rd, 4th and 5th steps. Output Relay Type LY LX RY RX K2 K9 K16 K23 K3 K10 K17 K24 K4 K11 K18 K25 K5 K12 K19 K26 K6 K13 K20 K27 K7 K14 K21 K28 01 at 1st Step at 2nd Step at 3rd Step at 4th Step at 5th Step F1 F1 F1 F1 F1 or R1 or R1 or R1 or R1 or R1 F/R2 F/R2 F/R2 F/R2 F/R3 F/R3 F/R3 F/R4 F/R4 F/R5 02 at 1st Step at 2nd Step at 3rd Step at 4th Step at 5th Step F1 F1 F1 F1 F1 or R1 or R1 or R1 or R1 or R1 F/R2 F/R3 F/R4 F/R5 03 at 1st Step at 2nd Step at 3rd Step at 4th Step F F F F or R or R or R or R F/R1 F/R1 F/R1 F/R1 F/R2 F/R2 F/R2 F/R3 F/R3 F/R4 04 at 1st Step at 2nd Step at 3rd Step at 4th Step F F F F or R or R or R or R F/R1 F/R2 F/R3 F/R4 05 at 1st Step at 2nd Step at 3rd Step F1 F1 F1 or R1 or R1 or R1 F2 F2 or R2 or R2 F3 or R3 06 at 1st Step at 2nd Step at 3rd Step F1 or R1 F2 or R2 F3 or R3 LY → Left Joystick Y axis LX → Left Joystick X axis RY → Right Joystick Y axis RY → Right Joystick X axis F → Forward F1 → Forward 1 st step F2 → Forward 2 nd step F3 → Forward 3 rd step F4 → Forward 4 th step F5 → Forward 5 th step R → Reverse R1 → Reverse 1 st step R2 → Reverse 2 nd step R3 → Reverse 3 rd step R4 → Reverse 4 th step R5 → Reverse 5 th step F/R1 → Forward/Reverse shared 1 st step F/R2 → Forward/Reverse shared 2 nd step F/R3 → Forward/Reverse shared 3 rd step F/R4 → Forward/Reverse shared 4 th step F/R5 → Forward/Reverse shared 5 th step K22 → 0-step relays can be set to NO (normal open) or NC (normal close) contact. 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter RX Output Relay setting. 3) Press “↑” and “↓” button to select output relay type (see above chart type 01~06) and K22 relay type (NC-Normal Open or NO-Normal Close). 4) Press “→” button to enter and press “↑” and “↓” button to scroll and select. 5) Press “BACK” button to go back to step 3. 6) Exit Program Channel Scanning Function by pressing the “BACK” button until the cursor is shown next to “RX RLY”. 7) Press “↑” and “↓” button to scroll through other Flex 2JX settings.

Below chart and settings are various types of shared (F/R) and separate (F or R) acceleration relay closure at 1st, 2nd, 3rd, 4th and 5th steps. Output Relay Type LY LX RY RX K2 K9 K16 K23 K3 K10 K17 K24 K4 K11 K18 K25 K5 K12 K19 K26 K6 K13 K20 K27 K7 K14 K21 K28 01 at 1st Step at 2nd Step at 3rd Step at 4th Step at 5th Step F1 F1 F1 F1 F1 or R1 or R1 or R1 or R1 or R1 F/R2 F/R2 F/R2 F/R2 F/R3 F/R3 F/R3 F/R4 F/R4 F/R5 02 at 1st Step at 2nd Step at 3rd Step at 4th Step at 5th Step F1 F1 F1 F1 F1 or R1 or R1 or R1 or R1 or R1 F/R2 F/R3 F/R4 F/R5 03 at 1st Step at 2nd Step at 3rd Step at 4th Step F F F F or R or R or R or R F/R1 F/R1 F/R1 F/R1 F/R2 F/R2 F/R2 F/R3 F/R3 F/R4 04 at 1st Step at 2nd Step at 3rd Step at 4th Step F F F F or R or R or R or R F/R1 F/R2 F/R3 F/R4 05 at 1st Step at 2nd Step at 3rd Step F1 F1 F1 or R1 or R1 or R1 F2 F2 or R2 or R2 F3 or R3 06 at 1st Step at 2nd Step at 3rd Step F1 or R1 F2 or R2 F3 or R3 LY → Left Joystick Y axis LX → Left Joystick X axis RY → Right Joystick Y axis RY → Right Joystick X axis F → Forward F1 → Forward 1 st step F2 → Forward 2 nd step F3 → Forward 3 rd step F4 → Forward 4 th step F5 → Forward 5 th step R → Reverse R1 → Reverse 1 st step R2 → Reverse 2 nd step R3 → Reverse 3 rd step R4 → Reverse 4 th step R5 → Reverse 5 th step F/R1 → Forward/Reverse shared 1 st step F/R2 → Forward/Reverse shared 2 nd step F/R3 → Forward/Reverse shared 3 rd step F/R4 → Forward/Reverse shared 4 th step F/R5 → Forward/Reverse shared 5 th step K15 → 0-step relays can be set to NO (normal open) or NC (normal close) contact. 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter RY Output Relay setting. 3) Press “↑” and “↓” button to select output relay type (see above chart type 01~06) and K8 relay type (NC-Normal Open or NO-Normal Close). 4) Press “→” button to enter and press “↑” and “↓” button to scroll and select. 5) Press “BACK” button to go back to step 3. 6) Exit Program Channel Scanning Function by pressing the “BACK” button until the cursor is shown next to “RY RLY”. 7) Press “↑” and “↓” button to scroll through other Flex 2JX settings.

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter LX Delay setting. 3) Press “↑” and “↓” button to select delay for ACC (forward motion) and DEC (reverse motion). 4) Press “→” button to enter and press “↑” and “↓” button to scroll and select. 5) Press “BACK” button to go back to step 3. 6) Exit Program LX Delay by pressing the “BACK” button until the cursor is shown next to “LX DELAY”. 7) Press “↑” and “↓” button to scroll through other Flex 2JX settings. 6.32 Program LY Delay (RX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter LY Delay setting. 3) Press “↑” and “↓” button to select delay for ACC (forward motion) and DEC (reverse motion). 4) Press “→” button to enter and press “↑” and “↓” button to scroll and select. 5) Press “BACK” button to go back to step 3. 6) Exit Program LY Delay by pressing the “BACK” button until the cursor is shown next to “LY DELAY”. 7) Press “↑” and “↓” button to scroll through other Flex 2JX settings. 6.33 Program RX Delay (RX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter RX Delay setting. 3) Press “↑” and “↓” button to select delay for ACC (forward motion) and DEC (reverse motion). 4) Press “→” button to enter and press “↑” and “↓” button to scroll and select. 5) Press “BACK” button to go back to step 3. 6) Exit Program RX Delay by pressing the “BACK” button until the cursor is shown next to “RX DELAY”. 7) Press “↑” and “↓” button to scroll through other Flex 2JX settings. 6.34 Program RY Delay (RX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter RY Delay setting. 3) Press “↑” and “↓” button to select delay for ACC (forward motion) and DEC (reverse motion). 4) Press “→” button to enter and press “↑” and “↓” button to scroll and select. 5) Press “BACK” button to go back to step 3. 6) Exit Program RY Delay by pressing the “BACK” button until the cursor is shown next to “RY DELAY”. 7) Press “↑” and “↓” button to scroll through other Flex 2JX settings.

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter LX Output setting. 3) Press “↑” and “↓” button to scroll between OFF, Voltage, Current and PFM output setting. Press “→” button to enter. When Voltage is selected on step 3 above: press “↑” and “↓” button to scroll between Maximum, Neutral and Minimum value. Press “→” button to enter and then “↑” and “↓” button to change voltage value. Press “→” button to go to the next column to the right and press “↑” and “↓” button to change voltage value, and so on. Press the “BACK” button to go back to the Maximum, Neutral and Minimum selection. When Current is selected on step 3 above: press “↑” and “↓” button to scroll between Maximum, Neutral and Minimum value. Press “→” button to enter and then “↑” and “↓” button to change value. Press the “BACK” button to go back to the Maximum, Neutral and Minimum selection. When PFM is selected on step 3 above: press “↑” and “↓” button to select between 02K, 08K and 32K value. Press “→” button to enter and then “↑” and “↓” button scroll between Maximum, Neutral and Minimum value. Press “→” button to enter and then “↑” and “↓” button to set % range. Press the “BACK” button to go back to the Maximum, Neutral and Minimum selection. 4) Exit Program LX Output by pressing the “BACK” button until the cursor is shown next to “LX OUT”. 5) Press “↑” and “↓” button to scroll through other Flex 2JX settings. 6.36 Program LY Output (RX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter LY Output setting. 3) Press “↑” and “↓” button to scroll between OFF, Voltage, Current and PFM output setting. Press “→” button to enter. When Voltage is selected on step 3 above: press “↑” and “↓” button to scroll between Maximum, Neutral and Minimum value. Press “→” button to enter and then “↑” and “↓” button to change voltage value. Press “→” button to go to the next column to the right and press “↑” and “↓” button to change voltage value, and so on. Press the “BACK” button to go back to the Maximum, Neutral and Minimum selection. When Current is selected on step 3 above: press “↑” and “↓” button to scroll between Maximum, Neutral and Minimum value. Press “→” button to enter and then “↑” and “↓” button to change value. Press the “BACK” button to go back to the Maximum, Neutral and Minimum selection. When PFM is selected on step 3 above: press “↑” and “↓” button to select between 02K, 08K and 32K value. Press “→” button to enter and then “↑” and “↓” button scroll between Maximum, Neutral and Minimum value. Press “→” button to enter and then “↑” and “↓” button to set % range. Press the “BACK” button to go back to the Maximum, Neutral and Minimum selection. 4) Exit Program LY Output by pressing the “BACK” button until the cursor is shown next to “LY OUT”. 5) Press “↑” and “↓” button to scroll through other Flex 2JX settings.

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter RX Output setting. 3) Press “↑” and “↓” button to scroll between OFF, Voltage, Current and PFM output setting. Press “→” button to enter. When Voltage is selected on step 3 above: press “↑” and “↓” button to scroll between Maximum, Neutral and Minimum value. Press “→” button to enter and then “↑” and “↓” button to change voltage value. Press “→” button to go to the next column to the right and press “↑” and “↓” button to change voltage value, and so on. Press the “BACK” button to go back to the Maximum, Neutral and Minimum selection. When Current is selected on step 3 above: press “↑” and “↓” button to scroll between Maximum, Neutral and Minimum value. Press “→” button to enter and then “↑” and “↓” button to change value. Press the “BACK” button to go back to the Maximum, Neutral and Minimum selection. When PFM is selected on step 3 above: press “↑” and “↓” button to select between 02K, 08K and 32K value. Press “→” button to enter and then “↑” and “↓” button scroll between Maximum, Neutral and Minimum value. Press “→” button to enter and then “↑” and “↓” button to set % range. Press the “BACK” button to go back to the Maximum, Neutral and Minimum selection. 4) Exit Program RX Output by pressing the “BACK” button until the cursor is shown next to “RX OUT”. 5) Press “↑” and “↓” button to scroll through other Flex 2JX settings. 6.38 Program RY Output (RX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter RY Output setting. 3) Press “↑” and “↓” button to scroll between OFF, Voltage, Current and PFM output setting. Press “→” button to enter. When Voltage is selected on step 3 above: press “↑” and “↓” button to scroll between Maximum, Neutral and Minimum value. Press “→” button to enter and then “↑” and “↓” button to change voltage value. Press “→” button to go to the next column to the right and press “↑” and “↓” button to change voltage value, and so on. Press the “BACK” button to go back to the Maximum, Neutral and Minimum selection. When Current is selected on step 3 above: press “↑” and “↓” button to scroll between Maximum, Neutral and Minimum value. Press “→” button to enter and then “↑” and “↓” button to change value. Press the “BACK” button to go back to the Maximum, Neutral and Minimum selection. When PFM is selected on step 3 above: press “↑” and “↓” button to select between 02K, 08K and 32K value. Press “→” button to enter and then “↑” and “↓” button scroll between Maximum, Neutral and Minimum value. Press “→” button to enter and then “↑” and “↓” button to set % range. Press the “BACK” button to go back to the Maximum, Neutral and Minimum selection. 4) Exit Program RY Output by pressing the “BACK” button until the cursor is shown next to “RY OUT”. 5) Press “↑” and “↓” button to scroll through other Flex 2JX settings.

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter SW1 Output Relay setting. 3) Press “→” button and then “↑” and “↓” button to select “LOCK” or “UNLOCK”. 4) Press “BACK” button to go back to step 3. 5) Press “↓” button and then “→” button select SW1 Output Relay function. 6) Press “↑” and “↓” button to scroll and select. 7) Exit Program SW1 Output Relay by pressing the “BACK” button until the cursor is shown next to “SW1 RLY”. 8) Press “↑” and “↓” button to scroll through other Flex 2JX settings. UNLOCK Settings (SW1 and SW2 output relays not interlocked): Select “NORMAL” the output relay becomes momentary contact. Select “NORMAL+S” the output relay becomes momentary contact. Must press the green START button together to work. Select receiver “TOGGLE” the output relay becomes toggled contact. Select receiver “TOGGLE&E” the output relay becomes toggled contact affected by the e-stop command (output relay opens when e-stop button is pressed). Select “PITCH” SW1 button becomes the “Pitch” function in Pitch & Catch Operation. Select “PITCH&E” SW1 button becomes the “Pitch” function in Pitch & Catch Operation. When Pitch command is initiated the receiver mains are disconnected. Select “STOP” SW1 button becomes an auxiliary e-stop function. Press to disconnect the receiver mains and press START button to reconnect the receiver mains. Important note 1: When one of the above is selected make sure the same SW1 button function on transmitter is set to “NORMAL”. Important note 2: When select Pitch & Catch function make sure you set the spare transmitter to the next channel up and the receiver channel scanning to “02”. Select ABUS (reversed logic A/B switching) all contacts are reversed when all pushbuttons, rocker switches and rotary switches are set to A/A+B/B function. LOCK Settings (SW1 and SW2 output relays interlocked): Select “NORMAL” both output relays become interlocking momentary contacts. Select receiver “TOG/TOG” both output relays become interlocking toggled contacts. Select receiver “TOG/TOG&E” both output relays become interlocking toggled contacts affected by the e-stop command (output relay opens when e-stop button is pressed). Select “ON/OFF” both output relays become interlocking On and Off contacts. Select “ON/OFF+S” both output relays become interlocking On and Off contacts. Must press the green START button along with the On or Off button to work. Select “ON/OFF&E” both output relays become interlocking On and Off contacts affected by the e-stop command (output relay opens when e-stop button is pressed). Select “MAGNET” the two output relays become interlocking Magnet ON and OFF contacts. Important note: When one of the above is selected make sure the same SW1 and SW2 button function on transmitter are both set to “NORMAL”.

