Visonic CL-8 Manuals

DE6205 1 ����������� Microprocessor Controlled Digital Keypads Installation Instructions �������������� �������������������������� The CL-8 is a self-contained, versatile microprocessor-controlled digital keypad for indoor access control and remote control applications in security systems. Its main purpose is to limit access to restricted areas, while permitting authorized personnel to enter. Small and simple to operate, this keypad is suitable for surface mounting or flush mounting in a standard single-gang switchbox. It can function with virtually every security control panel on the market, protecting residences, factories, laboratories, hotels, offices and airports. The CL-8 internal EEPROM can be programmed with 56 individual access codes, each assigned to an authorized individual user or to a group of users. Each code may be changed or deleted by application of a simple, straightforward programming sequence. On-site programming is carried out at the keypad, but only the MASTER CODE holder can access the programming menu. The programming process is aided by a green LED which shows programming information to the installer. When an access code is keyed-in and identified by the microprocessor, the CL-8 energizes a built-in 10A relay, which operates the door strike or performs any desired switching function. The relay remains energized from 1 to 98 seconds, depending on the contact closure duration programmed into the device. For special applications, the relay may be toggled by user access codes, so that keying a code once causes the relay to latch, and keying a code again unlatches the relay. In addition to the on-board relay, an auxiliary (AUX) open-collector transistor output may also be tripped by certain code users for activating a control panel, operating floodlights, switching on CCTV, sounding a buzzer etc. Each of the 56 different access codes may be programmed to operate the built-in relay, the auxiliary output or both. Moreover, the auxiliary output can be programmed to function in seven different modes, one of which is the "double keystroke" (pressing keys 1 and 3 simultaneously). A different double keystroke - pressing the * and # keys simultaneously - activates a special PANIC open-collector transistor output to send out a "silent alarm" in emergency situations. A REQUEST TO EXIT remote input trips the relay to open the door from inside without entering a code, thereby permitting simple exit from the protected area. When the access code is being entered under duress, the authorized user can add a preset AMBUSH digit immediately after his access code, thus actuating the PANIC signal. In addition, the CL-8 is virtually impossible to defeat by unauthorized people who try to discover a correct code by trial and error: a penalty timer locks out the keypad for 30 seconds after three consecutive inputs of erroneous codes. Model CL-8A, with an extended operating temperature range is supplied for use in uncontrolled temperature environments. Model CL-8A EXT is designed to operate in conjunction with outdoor, vandal resistant keyboards KB-81 and KB-82, with which it forms access control systems CL-81 and CL-82, respectively (see Publication D6215). An optional tamper switch for both models is available upon request. ������������ • Highly versatile. • Self contained, suitable for flush and surface mounting; supplied with a surface mounting box. • Programmable on site by use of its own keyboard. • Non-volatile EEPROM memory stores programmed data; unaffected by power failure. • Up to 56 different 1-8 digit user codes can be programmed. • More than 100 million code combinations are possible. • User codes may be deleted individually. • Programmable AUXILIARY open-collector output with seven powerful operating modes. • Each user code programmable to operate the RELAY, or the AUXILIARY output, or BOTH. • Programmable relay contact closure duration; toggle (latch/ unlatch) mode may be selected if required. • PANIC output triggered by pressing the # and * keys simultaneously. • Three built-in LED indicators: green to indicate keypad functions; yellow and red available for optional applications. • REQUEST TO EXIT remote input trips the relay by a remote switch or detector. • An AMBUSH digit, if entered after the last user-code digit, sends a one-second pulse to the PANIC output. • 9 to 16 or 22 to 26 Volts AC/DC operation. • Tamper switch option available ����������������� Code composition: 1 to 8 digits, any combination Keypad type: 12 keys 3 X 4, tactile operation Operating voltage: 9 -16 or 22 - 26 V AC/DC, selected with jumper Current drain: 15 mA in the standby state 55 mA with relay and AUXILIARY output active Power failure immunity: EEPROM retains all programmed information even during total power