Allmatic BOOMY 4 Manual 

12007336 - BOOMY 4 12007337 - BOOMY 4 LED 12007337 - BOOMY 4 LED Ambidextrous irreversible operator for driveways rev.0 12/10/2020 ...

6-1622396 rev. 0 ENG INDEX: 1. GENERAL SAFETY WARNINGS pag. 3 2. DESCRIPTION AND COMPATIBLE ACCESSORIES pag. 4 3. PACKAGING LIST AND DIMENSIONS pag. 5 4. PRELIMINARY VERIFICATIONS AND TECHNICAL CHARACTERISTICS pag. 6 5. CABINET INSTALLATION AND ADJUSTMENTS pag. 8 6. MANUAL HANDLING OF THE BOOM pag. 10 7. ELECTRICAL CONNECTIONS AND INITIAL OPERATION pag. 10 8. INSTALLATION OF ACCESSORIES TO THE CONTROL UNIT pag. 11 9. CONTROL UNIT PROGRAMMING AND FUNCTIONALITY pag. 13 10. RESOLVING PROBLEMS pag. 26 11. MAINTENANCE pag. 26 12. DECLARATION OF CONFORMITY pag. 27 13. PRODUCT DISPOSAL pag. 28 14. WARRANTY pag. 28 ...

6-1622396 rev. 0 ENG 1. GENERAL SAFETY WARNINGS ATTENTION - FOR THE SAFETY OF PEOPLE IT IS IMPORTANT TO FOLLOW ALL THE INSTRUCTIONS KEEP THESE INSTRUCTIONS WITH CARE 1° - If it is not forecast in the electric gearcase, install a switch of magneto thermic type upstream, (omni polar with minimum opening of the contacts of 3 mm) with a check of conformity to the international standards. Such device must be protected against the accidental lockup (for example by installing inside a locked board). 2° - For the section and the type of the cables ALLMATIC advices to use a cable of H05RN-F type with 1,5 sqmm minimum section and, however, to keep to th ...

6-1622396 rev. 0 ENG 2. DESCRIPTION AND COMPATIBLE ACCESSORIES Operator raises irreversible road barrier ambidextrous electromechanical automated for opening and closing of the accesses of a driveway through rod. BOOMY has a 24V motor inside, with mechanical limit stop and encoder, which allows an accurate movement of the shaft indicated with LED indicators on the body and rod (both optional accessories). The control unit BIOS1 24 BOOMY can manage 3 digital inputs for photocells, 3 digital inputs for coils, wired inputs for commands STOP - OPEN - CLOSE - SS and two 24vdc outputs for accessories and flashing lights. In addition, a 433mhz radio re ...

6-1622396 rev. 0 ENG 3. PACKAGING LIST AND DIMENSIONS • • 12007336 - BOOMY 4 12007336 - BOOMY 4 CABINET including gear motor with rocker and spring already installed, tie for rod, screws, CABINET including gear motor with rocker and spring already installed, tie for rod, screws, set of three keys and control unit BIOS1 24 BOOMY. set of three keys and control unit BIOS1 24 BOOMY. • • 12007337 - BOOMY 4 LED 12007337 - BOOMY 4 LED CABINET including gear motor with rocker and spring already installed, tie rod, screws, set of CABINET including gear motor with rocker and spring already installed, tie rod, screws, set of three keys, control uni ...

6-1622396 rev. 0 ENG 4. PRELIMINARY VERIFICATIONS AND TECHNICAL CHARACTERISTICS The installation must be carried out only by qualified personnel, in compliance with laws, rules and regulations and as stated in these instructions. Before proceeding with the installation make sure that all the material to be used is in excellent condition and suitable for the intended use. Verify that the chosen environment for the installation is compatible with the total size of the product. Verify that the space around the automation allows an easy and safe execution of manual maneuvers. Check that there are no obstacles along the trajectory of the rod movement ...

6-1622396 rev. 0 ENG 4.1 BOOMY FRONTAL VIEW Description: A - Control Unit Box BIOS1 24 BOOMY B - Mechanical stops C - Rocker arm D - Tie-rod E - Balance sping F - Spring anchor points to cabinet G - Gear motor H - Unlocking plug with key lock I - Boom L - Hub M - Fixing “U” shape profile TECHNICAL CHARACTERISTICS U.M. BOOMY 4 BOOMY 4 LED Control Unit power supply Vac 230 Frequency Hz 50 Control Unit BIOS1 24 BOOMY Motor power supply Vcc 24 Motor power consumption A 6 Motor power W 140 Opening time at 90° sec. 3 Lenght of the pole m 4 Service % 100 Daily cicles recommended n° 1500 Protection Degree IP 44 Overall cabinet body weight, without ...