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter SW2 Output Relay setting. 3) Press “→” button and then “↑” and “↓” button to select “LOCK” or “UNLOCK”. 4) Press “BACK” button to go back to step 3. 5) Press “↓” button and then “→” button select SW2 Output Relay function. 6) Press “↑” and “↓” button to scroll and select. 7) Exit Program SW2 Output Relay by pressing the “BACK” button until the cursor is shown next to “SW2 RLY”. 8) Press “↑” and “↓” button to scroll through other Flex 2JX settings. UNLOCK Settings (SW2 and SW1 output relays not interlocked): Select “NORMAL” the output relay becomes momentary contact. Select “NORMAL+S” the output relay becomes momentary contact. Must press the green START button together to work. Select receiver “TOGGLE” the output relay becomes toggled contact. Select receiver “TOGGLE&E” the output relay becomes toggled contact affected by the e-stop command (output relay opens when e-stop button is pressed). Select “PITCH” SW2 button becomes the “Pitch” function in Pitch & Catch Operation. Select “PITCH&E” SW2 button becomes the “Pitch” function in Pitch & Catch Operation. When Pitch command is initiated the receiver mains are disconnected. Select “STOP” SW2 button becomes an auxiliary e-stop function. Press to disconnect the receiver mains and press START button to reconnect the receiver mains. Important note 1: When one of the above is selected make sure the same SW2 button function on transmitter is set to “NORMAL”. Important note 2: When select Pitch & Catch function make sure you set the spare transmitter to the next channel up and the receiver channel scanning to “02”. Select ABUS (reversed logic A/B switching) all contacts are reversed when all pushbuttons, rocker switches and rotary switches are set to A/A+B/B function. LOCK Settings (SW2 and SW1 output relays interlocked): Select “NORMAL” both output relays become interlocking momentary contacts. Select receiver “TOG/TOG” both output relays become interlocking toggled contacts. Select receiver “TOG/TOG&E” both output relays become interlocking toggled contacts affected by the e-stop command (output relay opens when e-stop button is pressed). Select “ON/OFF” both output relays become interlocking On and Off contacts. Select “ON/OFF+S” both output relays become interlocking On and Off contacts. Must press the green START button along with the On or Off button to work. Select “ON/OFF&E” both output relays become interlocking On and Off contacts affected by the e-stop command (output relay opens when e-stop button is pressed). Select “MAGNET” the two output relays become interlocking Magnet ON and OFF contacts. Important note: When one of the above is selected make sure the same SW2 and SW1 button function on transmitter are both set to “NORMAL”.

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter SW3 Output Relay setting. 3) Press “→” button again to enter settings. 4) Press “↑” and “↓” button to scroll and select. 5) Exit Program SW3 Output Relay by pressing the “BACK” button until the cursor is shown next to “SW3 RLY”. 6) Press “↑” and “↓” button to scroll through other Flex 2JX settings. Select “NORMAL” the output relay becomes momentary contact. Select “NORMAL+S” the output relay becomes momentary contact. Must press the green START button together to work. Select receiver “TOGGLE” the output relay becomes toggled contact. Select receiver “TOGGLE&E” the output relay becomes toggled contact affected by the e-stop command (output relay opens when e-stop button is pressed). Select “PITCH” SW3 button becomes the “Pitch” function in Pitch & Catch Operation. Select “PITCH&E” SW3 button becomes the “Pitch” function in Pitch & Catch Operation. When Pitch command is initiated the receiver mains are disconnected. Select “STOP” SW3 button becomes an auxiliary e-stop function. Press to disconnect the receiver mains and press START button to reconnect the receiver mains. Important note 1: When one of the above is selected make sure the same SW3 button function on transmitter is set to “NORMAL”. Important note 2: When select Pitch & Catch function make sure you set the spare transmitter to the next channel up and the receiver channel scanning to “02”. Select ABUS (reversed logic A/B switching) all contacts are reversed when all pushbuttons, rocker switches and rotary switches are set to A/A+B/B function.

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter SW4 Output Relay setting. 3) Press “→” button and then “↑” and “↓” button to select “LOCK” or “UNLOCK”. 4) Press “BACK” button to go back to step 3. 5) Press “↓” button and then “→” button select SW4 Output Relay function. 6) Press “↑” and “↓” button to scroll and select. 7) Exit Program SW4 Output Relay by pressing the “BACK” button until the cursor is shown next to “SW4 RLY”. 8) Press “↑” and “↓” button to scroll through other Flex 2JX settings. UNLOCK Settings (SW4 and SW5 output relays not interlocked): Select “NORMAL” the output relay becomes momentary contact. Select “NORMAL+S” the output relay becomes momentary contact. Must press the green START button together to work. Select receiver “TOGGLE” the output relay becomes toggled contact. Select receiver “TOGGLE&E” the output relay becomes toggled contact affected by the e-stop command (output relay opens when e-stop button is pressed). Select “PITCH” SW4 button becomes the “Pitch” function in Pitch & Catch Operation. Select “PITCH&E” SW4 button becomes the “Pitch” function in Pitch & Catch Operation. When Pitch command is initiated the receiver mains are disconnected. Select “STOP” SW4 button becomes an auxiliary e-stop function. Press to disconnect the receiver mains and press START button to reconnect the receiver mains. Important note 1: When one of the above is selected make sure the same SW4 button function on transmitter is set to “NORMAL”. Important note 2: When select Pitch & Catch function make sure you set the spare transmitter to the next channel up and the receiver channel scanning to “02”. Select ABUS (reversed logic A/B switching) all contacts are reversed when all pushbuttons, rocker switches and rotary switches are set to A/A+B/B function. LOCK Settings (SW4 and SW5 output relays interlocked): Select “NORMAL” both output relays become interlocking momentary contacts. Select receiver “TOG/TOG” both output relays become interlocking toggled contacts. Select receiver “TOG/TOG&E” both output relays become interlocking toggled contacts affected by the e-stop command (output relay opens when e-stop button is pressed). Select “ON/OFF” both output relays become interlocking On and Off contacts. Select “ON/OFF+S” both output relays become interlocking On and Off contacts. Must press the green START button along with the On or Off button to work. Select “ON/OFF&E” both output relays become interlocking On and Off contacts affected by the e-stop command (output relay opens when e-stop button is pressed). Select “MAGNET” the two output relays become interlocking Magnet ON and OFF contacts. Important note: When one of the above is selected make sure the same SW4 and SW5 button function on transmitter are both set to “NORMAL”.

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter SW5 Output Relay setting. 3) Press “→” button and then “↑” and “↓” button to select “LOCK” or “UNLOCK”. 4) Press “BACK” button to go back to step 3. 5) Press “↓” button and then “→” button select SW5 Output Relay function. 6) Press “↑” and “↓” button to scroll and select. 7) Exit Program SW5 Output Relay by pressing the “BACK” button until the cursor is shown next to “SW5 RLY”. 8) Press “↑” and “↓” button to scroll through other Flex 2JX settings. UNLOCK Settings (SW5 and SW4 output relays not interlocked): Select “NORMAL” the output relay becomes momentary contact. Select “NORMAL+S” the output relay becomes momentary contact. Must press the green START button together to work. Select receiver “TOGGLE” the output relay becomes toggled contact. Select receiver “TOGGLE&E” the output relay becomes toggled contact affected by the e-stop command (output relay opens when e-stop button is pressed). Select “PITCH” SW5 button becomes the “Pitch” function in Pitch & Catch Operation. Select “PITCH&E” SW5 button becomes the “Pitch” function in Pitch & Catch Operation. When Pitch command is initiated the receiver mains are disconnected. Select “STOP” SW5 button becomes an auxiliary e-stop function. Press to disconnect the receiver mains and press START button to reconnect the receiver mains. Important note 1: When one of the above is selected make sure the same SW5 button function on transmitter is set to “NORMAL”. Important note 2: When select Pitch & Catch function make sure you set the spare transmitter to the next channel up and the receiver channel scanning to “02”. Select ABUS (reversed logic A/B switching) all contacts are reversed when all pushbuttons, rocker switches and rotary switches are set to A/A+B/B function. LOCK Settings (SW5 and SW4 output relays interlocked): Select “NORMAL” both output relays become interlocking momentary contacts. Select receiver “TOG/TOG” both output relays become interlocking toggled contacts. Select receiver “TOG/TOG&E” both output relays become interlocking toggled contacts affected by the e-stop command (output relay opens when e-stop button is pressed). Select “ON/OFF” both output relays become interlocking On and Off contacts. Select “ON/OFF+S” both output relays become interlocking On and Off contacts. Must press the green START button along with the On or Off button to work. Select “ON/OFF&E” both output relays become interlocking On and Off contacts affected by the e-stop command (output relay opens when e-stop button is pressed). Select “MAGNET” the two output relays become interlocking Magnet ON and OFF contacts. Important note: When one of the above is selected make sure the same SW5 and SW4 button function on transmitter are both set to “NORMAL”.

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter SW6 Output Relay setting. 3) Press “→” button and then “↑” and “↓” button to select “LOCK” or “UNLOCK”. 4) Press “BACK” button to go back to step 3. 5) Press “↓” button and then “→” button select SW6 Output Relay function. 6) Press “↑” and “↓” button to scroll and select. 7) Exit Program SW6 Output Relay by pressing the “BACK” button until the cursor is shown next to “SW6 RLY”. 8) Press “↑” and “↓” button to scroll through other Flex 2JX settings. UNLOCK Settings (SW6 and SW7 output relays not interlocked): Select “NORMAL” the output relay becomes momentary contact. Select “NORMAL+S” the output relay becomes momentary contact. Must press the green START button together to work. Select receiver “TOGGLE” the output relay becomes toggled contact. Select receiver “TOGGLE&E” the output relay becomes toggled contact affected by the e-stop command (output relay opens when e-stop button is pressed). Select “PITCH” SW6 button becomes the “Pitch” function in Pitch & Catch Operation. Select “PITCH&E” SW6 button becomes the “Pitch” function in Pitch & Catch Operation. When Pitch command is initiated the receiver mains are disconnected. Select “STOP” SW6 button becomes an auxiliary e-stop function. Press to disconnect the receiver mains and press START button to reconnect the receiver mains. Important note 1: When one of the above is selected make sure the same SW6 button function on transmitter is set to “NORMAL”. Important note 2: When select Pitch & Catch function make sure you set the spare transmitter to the next channel up and the receiver channel scanning to “02”. LOCK Settings (SW6 and SW7 output relays interlocked): Select “NORMAL” both output relays become interlocking momentary contacts. Select receiver “TOG/TOG” both output relays become interlocking toggled contacts. Select receiver “TOG/TOG&E” both output relays become interlocking toggled contacts affected by the e-stop command (output relay opens when e-stop button is pressed). Select “ON/OFF” both output relays become interlocking On and Off contacts. Select “ON/OFF+S” both output relays become interlocking On and Off contacts. Must press the green START button along with the On or Off button to work. Select “ON/OFF&E” both output relays become interlocking On and Off contacts affected by the e-stop command (output relay opens when e-stop button is pressed). Select “MAGNET” the two output relays become interlocking Magnet ON and OFF contacts. Important note: When one of the above is selected make sure the same SW6 and SW7 button function on transmitter are both set to “NORMAL”.

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter SW7 Output Relay setting. 3) Press “→” button and then “↑” and “↓” button to select “LOCK” or “UNLOCK”. 4) Press “BACK” button to go back to step 3. 5) Press “↓” button and then “→” button select SW7 Output Relay function. 6) Press “↑” and “↓” button to scroll and select. 7) Exit Program SW7 Output Relay by pressing the “BACK” button until the cursor is shown next to “SW7 RLY”. 8) Press “↑” and “↓” button to scroll through other Flex 2JX settings. UNLOCK Settings (SW7 and SW6 output relays not interlocked): Select “NORMAL” the output relay becomes momentary contact. Select “NORMAL+S” the output relay becomes momentary contact. Must press the green START button together to work. Select receiver “TOGGLE” the output relay becomes toggled contact. Select receiver “TOGGLE&E” the output relay becomes toggled contact affected by the e-stop command (output relay opens when e-stop button is pressed). Select “PITCH” SW7 button becomes the “Pitch” function in Pitch & Catch Operation. Select “PITCH&E” SW7 button becomes the “Pitch” function in Pitch & Catch Operation. When Pitch command is initiated the receiver mains are disconnected. Select “STOP” SW7 button becomes an auxiliary e-stop function. Press to disconnect the receiver mains and press START button to reconnect the receiver mains. Important note 1: When one of the above is selected make sure the same SW7 button function on transmitter is set to “NORMAL”. Important note 2: When select Pitch & Catch function make sure you set the spare transmitter to the next channel up and the receiver channel scanning to “02”. LOCK Settings (SW7 and SW6 output relays interlocked): Select “NORMAL” both output relays become interlocking momentary contacts. Select receiver “TOG/TOG” both output relays become interlocking toggled contacts. Select receiver “TOG/TOG&E” both output relays become interlocking toggled contacts affected by the e-stop command (output relay opens when e-stop button is pressed). Select “ON/OFF” both output relays become interlocking On and Off contacts. Select “ON/OFF+S” both output relays become interlocking On and Off contacts. Must press the green START button along with the On or Off button to work. Select “ON/OFF&E” both output relays become interlocking On and Off contacts affected by the e-stop command (output relay opens when e-stop button is pressed). Select “MAGNET” the two output relays become interlocking Magnet ON and OFF contacts. Important note: When one of the above is selected make sure the same SW7 and SW6 button function on transmitter are both set to “NORMAL”.

7.1 Program Direct 1) Make sure the programming cable is connected to the system. 2) Press “→” button to enter Direct setting. 3) Press READ button to store transmitter or receiver information into the programmer. If the screen shows “READ OK” the transfer is completed. 4) Press WRITE button to transfer the stored transmitter or receiver information into a new transmitter or receiver. If the screen shows “WRITE OK” the transfer is completed. 5) Exit Program Direct by pressing the “BACK” button until the cursor is shown next to “Program”. 6) Press “↑” and “↓” button to scroll through other Flex Mini settings. 7.2 Program Serial Number (TX & RX) 1) Make sure the programming cable is connected to the system. 2) Press “→” button to enter Serial Number setting. 3) Press “↑” and “↓” button to change serial number as a whole or… 4) Press “→” button to go to the 1st digit on the far left of the serial number. 5) Press “↑” and “↓” button to change numeric value. 6) Press “→” button to go to the next digit to the right and repeat step 5. 7) Press BACK button to go back to step 3 or 4. 8) Exit Program Serial Number by pressing the “BACK” button until the cursor is shown next to “S/N:”. 9) Press “↑” and “↓” button to scroll through other Flex Mini settings. 7.3 Program Keypad Type (TX & RX) 1) Make sure the programming cable is connected to the system. 2) Press “→” button to enter Keypad Type setting. 3) Press “↑” and “↓” button to change system type as a whole or… 4) Press “→” button to go to the digit on the left. 5) Press “↑” and “↓” button to change numeric value. 6) Press “→” button to go to the next digit to the right and repeat step 5. 7) Press BACK button to go back to step 3 or 4. 8) Exit Program Keypad Type by pressing the “BACK” button until the cursor is shown next to “KEYPAD:”. 9) Press “↑” and “↓” button to scroll through other Flex Mini settings.

1) Make sure the programming cable is connected to the system. 2) Press “→” button to enter System Frequency Range setting. 3) Press “↑” and “↓” button to change frequency range. 4) Exit Program System Frequency Range by pressing the “BACK” button until the cursor is shown next to “FREQ:”. 5) Press “↑” and “↓” button to scroll through other Flex Mini settings. 7.5 Program System Channel (TX & RX) 1) Make sure the programming cable is connected to the system. 2) Press “→” button to enter System Channel setting. 3) Press “↑” and “↓” button to change system channel as a whole or… 4) Press “→” button to go to the digit on the left. 5) Press “↑” and “↓” button to change numeric value. 6) Press “→” button to go to the next digit to the right and repeat step 5 7) Press BACK button to go back to step 3 or 4. 8) Exit Program System Channel by pressing the “BACK” button until the cursor is shown next to “CHANNEL”. 9) Press “↑” and “↓” button to scroll through other Flex Mini settings. 7.6 Program RF Power (TX) 1) Make sure the programming cable is connected to the system. 2) Press “→” button to enter RF Power setting. 3) Press “↑” and “↓” button to change RF power (0.01mW ~ 10mW). 4) Exit Program RF Power by pressing the “BACK” button until the cursor is shown next to “RFpower”. 5) Press “↑” and “↓” button to scroll through other Flex Mini settings. 7.7 Program Transmitter Inactivity/Sleep Timer (TX) 1) Make sure the programming cable is connected to the system. 2) Press “→” button to enter TX Timer setting. 3) Press “↑” and “↓” button to select ON (sleep timer disabled) or 01M (minute). 4) Press “→” button to go to the digit on the far left (tens). 5) Press “↑” and “↓” button to change numeric value. 6) Press “→” button to go to the next digit to the right (units) and repeat step 5. 7) Exit Program Transmitter Inactivity/Sleep Timer by pressing the “BACK” button until the cursor is shown next to “TX TIMER”. 8) Press “↑” and “↓” button to scroll through other Flex Mini settings. 7.8 Program Pushbutton Output Relay 1 (PB1/PB2) (RX) 1) Make sure the programming cable is connected to the system. 2) Press “→” button to enter Function 1 setting. 3) Press “↑” and “↓” button to change system channel as a whole or… 4) Press “→” button to go to the digit on the far left. 5) Press “↑” and “↓” button to change numeric value. 6) Press “→” button to go to the next digit to the right and repeat step 5. 7) Press BACK button to go back to step 3 or 4. 8) Exit Program System Channel by pressing the “BACK” button until the cursor is shown next to “PB RLY1”. 9) Press “↑” and “↓” button to scroll through other Flex Mini settings.

002 : Magnet On & Off pushbutton pair (for keypad type 01, 02 and 03). 003 : On + Start & Off + Start pushbutton pair (for keypad type 03 only). 7.9 Program Pushbutton Output Relay 2 (PB3/PB4) (RX) 1) Make sure the programming cable is connected to the system. 2) Press “→” button to enter Function 2 setting. 3) Press “↑” and “↓” button to change system channel as a whole or… 4) Press “→” button to go to the digit on the far left. 5) Press “↑” and “↓” button to change numeric value. 6) Press “→” button to go to the next digit to the right and repeat step 5 7) Press BACK button to go back to step 3 or 4. 8) Exit Program System Channel by pressing the “BACK” button until the cursor is shown next to “PB RLY2”. 9) Press “↑” and “↓” button to scroll through other Flex Mini settings. 001 : On & Off pushbutton pair (for keypad type 01, 02 and 03). 002 : Magnet On & Off pushbutton pair (for keypad type 01, 02 and 03). 003 : On + Start & Off + Start pushbutton pair (for keypad type 03 only). 7.10 Program Pushbutton Output Relay 3 (PB5/PB6) (RX) 1) Make sure the programming cable is connected to the system. 2) Press “→” button to enter Function 3 setting. 3) Press “↑” and “↓” button to change system channel as a whole or… 4) Press “→” button to go to the digit on the far left. 5) Press “↑” and “↓” button to change numeric value. 6) Press “→” button to go to the next digit to the right and repeat step 5 7) Press BACK button to go back to step 3 or 4. 8) Exit Program System Channel by pressing the “BACK” button until the cursor is shown next to “PB RLY3”. 9) Press “↑” and “↓” button to scroll through other Flex Mini settings. 001 : On & Off pushbutton pair (for keypad type 01, 02 and 03). 002 : Magnet On & Off pushbutton pair (for keypad type 01, 02 and 03). 003 : On + Start & Off + Start pushbutton pair (for keypad type 03 only). 7.11 Program Pushbutton Output Relay 4 (PB7/PB8) (RX) 1) Make sure the programming cable is connected to the system. 2) Press “→” button to enter Function 4 setting. 3) Press “↑” and “↓” button to change system channel as a whole or… 4) Press “→” button to go to the digit on the far left. 5) Press “↑” and “↓” button to change numeric value. 6) Press “→” button to go to the next digit to the right and repeat step 5 7) Press BACK button to go back to step 3 or 4. 8) Exit Program System Channel by pressing the “BACK” button until the cursor is shown next to “PB RLY4”. 9) Press “↑” and “↓” button to scroll through other Flex Mini settings. 001 : On & Off pushbutton pair (for keypad type 01, 02 and 03). 002 : Magnet On & Off pushbutton pair (for keypad type 01, 02 and 03). 003 : On + Start & Off + Start pushbutton pair (for keypad type 03 only).

8.1 Program IR 8.1.1 Transmitter 1) Pressed down the STOP button (transmitter power off). 2) Press and hold PB1 and PB3 at the same time. 3) Reset the STOP button by rotating it clockwise or counter-clockwise, it will pop up. 4) Release PB1 and PB3 at the same time. The transmitter Status LED displays firmware version with red, green and orange blinks. 5) Press READ button to transfer transmitter info into the IR programmer. If the screen shows “READ OK” the transfer is completed. 6) Browse through list of settings by pressing “↑” and “↓” buttons (see section 8.2 and on). 7) Press WRITE button to transfer the new settings into the transmitter (transmitter Status LED constant orange). If the screen shows “WRITE OK” the transfer is completed (transmitter Status LED constant green for up to 2 seconds). 8) Exit Program IR by pressing the “BACK” button until the cursor is shown next to “Program”. 9) Press “↑” and “↓” button to scroll through other Flex BASE settings. 8.1.2 Receiver 1) Power on the receiver with MAIN relays deactivated (standby mode). 2) Press READ button to transfer receiver info into the IR programmer. If the screen shows “READ OK” the transfer is completed. 3) Browse through list of settings by pressing “↑” and “↓” buttons (see section 8.2 and on). 4) Press WRITE button to transfer the new settings into the receiver (receiver Status LED constant orange). If the screen shows “WRITE OK” the transfer is completed (receiver Status LED blinks green – standby mode). 5) Exit Program IR by pressing the “BACK” button until the cursor is shown next to “Program”. 6) Press “↑” and “↓” button to scroll through other Flex BASE settings. Note: When performing infrared programming make sure the distance between the IR programmer and the transmitter or receiver is within 10cm.

1) Press “→” button to enter Serial Number setting. 2) Press “↑” and “↓” button to change serial number as a whole or… 3) Press “→” button to go to the 1st digit on the far left of the serial number. 4) Press “↑” and “↓” button to change numeric value. 5) Press “→” button to go to the next digit to the right and repeat step 4. 6) Press BACK button to go back to step 2 or 3. 7) Exit Program Serial Number by pressing the “BACK” button until the cursor is shown next to “S/N:”. 8) Press “↑” and “↓” button to scroll through other Flex BASE settings. 8.3 Program System Type (TX & RX) 1) Press “→” button to enter System Type setting. 2) Press “↑” and “↓” button to change system type as a whole or… 3) Press “→” button to go to the digit on the far left. 4) Press “↑” and “↓” button to change numeric value. 5) Press “→” button to go to the next digit to the right and repeat step 4. 6) Press BACK button to go back to step 2 or 3. 7) Exit Program System Type by pressing the “BACK” button until the cursor is shown next to “TYPE:”. 8) Press “↑” and “↓” button to scroll through other Flex BASE settings. 8.4 Program RS Function (TX & RX) 1) Press “→” button to enter RS Function setting. 2) Press “↑” and “↓” button to change RS Function type number. 3) Press “→” button and then “↑” and “↓” button to select “LOCK” for all Select buttons interlocked and “UNLOCK” for all Select buttons non-interlocked. 4) Type 06 can further set PB7~PB10 Select buttons and PB11~PB12 Select buttons “LOCK” or “UNLOCK”. 5) Exit Program RS Function by pressing the “BACK” button until the cursor is shown next to “RS FUNC:”. 6) Press “↑” and “↓” button to scroll through other Flex BASE settings. 8.5 Program System Frequency Range (TX & RX) 1) Press “→” button to enter Frequency Range setting. 2) Press “↑” and “↓” button to change frequency range. 3) Exit Program System Frequency Range by pressing the “BACK” button until the cursor is shown next to “FREQ:”. 4) Press “↑” and “↓” button to scroll through other Flex BASE settings.

1) Press “→” button to enter System Channel setting. 2) Press “↑” and “↓” button to change system channel as a whole or… 3) Press “→” button to go to the digit on the left. 4) Press “↑” and “↓” button to change numeric value. 5) Press “→” button to go to the next digit to the right and repeat step 4. 6) Press BACK button to go back to step 2 or 3. 7) Exit Program System Channel by pressing the “BACK” button until the cursor is shown next to “CHANNEL”. 8) Press “↑” and “↓” button to scroll through other Flex BASE settings. 8.7 Program RF Power (TX) 1) Press “→” button to enter RF Power setting. 2) Press “↑” and “↓” button to change RF power (0.01mW ~ 10mW). 3) Press “→” button and then “↑” and “↓” button to enable or disable RF power adjustment via transmitter dipswitch. 4) Exit Program RF Power by pressing the “BACK” button until the cursor is shown next to “RFpower”. 5) Press “↑” and “↓” button to scroll through other Flex BASE settings. 8.8 Program Pushbutton Functions (TX) 1) Press “→” button to enter Pushbutton Function setting. 2) Press “↑” and “↓” button to change pushbutton function as a whole or… 3) Press “→” button to go to the digit on the left. 4) Press “↑” and “↓” button to change numeric value. 5) Press “→” button to go to the next digit to the right and repeat step 4. 6) Press BACK button to go back to step 2 or 3. 7) Exit Program Pushbutton Functions by pressing the “BACK” button until the cursor is shown next to “PB FUNC”. 8) Press “↑” and “↓” button to scroll through other Flex BASE settings. The transmitter pushbutton function table on Section 12 Part-C illustrates which numeric value corresponds to which pushbutton function. 8.9 Program Transmitter Inactivity Timer (TX) 1) Press “→” button to enter Transmitting Timer setting. 2) Press “↑” and “↓” button to select “_M” for minutes/seconds or “ON” for constant on. 3) When “ON” is selected, press “→” button and then “↑” and “↓” button to select “+START” or “+ANY”. 4) When “_M” is selected, press “→” button to go to the digit on the left and press “↑” and “↓” button to select value. Press “→” button again to go to the next digit and press “↑” and “↓” button to select value . 5) Press “→” button again to select “M” for minutes or “S” for seconds. Press “↑” and “↓” button to select. 6) Press “→” button again to select “+START” or “+ANY” selection. Press “↑” and “↓” button to select. 7) Exit Program Transmitter Timer by pressing the “BACK” button until the cursor is shown next to “TX TIMER”.