6-1622396 rev. 0 ENG 5. CABINET INSTALLATION AND ADJUSTMENTS 5.1 POSITIONING OF THE CABINET ON THE FLOOR If the supporting surface already exists: 1. Open the closet door. 2. Place the cabinet in the existing surface and mark points at the holes where the cabinet will be fixed. 3. Move the cabinet and drill holes in the points just marked. 4. Insert four expansion anchors into the holes (not supplied). 5. Place the cabinet correctly and secure it with appropriate screws, nuts and washers (not included). If the supporting surface not already exists: 1. Perform the foundation excavation to accommodate the foundation plate. WARNING! The fixing surf ...

6-1622396 rev. 0 ENG 7. Drill two 5mm holes in the boom with the drill at the groove on the joint, at least 30 mm apart from each other starting from the boom head. 8. Make a 10 mm socket on the holes just made and fix with two screws supplied the joint to the boom. 9. Insert in the joint the second pole of 2 meters, if necessary help yourself with a plastic-head hammer. 10. Drill two 5 mm holes in the second section of the boom with the drill at the groove on the joint, at least 30 mm apart from each other starting from the beginning of the boom. 11. Make a 10 mm socket on the holes just made and fix with two screws supplied the joint to the bo ...

6-1622396 rev. 0 ENG 6. MANUAL HANDLING OF THE BOOM WARNING! Carry out these operations only after removing the power supply to the engine. In case of power failure, manual adjustments during the installation phase, or in case of emergency you can unlock the gearmotor so you can manually move the boom. Insert the key into the lock and remove the unlock cap. Making sure that there are no people and objects within the range of the barrier, lightly press down the boom. Insert the supplied ALLMATIC hexagon wrench and rotate it half a turn to unlock the engine. WARNING! This operation unlocks the engine brake from the boom. Gently accompany the natu ...

6-1622396 rev. 0 ENG 8. INSTALLATION OF ACCESSORIES TO THE CONTROL UNIT Description: A: Terminal block accessories in and out B: Terminal block accessories in and out C: Fuse1 - 10A fuse for motor protection D: Inputs and Securities Dip Switch E: Display and buttons F: Radio Module G: Antenna terminal block H: J1 - connector for plug-in led control board I: J3 - connector for external radio memory L: Fuse2 - 2,5A fuse for accessories protection M: J2 - connector for battery charger card N: Fuse - 2,5A fuse WARNING! Please note that PH3 and S3 inputs are exclusively dedicated to the “presence sensor” (the photocell or the magnetic loop that ...

6-1622396 rev. 0 ENG 8.1 PHOTOCELL CONNECTIONS 1: ground 2: +24Vdc TX power supply (test photo) 17: +24Vdc RX power supply 6: common 3 – 4 – 5: inputs NC or NO contact from photocells PH1, PH2, PH3 The polarity of the inputs can be selected in the advanced menu, via PH1, PH2, PS3. ATTENTION! If not used, the photocell inputs should be disabled by setting in ON position DIP2 for PH1, DIP3 for PH2 and DIP4 for PH3 respectively. 8.2 MAGNETIC LOOP CONNECTIONS The ALLMATIC A1H-U loop detector must be installed to connect a magnetic loop to the control panel. Please also refer to the A1H-U Occupancy Detector Instruction Manual. 1: ground 17: +24V ...

6-1622396 rev. 0 ENG 9. CONTROL UNIT PROGRAMMING AND FUNCTIONALITY 9.1 DISPLAY By pressing the “DOWN” button the following parameters can be read on the display. DISPLAY DESCRIPTION View status (--, OP, CL, ...) Description of the status of the plant. Refer to the table CONTROL UNIT STATUS for the description of individual operating states. Maneuvers performed, example: 02.0. (units) / 001 (thousands), equals 1020 cicles. Manoeuvre count: thousands (without dots) and units (with dots) alternate. 9.2 CONTROL UNIT STATUS DISPLAY DESCRIPTION -- Standby - closed automation or power ON after shutdown. OP Automation is opening up. CL Automation i ...