Transmitter inactivity timer is for setting receiver main relays cutoff time when the transmitter is not in operation for a certain period of time. When set to 5 minutes (05M), the receiver main relays are deactivated at 5.0 minutes after last transmitter operation. Select “ON” means the receiver main relays are activated at all time unless the STOP button is pressed down or receiver power turned off (inactivity timer disabled). Select “+START” means after 5 minutes of transmitter inactivity you must press the green START button to continue operation. Select “+ANY” means after 5 minutes of transmitter inactivity press any pushbutton to continue operation. 8.10 Program Channel Scanning (RX) 1) Press “→” button to enter Channel Scanning setting. 2) Press “↑” and “↓” button to select number of channel to scan (01~12). 3) Exit Program Channel Scanning by pressing the “BACK” button until the cursor is shown next to “CH SCAN”. 4) Press “↑” and “↓” button to scroll through other Flex BASE settings. Note: Make sure the Channel dipswitch in receiver position 7 and 8 is set to “11” in order for this to work (refer to manual section 4.2.2.11). 8.11 Program Function Relay 1 / K25 Relay (RX) 1) Press “→” button to enter Function Relay 1 setting. 2) Press “↑” and “↓” button to scroll and select. 3) Exit Program Function Relay 1 by pressing the “BACK” button until the cursor is shown next to “FUNC RLY1”. 4) Press “↑” and “↓” button to scroll through other Flex BASE settings. --- : START function only. LV : Function relay closes when receiver voltage is low. ID : Function relay works simultaneously with all motion commands. NORMAL : START function + AUX with normal momentary output. TOGGLE : START function + AUX with toggled/latching output. TOG&E : START function + AUX with toggled/latching output. The relay opens when STOP button is pressed down and transmitter power off. EXT : FUNCTION relay works simultaneously with the receiver MAIN relays. TDM A+B : FUNCTION relay closes when selector switch is rotated to the A+B position and opens when rotate to A or B positions (tandem monitoring output). HORN : FUNCTION relay closes for up to 3 seconds when Start command is initiated at transmitter power on and then becomes normal momentary outputs thereafter. RS : For RS system, the function relay works simultaneously with the Select pushbutton.

1) Press “→” button to enter Function Relay 2 setting. 2) Press “↑” and “↓” button to scroll and select. 3) Exit Program Function Relay 2 by pressing the “BACK” button until the cursor is shown next to “FUNC RLY2”. 4) Press “↑” and “↓” button to scroll through other Flex BASE settings. --- : START function only. LV : Function relay closes when receiver voltage is low. ID : Function relay works simultaneously with all motion commands. NORMAL : START function + AUX with normal momentary output. TOGGLE : START function + AUX with toggled/latching output. TOG&E : START function + AUX with toggled/latching output. The relay opens when STOP button is pressed down and transmitter power off. EXT : FUNCTION relay works simultaneously with the receiver MAIN relays. TDM A+B : FUNCTION relay closes when selector switch is rotated to the A+B position and opens when rotate to A or B positions (tandem monitoring output). HORN : FUNCTION relay closes for up to 3 seconds when Start command is initiated at transmitter power on and then becomes normal momentary outputs thereafter. RS : For RS system, the function relay works simultaneously with the Select pushbutton. 8.13 Program Function Relay 3 / K30 Relay (RX) 1) Press “→” button to enter Function Relay 3 setting. 2) Press “↑” and “↓” button to scroll and select. 3) Exit Program Function Relay 3 by pressing the “BACK” button until the cursor is shown next to “FUNC RLY3”. 4) Press “↑” and “↓” button to scroll through other Flex BASE settings. --- : START function only. LV : Function relay closes when receiver voltage is low. ID : Function relay works simultaneously with all motion commands. NORMAL : START function + AUX with normal momentary output. TOGGLE : START function + AUX with toggled/latching output. TOG&E : START function + AUX with toggled/latching output. The relay opens when STOP button is pressed down and transmitter power off. EXT : FUNCTION relay works simultaneously with the receiver MAIN relays. TDM A+B : FUNCTION relay closes when selector switch is rotated to the A+B position and opens when rotate to A or B positions (tandem monitoring output). HORN : FUNCTION relay closes for up to 3 seconds when Start command is initiated at transmitter power on and then becomes normal momentary outputs thereafter. RS : For RS system, the function relay works simultaneously with the Select pushbutton.

1) Press “→” button to enter Brake function setting. 2) Press “↑” and “↓” button to scroll and select. 3) Exit Program Brake Functions by pressing the “BACK” button until the cursor is shown next to “BRAKE”. 4) Press “↑” and “↓” button to scroll through other Flex BASE settings. DEMAG 1 : When releasing pushbutton from 2nd speed up to 1st speed, the 1st speed output relay will open for up to 1.0 second and then closes again. DEMAG 2 : When pushbutton is pressed down to 2nd speed directly from 0 speed, the 1st speed output relay will maintain closure for up to 0.4 second before 2nd speed output relay closes. When pushbutton is released from 2nd speed up to 0 speed, the 1st speed output relay will maintain closure for up to 0.5 second before going to 0 speed. DEMAG 3 : When releasing pushbutton from 2nd speed up to 1st speed, both 1st and 2nd speed output relays are opened. Release pushbutton to 0 speed and then press down to 1st speed to reengage the 1st speed output relay. P&H : When releasing pushbutton from 2nd speed up to 0 speed, the 1st speed output relay will maintain closure for up to 0.1 second before going to 0 speed. 8.15 Program MRX Micro Receiver PB type (RX) 1) Press “→” button 2 times to enter PB Type setting. 2) Press “↑” and “↓” button to scroll and select. PB1~4 setting means the receiver corresponds to PB1~PB4 on the transmitter. PB5~8 means the receiver corresponds to PB5~PB8 on the transmitter. PB9~12 means the receiver corresponds to PB9~PB12 on the transmitter. Inline means the PB number is counted from top to bottom instead of right to left. 3) Exit Program Micro Receiver PB Type by pressing the “BACK” button until the cursor is shown next to “MICRO RX”. 4) Press “↑” and “↓” button to scroll through other Flex BASE settings.

9.1 Program I-Chip When entering the Flex EP-H model the first selection shown on the screen is “Program I-Chip” or “Program IR”. Use the “↑” and “↓” buttons to scroll through various Flex EP-H settings or press “→” button to enter “Program I- Chip” or “Program IR”. Then press “↑” and “↓” button to select. Program I-Chip: 1) Make sure the I-Chip is connected to the programmer. 2) Press READ button to store the I-Chip information into the programmer. If the screen shows “READ OK” the transfer is completed. 3) Press WRITE button to transfer the stored I- Chip information into the I-Chip. If the screen shows “WRITE OK” the transfer is completed. 4) Press “→” button to reformat the I-Chip, press “→” button again to execute. 5) Exit I-Chip programming by pressing the “BACK” button until the cursor is shown next to “Program”. 6) Press “↑” and “↓” button to scroll through other Flex EP-H settings. Program IR (infrared): A. Program transmitter: 1) When programming the transmitter via IR, first turn off the transmitter power and then rotate the power switch START position while both PB3 and PB4 are pressed down and then let go. At this time the STATUS light will display transmitter firmware version. 2) Press “→” button to enter IR setting. 3) Press READ button to store the transmitter info into the programmer. If the screen shows “READ OK” the transfer is completed. 4) Press WRITE button to transfer the stored info into the transmitter. If the screen shows “WRITE OK” while transmitter STATUS light displays constant orange (writing in progress) and then constant green for up to 2 seconds the transfer is completed. 5) Exit Program IR by pressing the “BACK” button until the cursor is shown next to “Program”. 6) Press “↑” and “↓” button to scroll through other Flex EP-H settings. > P R O G R A M I - C H I P F O R M A T

1) When programming the receiver the power must be turned on with receiver MAIN relays deactivated. 2) Press “→” button to enter IR setting. 3) Press READ button to store the receiver info into the programmer. If the screen shows “READ OK” the transfer is completed. 4) Press WRITE button to transfer the stored info into the receiver. If the screen shows “WRITE OK” the transfer is completed. The receiver will restart automatically after 2 seconds. 5) Exit Program IR by pressing the “BACK” button until the cursor is shown next to “Program”. 6) Press “↑” and “↓” button to scroll through other Flex EP-H settings. Note: When performing infrared programming make sure the distance between the programmer and the transmitter or receiver is within 10cm. 9.2 Program Serial Number (TX & RX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter Serial Number setting. 3) Press “↑” and “↓” button to change serial number as a whole or… 4) Press “→” button to go to the 1st digit on the far left of the serial number. 5) Press “↑” and “↓” button to change numeric value. 6) Press “→” button to go to the next digit to the right and repeat step 5. 7) Press BACK button to go back to step 3 or 4. 8) Exit Program Serial Number by pressing the “BACK” button until the cursor is shown next to “S/N:”. 9) Press “↑” and “↓” button to scroll through other Flex EP-H settings. 9.3 Program System Type (TX & RX) System Type is associated with functions such as tandem operation, random access operation, multi-receiver operation, etc... Please do not alter the factory settings unless authorized to do so.

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter System Frequency Range setting. 3) Press “↑” and “↓” button to change frequency range. 4) Exit Program System Frequency Range by pressing the “BACK” button until the cursor is shown next to “FREQ:”. 5) Press “↑” and “↓” button to scroll through other Flex EP-H settings. 9.5 Program System Channel (TX & RX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter System Channel setting. 3) Press “↑” and “↓” button to change system channel as a whole or… 4) Press “→” button to go to the digit on the left. 5) Press “↑” and “↓” button to change numeric value. 6) Press “→” button to go to the next digit to the right and repeat step 5. 7) Press BACK button to go back to step 3 or 4. 8) Exit Program System Channel by pressing the “BACK” button until the cursor is shown next to “CHANNEL”. 9) Press “↑” and “↓” button to scroll through other Flex EP-H settings. 9.6 Program Transmitter Inactivity Timer (TX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter Transmitting Timer setting. 3) Press “↑” and “↓” button to select “__M__S” or “ON”. 4) When “ON” is selected, press “→” button and then “↑” and “↓” button to select “+START” or “+ANY”. 5) When “__M__S” is selected, press “→” button to go to the digit on the far left and press “↑” and “↓” button to select value. 6) Press “→” button to go to the next digit to the right and repeat step 5. 7) When programming “__M__S” is completed, press “→” button to enter “+START” or “+ANY” selection. 8) Press “↑” and “↓” button to select “+START” or “+ANY”. 9) Exit Program Transmitter Timer by pressing the “BACK” button until the cursor is shown next to “TX TIMER”. 10) Press “↑” and “↓” button to scroll through other Flex EP-H settings. Transmitter inactivity timer is for setting receiver main relays cutoff time when the transmitter is not in operation for a certain period of time. When set to 5 minutes (05M), the receiver main relays are deactivated at 5.0 minutes after last transmitter operation. Select “ON” means the receiver main relays are activated at all time unless the STOP button is pressed down, transmitter power turned off, or receiver power turned off (inactivity timer disabled). Select “+START” means after 5 minutes of transmitter inactivity you must rotate the power keyswitch to START position to continue operation. Select “+ANY” means after 5 minutes of transmitter inactivity press any pushbutton to continue operation.

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter RF Power setting. 3) Press “↑” and “↓” button to change RF power (0.1mW ~ 10mW). 4) Exit Program RF Power by pressing the “BACK” button until the cursor is shown next to “RFpower”. 5) Press “↑” and “↓” button to scroll through other Flex EP-H settings. 9.8 Program Pushbutton Speed (TX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter Pushbutton Speed setting. 3) Press “↑” and “↓” button to change percentage value (25, 50, 75, 100). 4) Exit Program Pushbutton Speed by pressing the “BACK” button until the cursor is shown next to “PB SPEED”. 5) Press “↑” and “↓” button to scroll through other Flex EP-H settings. 9.9 Program Pushbutton Functions (TX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter Pushbutton Function setting. 3) Press “↑” and “↓” button to change pushbutton function as a whole or… 4) Press “→” button to go to the digit on the left. 5) Press “↑” and “↓” button to change numeric value. 6) Press “→” button to go to the next digit to the right and repeat step 5. 7) Press BACK button to go back to step 3 or 4. 8) Exit Program Pushbutton Functions by pressing the “BACK” button until the cursor is shown next to “PB FUNC”. 9) Press “↑” and “↓” button to scroll through other Flex EP-H settings. Not yet available 9.10 Program Password (TX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter Password setting. 3) Press “→” button to go to the 1st digit on the far left. 4) Press “↑” and “↓” button to change numeric value. 5) Press “→” button to go to the next digit to the right and repeat step 4. 6) Press BACK button to go back to step 3. 7) Exit Program Password by pressing the “BACK” button until the cursor is shown next to “PASS WORD”. 8) Press “↑” and “↓” button to scroll through other Flex EP-H settings. Only PB1 through PB4 are used when using the password function. Numeric value “1” represents PB1, “2” represents PB2, “3” represents PB3 and “4” represents PB4. Setting “1111” → Password function disabled (manufacture preset)

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter Channel Scanning setting. 3) Press “↑” and “↓” button to scroll and select between settings. 4) Exit Program Channel Scanning Function by pressing the “BACK” button until the cursor is shown next to “CH SCAN”. 5) Press “↑” and “↓” button to scroll through other Flex EP-H settings. Select “01” the receiver only scans the channel set on the receiver. Select “02” the receiver scans the channel set on the receiver plus the next channel up (scans channel N and channel N+1). Select “03” the receiver scans the channel set on the receiver plus the next two channels up (scans channel N, channel N+1 and channel N+2). Select “ALL” the receiver scans all 62 channels. 9.12 Program MAIN Relay Function (RX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter MAIN Relay setting. 3) Press “↑” and “↓” button to scroll and select between Test and Normal. 4) Exit Program MAIN Relay Function by pressing the “BACK” button until the cursor is shown next to “MAIN RLY”. 5) Press “↑” and “↓” button to scroll through other Flex EP-H settings. Select “NORMAL” for normal operation (receiver mains and all other outputs enabled). Select “TEST” for system testing (receiver mains disabled and all other outputs enabled). 9.13 Program Function Relay 1 / K21 Relay (RX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter Function Relay 1 setting. 3) Press “↑” and “↓” button to scroll and select. 4) Exit Program Function Relay 1 by pressing the “BACK” button until the cursor is shown next to “FUNC RLY1”. 5) Press “↑” and “↓” button to scroll through other Flex EP-H settings. LV : Function relay closes when receiver voltage is low. ID : Function relay works simultaneously with all motion commands. NORMAL : START function + AUX with normal momentary output. TOGGLE : START function + AUX with toggled/latching output. TOG&E : START function + AUX with toggled/latching output. The relay opens when STOP button is pressed down and transmitter power off. EXT : FUNCTION relay works simultaneously with the receiver MAIN relays. S/P : FUNCTION relay closes when Start command is initiated and opens only when transmitter power is turned off. HORN : FUNCTION relay closes for up to 3 seconds when Start command is initiated at transmitter power on and then becomes normal momentary outputs thereafter. G SENSOR : FUNCTION relay closes when Zero-G sensor is triggered (receiver MAIN relays deactivated) and opens when receiver MAIN relays are reactivated.

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter Function Relay 1 setting. 3) Press “↑” and “↓” button to scroll and select. 4) Exit Program Function Relay 1 by pressing the “BACK” button until the cursor is shown next to “FUNC RLY1”. 5) Press “↑” and “↓” button to scroll through other Flex EP-H settings. LV : Function relay closes when receiver voltage is low. ID : Function relay works simultaneously with all motion commands. NORMAL : START function + AUX with normal momentary output. TOGGLE : START function + AUX with toggled/latching output. TOG&E : START function + AUX with toggled/latching output. The relay opens when STOP button is pressed down and transmitter power off. EXT : FUNCTION relay works simultaneously with the receiver MAIN relays. S/P : FUNCTION relay closes when Start command is initiated and opens only when transmitter power is turned off. HORN : FUNCTION relay closes for up to 3 seconds when Start command is initiated at transmitter power on and then becomes normal momentary outputs thereafter. G SENSOR : FUNCTION relay closes when Zero-G sensor is triggered (receiver MAIN relays deactivated) and opens when receiver MAIN relays are reactivated. 9.15 Program ID1 Outputs (RX) Set ID1 output type when Function Relay 1 is set to “ID”. 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter ID1 Output setting. 3) Press “→” button again then “↑” and “↓” button to scroll and select “Digital”, “Current”, Voltage or “PWM”. 4) Press “BACK” button and then “↑” and “↓” button to select values for “Current”, “Voltage”, and “PWM” settings. 5) Press “→” button to enter setting and “↑” and “↓” button to select numeric value for the digit to the far left. Press “→” button to go to the next digit and press “↑” and “↓” button to select. 6) Press “BACK” button to go back to step 5. 7) Exit Program ID1 Output by pressing the “BACK” button until the cursor is shown next to “ID1 OUT”. 8) Press “↑” and “↓” button to scroll through other Flex EP-H settings.

Set ID2 output type when Function Relay 2 is set to “ID”. 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter ID2 Output setting. 3) Press “→” button again then “↑” and “↓” button to scroll and select “Digital”, “Current”, Voltage or “PWM”. 4) Press “BACK” button and then “↑” and “↓” button to select values for “Current”, “Voltage”, and “PWM” settings. 5) Press “→” button to enter setting and “↑” and “↓” button to select numeric value for the digit to the far left. Press “→” button to go to the next digit and press “↑” and “↓” button to select. 6) Press “BACK” button to go back to step 5. 7) Exit Program ID2 Output by pressing the “BACK” button until the cursor is shown next to “ID2 OUT”. 8) Press “↑” and “↓” button to scroll through other Flex EP-H settings. 9.17 Program ID1 Ramp (RX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter ID1 Ramp setting. 3) Press “↑” and “↓” button to scroll and select “ACC” for acceleration and “DEC” for deceleration and press “→” button to enter. 4) Press “↑” and “↓” button to change value. 5) Press “BACK” button to go back to step 3. 6) Exit Program ID1 Ramp by pressing the “BACK” button until the cursor is shown next to “ID1 RAMP”. 7) Press “↑” and “↓” button to scroll through other Flex EP-H settings. 9.18 Program ID2 Ramp (RX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter ID2 Ramp setting. 3) Press “↑” and “↓” button to scroll and select “ACC” for acceleration and “DEC” for deceleration and press “→” button to enter. 4) Press “↑” and “↓” button to change value. 5) Press “BACK” button to go back to step 3. 6) Exit Program ID2 Ramp by pressing the “BACK” button until the cursor is shown next to “ID2 RAMP”. 7) Press “↑” and “↓” button to scroll through other Flex EP-H settings.

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter PB1 Output Relay setting. 3) Press “→” button and then “↑” and “↓” button to select “LOCK” or “UNLOCK”. 4) Press “BACK” button to go back to step 3. 5) Press “↓” button and then “→” button select PB1 Output Relay function. 6) Press “↑” and “↓” button to scroll and select. 7) Exit Program PB1 Output Relay by pressing the “BACK” button until the cursor is shown next to “PB1 RLY”. 8) Press “↑” and “↓” button to scroll through other Flex EP-H settings. UNLOCK Settings (PB1 and PB2 output relays not interlocked): Select “NORMAL” the output relay becomes momentary contact. Select “NORMAL+S” the output relay becomes momentary contact. Must press the green START button together to work. Select receiver “TOGGLE” the output relay becomes toggled contact. Select receiver “TOGGLE&E” the output relay becomes toggled contact affected by the Stop command (output relay opens when Stop button is pressed). Select “PITCH” PB1 button becomes the “Pitch” function in Pitch & Catch Operation. Select “PITCH&E” PB1 button becomes the “Pitch” function in Pitch & Catch Operation. When Pitch command is initiated the receiver mains are disconnected. Select “STOP” PB1 button becomes an auxiliary Stop function. Press to disconnect the receiver mains and press START button to reconnect the receiver mains. LOCK Settings (PB1 and PB2 output relays interlocked): Select “NORMAL” both output relays become interlocking momentary contacts. Select receiver “TOG/TOG” both output relays become interlocking toggled contacts. Select receiver “TOG/TOG&E” both output relays become interlocking toggled contacts affected by the Stop command (output relay opens when Stop button is pressed). Select “ON/OFF” both output relays become interlocking On and Off contacts. Select “ON/OFF+S” both output relays become interlocking On and Off contacts. Must press the green START button along with the On or Off button to work. Select “ON/OFF&E” both output relays become interlocking On and Off contacts affected by the Stop command (output relay opens when Stop button is pressed). Select “MAGNET” the two output relays become interlocking Magnet ON and OFF contacts.

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter PB2 Output Relay setting. 3) Press “→” button and then “↑” and “↓” button to select “LOCK” or “UNLOCK”. 4) Press “BACK” button to go back to step 3. 5) Press “↓” button and then “→” button select PB2 Output Relay function. 6) Press “↑” and “↓” button to scroll and select. 7) Exit Program PB2 Output Relay by pressing the “BACK” button until the cursor is shown next to “PB2 RLY”. 8) Press “↑” and “↓” button to scroll through other Flex EP-H settings. UNLOCK Settings (PB2 and PB1 output relays not interlocked): Select “NORMAL” the output relay becomes momentary contact. Select “NORMAL+S” the output relay becomes momentary contact. Must press the green START button together to work. Select receiver “TOGGLE” the output relay becomes toggled contact. Select receiver “TOGGLE&E” the output relay becomes toggled contact affected by the Stop command (output relay opens when Stop button is pressed). Select “PITCH” PB2 button becomes the “Pitch” function in Pitch & Catch Operation. Select “PITCH&E” PB2 button becomes the “Pitch” function in Pitch & Catch Operation. When Pitch command is initiated the receiver mains are disconnected. Select “STOP” PB2 button becomes an auxiliary Stop function. Press to disconnect the receiver mains and press START button to reconnect the receiver mains. LOCK Settings (PB2 and PB1 output relays interlocked): Select “NORMAL” both output relays become interlocking momentary contacts. Select receiver “TOG/TOG” both output relays become interlocking toggled contacts. Select receiver “TOG/TOG&E” both output relays become interlocking toggled contacts affected by the Stop command (output relay opens when Stop button is pressed). Select “ON/OFF” both output relays become interlocking On and Off contacts. Select “ON/OFF+S” both output relays become interlocking On and Off contacts. Must press the green START button along with the On or Off button to work. Select “ON/OFF&E” both output relays become interlocking On and Off contacts affected by the Stop command (output relay opens when Stop button is pressed). Select “MAGNET” the two output relays become interlocking Magnet ON and OFF contacts.

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter PB3 Output Relay setting. 3) Press “→” button and then “↑” and “↓” button to select “LOCK” or “UNLOCK”. 4) Press “BACK” button to go back to step 3. 5) Press “↓” button and then “→” button select PB3 Output Relay function. 6) Press “↑” and “↓” button to scroll and select. 7) Exit Program PB3 Output Relay by pressing the “BACK” button until the cursor is shown next to “PB3 RLY”. 8) Press “↑” and “↓” button to scroll through other Flex EP-H settings. UNLOCK Settings (PB3 and PB4 output relays not interlocked): Select “NORMAL” the output relay becomes momentary contact. Select “NORMAL+S” the output relay becomes momentary contact. Must press the green START button together to work. Select receiver “TOGGLE” the output relay becomes toggled contact. Select receiver “TOGGLE&E” the output relay becomes toggled contact affected by the Stop command (output relay opens when Stop button is pressed). Select “PITCH” PB3 button becomes the “Pitch” function in Pitch & Catch Operation. Select “PITCH&E” PB3 button becomes the “Pitch” function in Pitch & Catch Operation. When Pitch command is initiated the receiver mains are disconnected. Select “STOP” PB3 button becomes an auxiliary Stop function. Press to disconnect the receiver mains and press START button to reconnect the receiver mains. LOCK Settings (PB3 and PB4 output relays interlocked): Select “NORMAL” both output relays become interlocking momentary contacts. Select receiver “TOG/TOG” both output relays become interlocking toggled contacts. Select receiver “TOG/TOG&E” both output relays become interlocking toggled contacts affected by the Stop command (output relay opens when Stop button is pressed). Select “ON/OFF” both output relays become interlocking On and Off contacts. Select “ON/OFF+S” both output relays become interlocking On and Off contacts. Must press the green START button along with the On or Off button to work. Select “ON/OFF&E” both output relays become interlocking On and Off contacts affected by the Stop command (output relay opens when Stop button is pressed). Select “MAGNET” the two output relays become interlocking Magnet ON and OFF contacts.

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter PB4 Output Relay setting. 3) Press “→” button and then “↑” and “↓” button to select “LOCK” or “UNLOCK”. 4) Press “BACK” button to go back to step 3. 5) Press “↓” button and then “→” button select PB4 Output Relay function. 6) Press “↑” and “↓” button to scroll and select. 7) Exit Program PB4 Output Relay by pressing the “BACK” button until the cursor is shown next to “PB4 RLY”. 8) Press “↑” and “↓” button to scroll through other Flex EP-H settings. UNLOCK Settings (PB4 and PB3 output relays not interlocked): Select “NORMAL” the output relay becomes momentary contact. Select “NORMAL+S” the output relay becomes momentary contact. Must press the green START button together to work. Select receiver “TOGGLE” the output relay becomes toggled contact. Select receiver “TOGGLE&E” the output relay becomes toggled contact affected by the Stop command (output relay opens when Stop button is pressed). Select “PITCH” PB4 button becomes the “Pitch” function in Pitch & Catch Operation. Select “PITCH&E” PB4 button becomes the “Pitch” function in Pitch & Catch Operation. When Pitch command is initiated the receiver mains are disconnected. Select “STOP” PB4 button becomes an auxiliary Stop function. Press to disconnect the receiver mains and press START button to reconnect the receiver mains. LOCK Settings (PB4 and PB3 output relays interlocked): Select “NORMAL” both output relays become interlocking momentary contacts. Select receiver “TOG/TOG” both output relays become interlocking toggled contacts. Select receiver “TOG/TOG&E” both output relays become interlocking toggled contacts affected by the Stop command (output relay opens when Stop button is pressed). Select “ON/OFF” both output relays become interlocking On and Off contacts. Select “ON/OFF+S” both output relays become interlocking On and Off contacts. Must press the green START button along with the On or Off button to work. Select “ON/OFF&E” both output relays become interlocking On and Off contacts affected by the Stop command (output relay opens when Stop button is pressed). Select “MAGNET” the two output relays become interlocking Magnet ON and OFF contacts.

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter PB5 Output Relay setting. 3) Press “→” button and then “↑” and “↓” button to select “LOCK” or “UNLOCK”. 4) Press “BACK” button to go back to step 3. 5) Press “↓” button and then “→” button select PB5 Output Relay function. 6) Press “↑” and “↓” button to scroll and select. 7) Exit Program PB5 Output Relay by pressing the “BACK” button until the cursor is shown next to “PB5 RLY”. 8) Press “↑” and “↓” button to scroll through other Flex EP-H settings. UNLOCK Settings (PB5 and PB6 output relays not interlocked): Select “NORMAL” the output relay becomes momentary contact. Select “NORMAL+S” the output relay becomes momentary contact. Must press the green START button together to work. Select receiver “TOGGLE” the output relay becomes toggled contact. Select receiver “TOGGLE&E” the output relay becomes toggled contact affected by the Stop command (output relay opens when Stop button is pressed). Select “PITCH” PB5 button becomes the “Pitch” function in Pitch & Catch Operation. Select “PITCH&E” PB5 button becomes the “Pitch” function in Pitch & Catch Operation. When Pitch command is initiated the receiver mains are disconnected. Select “STOP” PB5 button becomes an auxiliary Stop function. Press to disconnect the receiver mains and press START button to reconnect the receiver mains. LOCK Settings (PB5 and PB6 output relays interlocked): Select “NORMAL” both output relays become interlocking momentary contacts. Select receiver “TOG/TOG” both output relays become interlocking toggled contacts. Select receiver “TOG/TOG&E” both output relays become interlocking toggled contacts affected by the Stop command (output relay opens when Stop button is pressed). Select “ON/OFF” both output relays become interlocking On and Off contacts. Select “ON/OFF+S” both output relays become interlocking On and Off contacts. Must press the green START button along with the On or Off button to work. Select “ON/OFF&E” both output relays become interlocking On and Off contacts affected by the Stop command (output relay opens when Stop button is pressed). Select “MAGNET” the two output relays become interlocking Magnet ON and OFF contacts.