6-1622396 rev. 0 ENG 9.3 ALERTS DURING OPERATION DISPLAY DESCRIZIONE RAD It is displayed while learning transmitters. don It is displayed when a new transmitter is learned or at the end of a reset. Fnd It is displayed when a button is learned from an already learned transmitter. CLR Appears when a transmitter is deleted. LOP It is displayed while learning runs to indicate that the central is opening. LCL It is displayed while learning runs to indicate that the central is closing. L-- It is displayed during learning in case of intervention of a security. sEE It is displayed when the control panel is waiting for a signal from a transmitter during ...

6-1622396 rev. 0 ENG 9.5 LEARNING OF TRANSMITTERS The learning of a transmitter can be activated through the “UP” button of the control unit or through the hidden button of a transmit- ter already stored. The control panel BIOS1 24V BOOMY always associates to the button of the transmitter the function STEP-BY-STEP. 1. Make sure you are out of the programming menu. To exit, briefly press the «MENU» button until you see the status of the control panel. 2. Press and release the «UP» button. The sign rad appears on the display. 3. Within 10 seconds, press the transmitter button to learn. 4. If the storage was successful, the message don or ...

6-1622396 rev. 0 ENG 9.6 LEARNING WITH THE HIDDEN KEY OF AN ALREADY LEARNED TRANSMITTER With stationary automation it is possible to press the hidden button of an already learned transmitter to open the radio memory of the control unit. This is equivalent to pressing the «UP» button on the control unit. Then follow the learning procedure from point 3 to 5 of the previous paragraph. 9.7 CANCELLATION OF A RADIO TRANSMITTER 1. Make sure you are out of the programming menu. To exit, briefly press the «MENU» button until you see the status of the control panel. 2. Press and release the «UP» button. The sign rad appears on the display. 3. Withi ...

6-1622396 rev. 0 ENG 9.8 BASE MENU You can access a BASE MENU for modifying the main parameters of the control unit. To enter the menu, proceed as follows. WARNING! - after 2 minutes of inactivity the control panel automatically exits the menu. Example of access to the basic menu for modifying the tCL parameter. Make sure you are out of the programming menus (briefly press the «MENU» button). To enter the base menu, press and hold the “MENU” key for at least two seconds. To scroll through the functions, press the “UP” or “DOWN” keys. To enter the parameter, press the “MENU” button for at least two seconds until the value flash ...

6-1622396 rev. 0 ENG PARAMETER DESCRIPTION DEFAULT CUSTOM MIN MAX UM 6 SPLo Slow-down speed during opening. 30 10 100 % 7 SPLc Slow-down speed during closing. 30 10 100 % 8 sbs SS configuration: 0 = normal (AP-ST-CH-ST-AP-ST…). 1 = alternated with STOP (AP-ST-CH-AP-ST-CH…). 2 = alternated (AP-CH-AP-CH…). 0 0 2 9 blt Behaviour after blackout: 0 = no action. 1 = performs opening movement. 2 = performs closing movement. 0 0 2 10 LSio Amplitude slowing in opening. %100…0 = percentage of the ride. 25 0 100 % 11 LSic Amplitude slowing in closing. %100…0 = percentage of the ride. 25 0 100 % 12 asL Antiskid / Extra-time run. 15 0 300 s 13 ENC ...

6-1622396 rev. 0 ENG FULLY OPERATIONAL SPEED SPn (50 – 100 %) default = 100% Adjust the speed to ensure the correct operation of the automation. You can adjust the speed percentage from a minimum of 50% to a maximum of 100%. SLOW-DOWN SPEED DURING OPENING or CLOSING SPLo e SPLc (10-100 %) default = 30% Adjust slow speed to ensure correct operation of the automation. With SpLo you can adjust the speed of slowing down when opening, while with SpLc you can adjust the speed of slowing down when closing. You can adjust the speed percentage from a minimum of 10% to a maximum of 100% of the speed at Spn speed. STEP-by-STEP CONFIGURATION SbS (0 - 2) ...

6-1622396 rev. 0 ENG 9.9 ADVANCED MENU This menu allows a more detailed customization of some parameters. To enter, press and hold the “MENU” key for at least 5 seconds. To change the parameters proceed as indicated for the base menu. WARNING! - after 2 minutes of inactivity the control panel automatically exits the menu. PARAMETER DESCRIPTION DEFAULT CUSTOM MIN MAX UM 1 IAO Select input device for opening: 0 = disabled 1 = PH1 2 = PH2 3 = S1 4 = S2 0 0 4 2 IAC Select input device for closing: 0 = disabled 1 = PH1 2 = PH2 3 = S1 4 = S2 0 0 4 3 IOM Mode of activation of the opening (IAO > 0): 0 = on commitment 1 = on disengagement after comm ...