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter PB6 Output Relay setting. 3) Press “→” button and then “↑” and “↓” button to select “LOCK” or “UNLOCK”. 4) Press “BACK” button to go back to step 3. 5) Press “↓” button and then “→” button select PB6 Output Relay function. 6) Press “↑” and “↓” button to scroll and select. 7) Exit Program PB6 Output Relay by pressing the “BACK” button until the cursor is shown next to “PB6 RLY”. 8) Press “↑” and “↓” button to scroll through other Flex EP-H settings. UNLOCK Settings (PB6 and PB5 output relays not interlocked): Select “NORMAL” the output relay becomes momentary contact. Select “NORMAL+S” the output relay becomes momentary contact. Must press the green START button together to work. Select receiver “TOGGLE” the output relay becomes toggled contact. Select receiver “TOGGLE&E” the output relay becomes toggled contact affected by the Stop command (output relay opens when Stop button is pressed). Select “PITCH” PB6 button becomes the “Pitch” function in Pitch & Catch Operation. Select “PITCH&E” PB6 button becomes the “Pitch” function in Pitch & Catch Operation. When Pitch command is initiated the receiver mains are disconnected. Select “STOP” PB6 button becomes an auxiliary Stop function. Press to disconnect the receiver mains and press START button to reconnect the receiver mains. LOCK Settings (PB6 and PB5 output relays interlocked): Select “NORMAL” both output relays become interlocking momentary contacts. Select receiver “TOG/TOG” both output relays become interlocking toggled contacts. Select receiver “TOG/TOG&E” both output relays become interlocking toggled contacts affected by the Stop command (output relay opens when Stop button is pressed). Select “ON/OFF” both output relays become interlocking On and Off contacts. Select “ON/OFF+S” both output relays become interlocking On and Off contacts. Must press the green START button along with the On or Off button to work. Select “ON/OFF&E” both output relays become interlocking On and Off contacts affected by the Stop command (output relay opens when Stop button is pressed). Select “MAGNET” the two output relays become interlocking Magnet ON and OFF contacts.

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter PB7 Output Relay setting. 3) Press “→” button and then “↑” and “↓” button to select “LOCK” or “UNLOCK”. 4) Press “BACK” button to go back to step 3. 5) Press “↓” button and then “→” button select PB7 Output Relay function. 6) Press “↑” and “↓” button to scroll and select. 7) Exit Program PB7 Output Relay by pressing the “BACK” button until the cursor is shown next to “PB7 RLY”. 8) Press “↑” and “↓” button to scroll through other Flex EP-H settings. UNLOCK Settings (PB7 and PB8 output relays not interlocked): Select “NORMAL” the output relay becomes momentary contact. Select “NORMAL+S” the output relay becomes momentary contact. Must press the green START button together to work. Select receiver “TOGGLE” the output relay becomes toggled contact. Select receiver “TOGGLE&E” the output relay becomes toggled contact affected by the Stop command (output relay opens when Stop button is pressed). Select “PITCH” PB7 button becomes the “Pitch” function in Pitch & Catch Operation. Select “PITCH&E” PB7 button becomes the “Pitch” function in Pitch & Catch Operation. When Pitch command is initiated the receiver mains are disconnected. Select “STOP” PB7 button becomes an auxiliary Stop function. Press to disconnect the receiver mains and press START button to reconnect the receiver mains. LOCK Settings (PB7 and PB8 output relays interlocked): Select “NORMAL” both output relays become interlocking momentary contacts. Select receiver “TOG/TOG” both output relays become interlocking toggled contacts. Select receiver “TOG/TOG&E” both output relays become interlocking toggled contacts affected by the Stop command (output relay opens when Stop button is pressed). Select “ON/OFF” both output relays become interlocking On and Off contacts. Select “ON/OFF+S” both output relays become interlocking On and Off contacts. Must press the green START button along with the On or Off button to work. Select “ON/OFF&E” both output relays become interlocking On and Off contacts affected by the Stop command (output relay opens when Stop button is pressed). Select “MAGNET” the two output relays become interlocking Magnet ON and OFF contacts.

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter PB8 Output Relay setting. 3) Press “→” button and then “↑” and “↓” button to select “LOCK” or “UNLOCK”. 4) Press “BACK” button to go back to step 3. 5) Press “↓” button and then “→” button select PB8 Output Relay function. 6) Press “↑” and “↓” button to scroll and select. 7) Exit Program PB8 Output Relay by pressing the “BACK” button until the cursor is shown next to “PB8 RLY”. 8) Press “↑” and “↓” button to scroll through other Flex EP-H settings. UNLOCK Settings (PB8 and PB7 output relays not interlocked): Select “NORMAL” the output relay becomes momentary contact. Select “NORMAL+S” the output relay becomes momentary contact. Must press the green START button together to work. Select receiver “TOGGLE” the output relay becomes toggled contact. Select receiver “TOGGLE&E” the output relay becomes toggled contact affected by the Stop command (output relay opens when Stop button is pressed). Select “PITCH” PB8 button becomes the “Pitch” function in Pitch & Catch Operation. Select “PITCH&E” PB8 button becomes the “Pitch” function in Pitch & Catch Operation. When Pitch command is initiated the receiver mains are disconnected. Select “STOP” PB8 button becomes an auxiliary Stop function. Press to disconnect the receiver mains and press START button to reconnect the receiver mains. LOCK Settings (PB8 and PB7 output relays interlocked): Select “NORMAL” both output relays become interlocking momentary contacts. Select receiver “TOG/TOG” both output relays become interlocking toggled contacts. Select receiver “TOG/TOG&E” both output relays become interlocking toggled contacts affected by the Stop command (output relay opens when Stop button is pressed). Select “ON/OFF” both output relays become interlocking On and Off contacts. Select “ON/OFF+S” both output relays become interlocking On and Off contacts. Must press the green START button along with the On or Off button to work. Select “ON/OFF&E” both output relays become interlocking On and Off contacts affected by the Stop command (output relay opens when Stop button is pressed). Select “MAGNET” the two output relays become interlocking Magnet ON and OFF contacts.

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter PB9 Output Relay setting. 3) Press “→” button and then “↑” and “↓” button to select “LOCK” or “UNLOCK”. 4) Press “BACK” button to go back to step 3. 5) Press “↓” button and then “→” button select PB9 Output Relay function. 6) Press “↑” and “↓” button to scroll and select. 7) Exit Program PB9 Output Relay by pressing the “BACK” button until the cursor is shown next to “PB9 RLY”. 8) Press “↑” and “↓” button to scroll through other Flex EP-H settings. UNLOCK Settings (PB9 and PB10 output relays not interlocked): Select “NORMAL” the output relay becomes momentary contact. Select “NORMAL+S” the output relay becomes momentary contact. Must press the green START button together to work. Select receiver “TOGGLE” the output relay becomes toggled contact. Select receiver “TOGGLE&E” the output relay becomes toggled contact affected by the Stop command (output relay opens when Stop button is pressed). Select “PITCH” PB9 button becomes the “Pitch” function in Pitch & Catch Operation. Select “PITCH&E” PB9 button becomes the “Pitch” function in Pitch & Catch Operation. When Pitch command is initiated the receiver mains are disconnected. Select “STOP” PB9 button becomes an auxiliary Stop function. Press to disconnect the receiver mains and press START button to reconnect the receiver mains. LOCK Settings (PB9 and PB10 output relays interlocked): Select “NORMAL” both output relays become interlocking momentary contacts. Select receiver “TOG/TOG” both output relays become interlocking toggled contacts. Select receiver “TOG/TOG&E” both output relays become interlocking toggled contacts affected by the Stop command (output relay opens when Stop button is pressed). Select “ON/OFF” both output relays become interlocking On and Off contacts. Select “ON/OFF+S” both output relays become interlocking On and Off contacts. Must press the green START button along with the On or Off button to work. Select “ON/OFF&E” both output relays become interlocking On and Off contacts affected by the Stop command (output relay opens when Stop button is pressed). Select “MAGNET” the two output relays become interlocking Magnet ON and OFF contacts.

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter PB10 Output Relay setting. 3) Press “→” button and then “↑” and “↓” button to select “LOCK” or “UNLOCK”. 4) Press “BACK” button to go back to step 3. 5) Press “↓” button and then “→” button select PB10 Output Relay function. 6) Press “↑” and “↓” button to scroll and select. 7) Exit Program PB10 Output Relay by pressing the “BACK” button until the cursor is shown next to “PB10 RLY”. 8) Press “↑” and “↓” button to scroll through other Flex EP-H settings. UNLOCK Settings (PB10 and PB9 output relays not interlocked): Select “NORMAL” the output relay becomes momentary contact. Select “NORMAL+S” the output relay becomes momentary contact. Must press the green START button together to work. Select receiver “TOGGLE” the output relay becomes toggled contact. Select receiver “TOGGLE&E” the output relay becomes toggled contact affected by the Stop command (output relay opens when Stop button is pressed). Select “PITCH” PB10 button becomes the “Pitch” function in Pitch & Catch Operation. Select “PITCH&E” PB10 button becomes the “Pitch” function in Pitch & Catch Operation. When Pitch command is initiated the receiver mains are disconnected. Select “STOP” PB10 button becomes an auxiliary Stop function. Press to disconnect the receiver mains and press START button to reconnect the receiver mains. LOCK Settings (PB10 and PB9 output relays interlocked): Select “NORMAL” both output relays become interlocking momentary contacts. Select receiver “TOG/TOG” both output relays become interlocking toggled contacts. Select receiver “TOG/TOG&E” both output relays become interlocking toggled contacts affected by the Stop command (output relay opens when Stop button is pressed). Select “ON/OFF” both output relays become interlocking On and Off contacts. Select “ON/OFF+S” both output relays become interlocking On and Off contacts. Must press the green START button along with the On or Off button to work. Select “ON/OFF&E” both output relays become interlocking On and Off contacts affected by the Stop command (output relay opens when Stop button is pressed). Select “MAGNET” the two output relays become interlocking Magnet ON and OFF contacts.

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter PB11 Output Relay setting. 3) Press “→” button and then “↑” and “↓” button to select “LOCK” or “UNLOCK”. 4) Press “BACK” button to go back to step 3. 5) Press “↓” button and then “→” button select PB11 Output Relay function. 6) Press “↑” and “↓” button to scroll and select. 7) Exit Program PB11 Output Relay by pressing the “BACK” button until the cursor is shown next to “PB11 RLY”. 8) Press “↑” and “↓” button to scroll through other Flex EP-H settings. UNLOCK Settings (PB11 and PB12 output relays not interlocked): Select “NORMAL” the output relay becomes momentary contact. Select “NORMAL+S” the output relay becomes momentary contact. Must press the green START button together to work. Select receiver “TOGGLE” the output relay becomes toggled contact. Select receiver “TOGGLE&E” the output relay becomes toggled contact affected by the Stop command (output relay opens when Stop button is pressed). Select “PITCH” PB11 button becomes the “Pitch” function in Pitch & Catch Operation. Select “PITCH&E” PB11 button becomes the “Pitch” function in Pitch & Catch Operation. When Pitch command is initiated the receiver mains are disconnected. Select “STOP” PB11 button becomes an auxiliary Stop function. Press to disconnect the receiver mains and press START button to reconnect the receiver mains. LOCK Settings (PB11 and PB12 output relays interlocked): Select “NORMAL” both output relays become interlocking momentary contacts. Select receiver “TOG/TOG” both output relays become interlocking toggled contacts. Select receiver “TOG/TOG&E” both output relays become interlocking toggled contacts affected by the Stop command (output relay opens when Stop button is pressed). Select “ON/OFF” both output relays become interlocking On and Off contacts. Select “ON/OFF+S” both output relays become interlocking On and Off contacts. Must press the green START button along with the On or Off button to work. Select “ON/OFF&E” both output relays become interlocking On and Off contacts affected by the Stop command (output relay opens when Stop button is pressed). Select “MAGNET” the two output relays become interlocking Magnet ON and OFF contacts.

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter PB12 Output Relay setting. 3) Press “→” button and then “↑” and “↓” button to select “LOCK” or “UNLOCK”. 4) Press “BACK” button to go back to step 3. 5) Press “↓” button and then “→” button select PB12 Output Relay function. 6) Press “↑” and “↓” button to scroll and select. 7) Exit Program PB12 Output Relay by pressing the “BACK” button until the cursor is shown next to “PB12 RLY”. 8) Press “↑” and “↓” button to scroll through other Flex EP-H settings. UNLOCK Settings (PB12 and PB11 output relays not interlocked): Select “NORMAL” the output relay becomes momentary contact. Select “NORMAL+S” the output relay becomes momentary contact. Must press the green START button together to work. Select receiver “TOGGLE” the output relay becomes toggled contact. Select receiver “TOGGLE&E” the output relay becomes toggled contact affected by the Stop command (output relay opens when Stop button is pressed). Select “PITCH” PB12 button becomes the “Pitch” function in Pitch & Catch Operation. Select “PITCH&E” PB12 button becomes the “Pitch” function in Pitch & Catch Operation. When Pitch command is initiated the receiver mains are disconnected. Select “STOP” PB12 button becomes an auxiliary Stop function. Press to disconnect the receiver mains and press START button to reconnect the receiver mains. LOCK Settings (PB12 and PB11 output relays interlocked): Select “NORMAL” both output relays become interlocking momentary contacts. Select receiver “TOG/TOG” both output relays become interlocking toggled contacts. Select receiver “TOG/TOG&E” both output relays become interlocking toggled contacts affected by the Stop command (output relay opens when Stop button is pressed). Select “ON/OFF” both output relays become interlocking On and Off contacts. Select “ON/OFF+S” both output relays become interlocking On and Off contacts. Must press the green START button along with the On or Off button to work. Select “ON/OFF&E” both output relays become interlocking On and Off contacts affected by the Stop command (output relay opens when Stop button is pressed). Select “MAGNET” the two output relays become interlocking Magnet ON and OFF contacts.

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter PB1 Output setting. 3) Press “→” button again then “↑” and “↓” button to scroll and select “Digital”, “Current”, Voltage or “PWM”. 4) Press “BACK” button and then “↑” and “↓” button to select values for “Current”, “Voltage”, and “PWM” settings. 5) Press “→” button to enter setting and “↑” and “↓” button to select numeric value for the digit to the far left. Press “→” button to go to the next digit and press “↑” and “↓” button to select. 6) Press “BACK” button to go back to step 5. 7) Exit Program PB1 Output by pressing the “BACK” button until the cursor is shown next to “PB1 OUT”. 8) Press “↑” and “↓” button to scroll through other Flex EP-H settings. 8.32 Program PB2 Outputs (RX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter PB2 Output setting. 3) Press “→” button again then “↑” and “↓” button to scroll and select “Digital”, “Current”, Voltage or “PWM”. 4) Press “BACK” button and then “↑” and “↓” button to select values for “Current”, “Voltage”, and “PWM” settings. 5) Press “→” button to enter setting and “↑” and “↓” button to select numeric value for the digit to the far left. Press “→” button to go to the next digit and press “↑” and “↓” button to select. 6) Press “BACK” button to go back to step 5. 7) Exit Program PB2 Output by pressing the “BACK” button until the cursor is shown next to “PB2 OUT”. 8) Press “↑” and “↓” button to scroll through other Flex EP-H settings. 8.33 Program PB3 Outputs (RX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter PB3 Output setting. 3) Press “→” button again then “↑” and “↓” button to scroll and select “Digital”, “Current”, Voltage or “PWM”. 4) Press “BACK” button and then “↑” and “↓” button to select values for “Current”, “Voltage”, and “PWM” settings. 5) Press “→” button to enter setting and “↑” and “↓” button to select numeric value for the digit to the far left. Press “→” button to go to the next digit and press “↑” and “↓” button to select. 6) Press “BACK” button to go back to step 5. 7) Exit Program PB3 Output by pressing the “BACK” button until the cursor is shown next to “PB3 OUT”. 8) Press “↑” and “↓” button to scroll through other Flex EP-H settings.

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter PB4 Output setting. 3) Press “→” button again then “↑” and “↓” button to scroll and select “Digital”, “Current”, Voltage or “PWM”. 4) Press “BACK” button and then “↑” and “↓” button to select values for “Current”, “Voltage”, and “PWM” settings. 5) Press “→” button to enter setting and “↑” and “↓” button to select numeric value for the digit to the far left. Press “→” button to go to the next digit and press “↑” and “↓” button to select. 6) Press “BACK” button to go back to step 5. 7) Exit Program PB4 Output by pressing the “BACK” button until the cursor is shown next to “PB4 OUT”. 8) Press “↑” and “↓” button to scroll through other Flex EP-H settings. 9.35 Program PB5 Outputs (RX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter PB5 Output setting. 3) Press “→” button again then “↑” and “↓” button to scroll and select “Digital”, “Current”, Voltage or “PWM”. 4) Press “BACK” button and then “↑” and “↓” button to select values for “Current”, “Voltage”, and “PWM” settings. 5) Press “→” button to enter setting and “↑” and “↓” button to select numeric value for the digit to the far left. Press “→” button to go to the next digit and press “↑” and “↓” button to select. 6) Press “BACK” button to go back to step 5. 7) Exit Program PB5 Output by pressing the “BACK” button until the cursor is shown next to “PB5 OUT”. 8) Press “↑” and “↓” button to scroll through other Flex EP-H settings. 9.36 Program PB6 Outputs (RX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter PB6 Output setting. 3) Press “→” button again then “↑” and “↓” button to scroll and select “Digital”, “Current”, Voltage or “PWM”. 4) Press “BACK” button and then “↑” and “↓” button to select values for “Current”, “Voltage”, and “PWM” settings. 5) Press “→” button to enter setting and “↑” and “↓” button to select numeric value for the digit to the far left. Press “→” button to go to the next digit and press “↑” and “↓” button to select. 6) Press “BACK” button to go back to step 5. 7) Exit Program PB6 Output by pressing the “BACK” button until the cursor is shown next to “PB6 OUT”. 8) Press “↑” and “↓” button to scroll through other Flex EP-H settings.

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter PB7 Output setting. 3) Press “→” button again then “↑” and “↓” button to scroll and select “Digital”, “Current”, Voltage or “PWM”. 4) Press “BACK” button and then “↑” and “↓” button to select values for “Current”, “Voltage”, and “PWM” settings. 5) Press “→” button to enter setting and “↑” and “↓” button to select numeric value for the digit to the far left. Press “→” button to go to the next digit and press “↑” and “↓” button to select. 6) Press “BACK” button to go back to step 5. 7) Exit Program PB7 Output by pressing the “BACK” button until the cursor is shown next to “PB7 OUT”. 8) Press “↑” and “↓” button to scroll through other Flex EP-H settings. 9.38 Program PB8 Outputs (RX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter PB8 Output setting. 3) Press “→” button again then “↑” and “↓” button to scroll and select “Digital”, “Current”, Voltage or “PWM”. 4) Press “BACK” button and then “↑” and “↓” button to select values for “Current”, “Voltage”, and “PWM” settings. 5) Press “→” button to enter setting and “↑” and “↓” button to select numeric value for the digit to the far left. Press “→” button to go to the next digit and press “↑” and “↓” button to select. 6) Press “BACK” button to go back to step 5. 7) Exit Program PB8 Output by pressing the “BACK” button until the cursor is shown next to “PB8 OUT”. 8) Press “↑” and “↓” button to scroll through other Flex EP-H settings. 9.39 Program PB9 Outputs (RX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter PB9 Output setting. 3) Press “→” button again then “↑” and “↓” button to scroll and select “Digital”, “Current”, Voltage or “PWM”. 4) Press “BACK” button and then “↑” and “↓” button to select values for “Current”, “Voltage”, and “PWM” settings. 5) Press “→” button to enter setting and “↑” and “↓” button to select numeric value for the digit to the far left. Press “→” button to go to the next digit and press “↑” and “↓” button to select. 6) Press “BACK” button to go back to step 5. 7) Exit Program PB9 Output by pressing the “BACK” button until the cursor is shown next to “PB9 OUT”. 8) Press “↑” and “↓” button to scroll through other Flex EP-H settings.

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter PB10 Output setting. 3) Press “→” button again then “↑” and “↓” button to scroll and select “Digital”, “Current”, Voltage or “PWM”. 4) Press “BACK” button and then “↑” and “↓” button to select values for “Current”, “Voltage”, and “PWM” settings. 5) Press “→” button to enter setting and “↑” and “↓” button to select numeric value for the digit to the far left. Press “→” button to go to the next digit and press “↑” and “↓” button to select. 6) Press “BACK” button to go back to step 5. 7) Exit Program PB10 Output by pressing the “BACK” button until the cursor is shown next to “PB10 OUT”. 8) Press “↑” and “↓” button to scroll through other Flex EP-H settings. 9.41 Program PB11 Outputs (RX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter PB11 Output setting. 3) Press “→” button again then “↑” and “↓” button to scroll and select “Digital”, “Current”, Voltage or “PWM”. 4) Press “BACK” button and then “↑” and “↓” button to select values for “Current”, “Voltage”, and “PWM” settings. 5) Press “→” button to enter setting and “↑” and “↓” button to select numeric value for the digit to the far left. Press “→” button to go to the next digit and press “↑” and “↓” button to select. 6) Press “BACK” button to go back to step 5. 7) Exit Program PB11 Output by pressing the “BACK” button until the cursor is shown next to “PB11 OUT”. 8) Press “↑” and “↓” button to scroll through other Flex EP-H settings. 9.42 Program PB12 Outputs (RX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter PB12 Output setting. 3) Press “→” button again then “↑” and “↓” button to scroll and select “Digital”, “Current”, Voltage or “PWM”. 4) Press “BACK” button and then “↑” and “↓” button to select values for “Current”, “Voltage”, and “PWM” settings. 5) Press “→” button to enter setting and “↑” and “↓” button to select numeric value for the digit to the far left. Press “→” button to go to the next digit and press “↑” and “↓” button to select. 6) Press “BACK” button to go back to step 5. 7) Exit Program PB12 Output by pressing the “BACK” button until the cursor is shown next to “PB12 OUT”. 8) Press “↑” and “↓” button to scroll through other Flex EP-H settings.

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter PB1 Ramp setting. 3) Press “↑” and “↓” button to scroll and select “ACC” for acceleration and “DEC” for deceleration and press “→” button to enter. 4) Press “↑” and “↓” button to change value. 5) Press “BACK” button to go back to step 3. 6) Exit Program PB1 Ramp by pressing the “BACK” button until the cursor is shown next to “PB1 RAMP”. 7) Press “↑” and “↓” button to scroll through other Flex EP-H settings. 9.44 Program PB2 Ramp (RX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter PB2 Ramp setting. 3) Press “↑” and “↓” button to scroll and select “ACC” for acceleration and “DEC” for deceleration and press “→” button to enter. 4) Press “↑” and “↓” button to change value. 5) Press “BACK” button to go back to step 3. 6) Exit Program PB2 Ramp by pressing the “BACK” button until the cursor is shown next to “PB2 RAMP”. 7) Press “↑” and “↓” button to scroll through other Flex EP-H settings. 9.45 Program PB3 Ramp (RX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter PB3 Ramp setting. 3) Press “↑” and “↓” button to scroll and select “ACC” for acceleration and “DEC” for deceleration and press “→” button to enter. 4) Press “↑” and “↓” button to change value. 5) Press “BACK” button to go back to step 3. 6) Exit Program PB3 Ramp by pressing the “BACK” button until the cursor is shown next to “PB3 RAMP”. 7) Press “↑” and “↓” button to scroll through other Flex EP-H settings. 9.46 Program PB4 Ramp (RX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter PB4 Ramp setting. 3) Press “↑” and “↓” button to scroll and select “ACC” for acceleration and “DEC” for deceleration and press “→” button to enter. 4) Press “↑” and “↓” button to change value. 5) Press “BACK” button to go back to step 3. 6) Exit Program PB4 Ramp by pressing the “BACK” button until the cursor is shown next to “PB4 RAMP”. 7) Press “↑” and “↓” button to scroll through other Flex EP-H settings.

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter PB5 Ramp setting. 3) Press “↑” and “↓” button to scroll and select “ACC” for acceleration and “DEC” for deceleration and press “→” button to enter. 4) Press “↑” and “↓” button to change value. 5) Press “BACK” button to go back to step 3. 6) Exit Program PB5 Ramp by pressing the “BACK” button until the cursor is shown next to “PB5 RAMP”. 7) Press “↑” and “↓” button to scroll through other Flex EP-H settings. 9.48 Program PB6 Ramp (RX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter PB6 Ramp setting. 3) Press “↑” and “↓” button to scroll and select “ACC” for acceleration and “DEC” for deceleration and press “→” button to enter. 4) Press “↑” and “↓” button to change value. 5) Press “BACK” button to go back to step 3. 6) Exit Program PB6 Ramp by pressing the “BACK” button until the cursor is shown next to “PB6 RAMP”. 7) Press “↑” and “↓” button to scroll through other Flex EP-H settings. 9.49 Program PB7 Ramp (RX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter PB7 Ramp setting. 3) Press “↑” and “↓” button to scroll and select “ACC” for acceleration and “DEC” for deceleration and press “→” button to enter. 4) Press “↑” and “↓” button to change value. 5) Press “BACK” button to go back to step 3. 6) Exit Program PB7 Ramp by pressing the “BACK” button until the cursor is shown next to “PB7 RAMP”. 7) Press “↑” and “↓” button to scroll through other Flex EP-H settings. 9.50 Program PB8 Ramp (RX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter PB8 Ramp setting. 3) Press “↑” and “↓” button to scroll and select “ACC” for acceleration and “DEC” for deceleration and press “→” button to enter. 4) Press “↑” and “↓” button to change value. 5) Press “BACK” button to go back to step 3. 6) Exit Program PB8 Ramp by pressing the “BACK” button until the cursor is shown next to “PB8 RAMP”. 7) Press “↑” and “↓” button to scroll through other Flex EP-H settings.

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter PB9 Ramp setting. 3) Press “↑” and “↓” button to scroll and select “ACC” for acceleration and “DEC” for deceleration and press “→” button to enter. 4) Press “↑” and “↓” button to change value. 5) Press “BACK” button to go back to step 3. 6) Exit Program PB9 Ramp by pressing the “BACK” button until the cursor is shown next to “PB9 RAMP”. 7) Press “↑” and “↓” button to scroll through other Flex EP-H settings. 9.52 Program PB10 Ramp (RX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter PB10 Ramp setting. 3) Press “↑” and “↓” button to scroll and select “ACC” for acceleration and “DEC” for deceleration and press “→” button to enter. 4) Press “↑” and “↓” button to change value. 5) Press “BACK” button to go back to step 3. 6) Exit Program PB10 Ramp by pressing the “BACK” button until the cursor is shown next to “PB10 RAMP”. 7) Press “↑” and “↓” button to scroll through other Flex EP-H settings. 9.53 Program PB11 Ramp (RX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter PB11 Ramp setting. 3) Press “↑” and “↓” button to scroll and select “ACC” for acceleration and “DEC” for deceleration and press “→” button to enter. 4) Press “↑” and “↓” button to change value. 5) Press “BACK” button to go back to step 3. 6) Exit Program PB11 Ramp by pressing the “BACK” button until the cursor is shown next to “PB11 RAMP”. 7) Press “↑” and “↓” button to scroll through other Flex EP-H settings. 9.54 Program PB12 Ramp (RX) 1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter PB12 Ramp setting. 3) Press “↑” and “↓” button to scroll and select “ACC” for acceleration and “DEC” for deceleration and press “→” button to enter. 4) Press “↑” and “↓” button to change value. 5) Press “BACK” button to go back to step 3. 6) Exit Program PB12 Ramp by pressing the “BACK” button until the cursor is shown next to “PB12 RAMP”. 7) Press “↑” and “↓” button to scroll through other Flex EP-H settings.

1) Make sure the I-Chip is connected to the programmer. 2) Press “→” button to enter Output Frequency setting. 3) Press “↑” and “↓” button to scroll and select from various frequency. 4) Exit Program Output Frequency by pressing the “BACK” button until the cursor is shown next to “OUT FREQ”. 5) Press “↑” and “↓” button to scroll through other Flex EP-H settings. 10. Transmitter Access Card (TAC) 1) Rotate the power switch key to OFF ( 0 ) position. 2) With the STOP button elevated, press and hold PB1, PB2, PB3 and PB4 at the same time. 3) Rotate the power switch key to ON ( I ) position. 4) Let go PB1, PB2, PB3 and PB4 at the same time, the Status LED displays orange fast blinks (entered TAC mode). 5) Placed the access card over the RFID marking located on the backside of the transmitter. 6) Status LED with 1 second green means the access card is being programmed into the transmitter. 7) Status LED with 1 second orange means the access card is already programmed into the transmitter. 8) Status LED with 1 second red means unable to store any more access cards. Each transmitter can only store up to 16 access cards. 9) When all access cards are stored into the transmitter use the IR programmer to extract all access cards info by pointing the infrared sensor towards the transmitter Status LED location within a distance of no more than 10cm.

11) Press READ button to transfer all access cards info into the IR programmer for further programming. If the screen shows “READ OK” the transfer is completed. 12) After entering the TAC setting the first screen you see is either “EMPTY” (no access cards) or “_ CARDS” (number of access cards) + “DEL_ALL” (delete all) command. 13) Select “DEL_ALL” by pressing “→” button one time if you want to delete all access cards from the system. Press “→” button again to delete. 14) Press “↑” and “↓” button if you want to program the access cards. 15) “CARD 1” shown on the screen is always the last access card scanned into the transmitter. 16) Press “↑” and “↓” button to select which access card to program and then press “→” button to enter. 17) A mix of alphabets and numbers shown on the second line below the access card number is the access card ID number. 18) The next line (S1234567) is the transmitter function. “S” is for START (access card required after transmitter power on), “1” for PB1, “2” for PB2, “3” for PB3, etc… The third line (89101112) is for PB8 through PB12. 19) Press “→” button to go to the first digit from the left and press “↑” and “↓” button to assign or un-assign. Assigned is represented by black color background with white “S” or number 1~12. 20) When “S” (START) is assigned on one of the access card, the same “S” START function on all other access cards is also assigned automatically. The pushbutton functions can be individually assigned. 21) Press “→” button to go to the next column to the right and redo step 19. 22) Program other access cards by pressing the “BACK” button until the cursor is shown next to “CARD # and redo step 16. 23) When all access cards are programmed, use the IR programmer to transfer all access card info back to the transmitter by pointing the infrared sensor towards the transmitter Status LED location within a distance of no more than 10cm and press the “WRITE” button. In order for the transmitter to receive TAC info back from the IR programmer it must be in the TAC mode as well (refer to step 1 through 4). If the screen shows “WRITE OK” the transfer is completed. 24) Exit Program TAC by pressing the “BACK” button until the cursor is shown next to “TAC”.

11.2.1 Set dipswitch position #1 to “ON” or “1” 11.2.2 Plug in the USB cable

the USB onto you computer

11.2.12 Program target device memory

→ 11.2.14 Unplug the USB cable and set dipswitch position #1 back to “Off”or “0”.

A. Flex EX Models A. Transmitter Toggle Functions (Standard) NO Dip Set PB1 PB2 PB3 PB4 PB5 PB6 PB7 PB8 PB9 PB10 PB11 PB12 001 00000001 4 002 00000010 3 4 003 00000011 2 3 4 004 00000100 1 2 3 4 005 00000101 4 006 00000110 3 4 007 00000111 2 3 4 008 00001000 1 2 3 4 009 00001001 4 010 00001010 3 4 011 00001011 2 3 4 012 00001100 1 2 3 4 013 00001101 4 014 00001110 3 4 015 00001111 2 3 4 016 00010000 1 2 3 4

NO Dip Set PB1 PB2 PB3 PB4 PB5 PB6 PB7 PB8 PB9 PB10 PB11 PB12 01 00000001 4 017 00010001 3 4 018 00010010 2 3 4 019 00010011 1 2 3 4 005 00000101 4 020 00010100 3 4 021 00010101 2 3 4 022 00010110 1 2 3 4 005 00000101 4 020 00010100 3 4 021 00010101 2 3 4 022 00010110 1 2 3 4 009 00001001 4 023 00010111 3 4 024 00011000 2 3 4 025 00011001 1 2 3 4 013 00001101 4 026 00011010 3 4 027 00011011 2 3 4 028 00011100 1 2 3 4

Type-A selector sequence : A+B → A → B → A+B … Type-B selector sequence : Off → A → B → Off → A → B … Type-C selector sequence : A → B → A+B → A → B → A+B … Type-D selector sequence : Off → A → B → A+B → Off → A → B → A+B … NO Dip Set PB1 PB2 PB3 PB4 PB5 PB6 PB7 PB8 PB9 PB10 PB11 PB12 029 00011101 A/1.2 030 00011110 B/1.2 031 00011111 C/1.2 032 00100000 D/1.2 033 00100001 A/3.4 034 00100010 B/3.4 035 00100011 C/3.4 036 00100100 D/3.4 037 00100101 A/1.2 A/3.4 038 00100110 A/1.2 B/3.4 039 00100111 A/1.2 C/3.4 040 00101000 A/1.2 D/3.4 041 00101001 B/1.2 B/3.4 042 00101010 B/1.2 C/3.4 043 00101011 B/1.2 D/3.4 044 00101100 C/1.2 C/3.4 045 00101101 C/1.2 D/3.4 046 00101110 D/1.2 D/3.4 047 00101111 A/1.2 048 00110000 B/1.2 049 00110001 C/1.2 050 00110010 D/1.2

051 00110011 A/3.4 052 00110100 B/3.4 053 00110101 C/3.4 054 00110110 D/3.4 055 00110111 A/1.2 A/3.4 056 00111000 A/1.2 B/3.4 057 00111001 A/1.2 C/3.4 058 00111010 A/1.2 D/3.4 059 00111011 B/1.2 B/3.4 060 00111100 B/1.2 C/3.4 061 00111101 B/1.2 D/3.4 062 00111110 C/1.2 C/3.4 063 00111111 C/1.2 D/3.4 064 01000000 D/1.2 D/3.4 065 01000001 A/1.2 066 01000010 B/1.2 067 01000011 C/1.2 068 01000100 D/1.2 069 01000101 A/3.4 070 01000110 B/3.4 071 01000111 C/3.4 072 01001000 D/3.4 073 01001001 A/1.2 A/3.4 074 01001010 A/1.2 B/3.4 075 01001011 A/1.2 C/3.4

076 01001100 A/1.2 D/3.4 077 01001101 B/1.2 B/3.4 078 01001110 B/1.2 C/3.4 079 01001111 B/1.2 D/3.4 080 01010000 C/1.2 C/3.4 081 01010001 C/1.2 D/3.4 082 01010010 D/1.2 D/3.4 083 01010011 A/1.2 084 01010100 B/1.2 085 01010101 C/1.2 086 01010110 D/1.2 087 01010111 A/3.4 088 01011000 B/3.4 089 01011001 C/3.4 090 01011010 D/3.4 091 01011011 A/1.2 A/3.4 092 01011100 A/1.2 B/3.4 093 01011101 A/1.2 C/3.4 094 01011110 A/1.2 D/3.4 095 01011111 B/1.2 B/3.4 096 01100000 B/1.2 C/3.4 097 01100001 B/1.2 D/3.4 098 01100010 C/1.2 C/3.4 099 01100011 C/1.2 D/3.4 100 01100100 D/1.2 D/3.4

Type-A selector sequence : A+B → A → B → A+B … Type-B selector sequence : Off → A → B → Off → A → B … Type-C selector sequence : A → B → A+B → A → B → A+B … Type-D selector sequence : Off → A → B → A+B → Off → A → B → A+B … NO Dip Set PB1 PB2 PB3 PB4 PB5 PB6 PB7 PB8 PB9 PB10 PB11 PB12 101 01100101 A/1.2 102 01100110 B/1.2 103 01100111 C/1.2 104 01101000 D/1.2 033 00100001 A/3.4 034 00100010 B/3.4 035 00100011 C/3.4 036 00100100 D/3.4 105 01101001 A/1.2 A/3.4 106 01101010 A/1.2 B/3.4 107 01101011 A/1.2 C/3.4 108 01101100 A/1.2 D/3.4 109 01101101 B/1.2 B/3.4 110 01101110 B/1.2 C/3.4 111 01101111 B/1.2 D/3.4 112 01110000 C/1.2 C/3.4 113 01110001 C/1.2 D/3.4 114 01110010 D/1.2 D/3.4 115 01110011 A/1.2 116 01110100 B/1.2 117 01110101 C/1.2 118 01110110 D/1.2 .

051 00110011 A/3.4 052 00110100 B/3.4 053 00110101 C/3.4 054 00110110 D/3.4 119 01110111 A/1.2 A/3.4 120 01111000 A/1.2 B/3.4 121 01111001 A/1.2 C/3.4 122 01111010 A/1.2 D/3.4 123 01111011 B/1.2 B/3.4 124 01111100 B/1.2 C/3.4 125 01111101 B/1.2 D/3.4 126 01111110 C/1.2 C/3.4 127 01111111 C/1.2 D/3.4 128 10000000 D/1.2 D/3.4 115 01110011 A/1.2 116 01110100 B/1.2 117 01110101 C/1.2 118 01110110 D/1.2 051 00110011 A/3.4 052 00110100 B/3.4 053 00110101 C/3.4 054 00110110 D/3.4 119 01110111 A/1.2 A/3.4 120 01111000 A/1.2 B/3.4 121 01111001 A/1.2 C/3.4

122 01111010 A/1.2 D/3.4 123 01111011 B/1.2 B/3.4 124 01111100 B/1.2 C/3.4 125 01111101 B/1.2 D/3.4 126 01111110 C/1.2 C/3.4 127 01111111 C/1.2 D/3.4 128 10000000 D/1.2 D/3.4 129 10000001 A/1.2 130 10000010 B/1.2 131 10000011 C/1.2 132 10000100 D/1.2 069 01000101 A/3.4 070 01000110 B/3.4 071 01000111 C/3.4 072 01001000 D/3.4 133 10000101 A/1.2 A/3.4 134 10000110 A/1.2 B/3.4 135 10000111 A/1.2 C/3.4 136 10001000 A/1.2 D/3.4 137 10001001 B/1.2 B/3.4 138 10001010 B/1.2 C/3.4 139 10001011 B/1.2 D/3.4 140 10001100 C/1.2 C/3.4 141 10001101 C/1.2 D/3.4 142 10001110 D/1.2 D/3.4

143 10001111 A/1.2 144 10010000 B/1.2 145 10010001 C/1.2 146 10010010 D/1.2 087 01010111 A/3.4 088 01011000 B/3.4 089 01011001 C/3.4 090 01011010 D/3.4 147 10010011 A/1.2 A/3.4 148 10010100 A/1.2 B/3.4 149 10010101 A/1.2 C/3.4 150 10010110 A/1.2 D/3.4 151 10010111 B/1.2 B/3.4 152 10011000 B/1.2 C/3.4 153 10011001 B/1.2 D/3.4 154 10011010 C/1.2 C/3.4 155 10011011 C/1.2 D/3.4 156 10011100 D/1.2 D/3.4

NO Dip Set PB1 PB2 PB3 PB4 PB5 PB6 PB7 PB8 PB9 PB10 PB11 PB12 157 10011101 1 A/3.4 158 10011110 1 B/3.4 159 10011111 1 C/3.4 160 10100000 1 D/3.4 161 10100001 1 2 A/3.4 162 10100010 1 2 B/3.4 163 10100011 1 2 C/3.4 164 10100100 1 2 D/3.4 165 10100101 A/1.2 4 166 10100110 B/1.2 4 167 10100111 C/1.2 4 168 10101000 D/1.2 4 169 10101001 3 A/1.2 4 170 10101010 3 B/1.2 4 171 10101011 3 C/1.2 4 172 10101100 3 D/1.2 4 173 10101101 1 A/3.4 174 10101110 1 B/3.4 175 10101111 1 C/3.4 176 10110000 1 D/3.4 177 10110001 1 2 A/3.4 178 10110010 1 2 B/3.4 179 10110011 1 2 C/3.4 180 10110100 1 2 D/3.4 181 10110101 A/1.2 4

182 10110110 B/1.2 4 183 10110111 C/1.2 4 184 10111000 D/1.2 4 185 10111001 3 A/1.2 4 186 10111010 3 B/1.2 4 187 10111011 3 C/1.2 4 188 10111100 3 D/1.2 4 189 10111101 1 A/3.4 190 10111110 1 B/3.4 191 10111111 1 C/3.4 192 11000000 1 D/3.4 193 11000001 1 2 A/3.4 194 11000010 1 2 B/3.4 195 11000011 1 2 C/3.4 196 11000100 1 2 D/3.4 197 11000101 A/1.2 4 198 11000110 B/1.2 4 199 11000111 C/1.2 4 200 11001000 D/1.2 4 201 11001001 3 A/1.2 4 202 11001010 3 B/1.2 4 203 11001011 3 C/1.2 4 204 11001100 3 D/1.2 4 205 11001101 1 A/3.4 206 11001110 1 B/3.4

207 11001111 1 C/3.4 208 11010000 1 D/3.4 209 11010001 1 2 A/3.4 210 11010010 1 2 B/3.4 211 11010011 1 2 C/3.4 212 11010100 1 2 D/3.4 213 11010101 A/1.2 4 214 11010110 B/1.2 4 215 11010111 C/1.2 4 216 11011000 D/1.2 4 217 11011001 3 A/1.2 4 218 11011010 3 B/1.2 4 219 11011011 3 C/1.2 4 220 11011100 3 D/1.2 4

NO Dip Set PB1 PB2 PB3 PB4 PB5 PB6 PB7 PB8 PB9 PB10 PB11 PB12 221 11011101 1 A/3.4 222 11011110 1 B/3.4 223 11011111 1 C/3.4 224 11100000 1 D/3.4 225 11100001 1 2 A/3.4 226 11100010 1 2 B/3.4 227 11100011 1 2 C/3.4 228 11100100 1 2 D/3.4 229 11100101 1 A/3.4 230 11100110 1 B/3.4 231 11100111 1 C/3.4 232 11101000 1 D/3.4 233 11101001 1 2 A/3.4 234 11101010 1 2 B/3.4 235 11101011 1 2 C/3.4 236 11101100 1 2 D/3.4 229 11101101 1 A/3.4 230 11101110 1 B/3.4 231 11101111 1 C/3.4 232 11110000 1 D/3.4 233 11110001 1 2 A/3.4 234 11110010 1 2 B/3.4 235 11110011 1 2 C/3.4 236 11110100 1 2 D/3.4 237 11110101 1 A/3.4