loss Other protections: Watch-dog protection from processor hang-up Relay contact rating: 10 A / 28 VAC or DC Relay control: Programmable for 1 – 98 seconds contact closure duration, or for toggle (latching/unlatching) mode Open collector outputs current sinking capability Auxiliary output- Up to 100 mA (protected by an 18 ohm series resistor) Panic output- Up to 100 mA (protected by an 18 ohm series resistor) LEDs: Green indicates keypad status Red and yellow have 1K ohm series resistors and terminals for external connections Operating temperature CL-8: 0°C to 65°C (32°F to 149°F) CL-8A: -20°C to 65°C (-4°F to 149°F) Dimensions (HxWxD): 118x72x33 mm (4-5/8 x 2-3/16 x 1-3/8 in) Accessories: Optional tamper switch TAMP-1. 2 DE6205 ������������ The major purpose of the CL-8 is to respond in various ways to the programmed access codes entered by authorized users, and to protect against erroneous codes entered by unauthorized people. An authorized code holder should observe the following precautions: A. Do not let anyone watch you while you key-in your code. B. Enter your access code digits one by one and then press #. C. Do not wait more than 5 seconds between successive keystrokes, or else the keypad will respond as if an incorrect code was entered, and you will have to restart. D. If you find it necessary to send a silent alarm signal without opening the door, press * and # simultaneously, so as to trigger the PANIC circuit. E. If you are forced to enter your code under duress, press the AMBUSH digit immediately after entering your code. This activates the PANIC output but will not arouse any suspicion, since the person who is threatening you is not supposed to be familiar with the length of the digital code. When an access code is entered correctly, the keypad will respond by unlocking the door and/or tripping the auxiliary circuit, depending on the extent of control assigned to each access code. The green indicator will light up as long as the internal relay remains energized. ��������������� ������������ The CL-8 is suitable for surface and flush mounting alike, but must be installed indoors. Do not install outdoors! Flush mounting is possible in any standard, single-gang electrical switchbox (see Figure 1), without the original back box. For surface mounting, use the back box supplied with the unit (Fig. 2). Figure 1. Flush Mounting Figure 2. Surface Mounting ��������������������������� Use # 20 AWG or larger diameters for relay connections to the door strike, to the control panel or any other system used. All other connections are to be made with # 22 AWG or larger. Route the wires through the wiring knockouts on the back cover. Make no splices within the unit and avoid contact between uninsulated wires and the printed circuit board. ���������������������� IMPORTANT! Before wiring be sure to set jumper JP3 in the position that corresponds with the power source you are using: 9- 6 Volts - mount the jumper across the two pins of JP3. 22-26 Volts - remove the jumper or mount it on a single pin of JP3. The connections to the terminal block are shown in Figure 3, with each terminal duly identified. Proceed as follows: A. Connect the door strike leads between one of its power supply terminals and keypad terminal No. 11 (N.O.). If using a magnetic door lock, connect the magnetic lock leads between one of its power supply terminals and terminal No. 12 (N.C.). B. Connect the other terminal of the door lock power supply to terminal 10 (COM). C. Connect the panic buzzer or relay between terminal 8 (PANIC) and a +12 VDC supply. Observe polarity. D. Connect the auxiliary buzzer or relay between terminal 9 (AUX) and a +12 VDC supply. Observe polarity Notes: 1. If the CL-8 is powered from a 12 VDC supply, the AUX and PANIC relays can be connected to terminal 7 (+). 2. The PANIC and AUXILIARY outputs each include an 18 ohm resistor in series with the output. The maximum current switching capability of each output is 100 mA. E. Connect the AC or DC power supply leads to terminals 6, 7. Caution! If the power supply provides AC, disregard polarity. If the power supply provides DC, connect the negative lead to terminal 6 and the positive lead to terminal 7. F. Connect the remote request to exit pushbutton or PIR contacts to terminals 5, 6. To light the red LED, connect 12 VDC between terminal 1 (+) and 2 (–). To light the yellow LED, connect 12 VDC between terminals 3 (+) and 4 (–). G. When using a tamper switch, connect the tamper N.C. terminals to a control panel normally-closed, 24-hour protection zone, or any other system used to monitor the tamper contacts using a tamper switch, connect the tamper N.C. terminals to a control panel normally-closed, 24-hour protection zone, or any other system used to monitor the tamper contacts. Figure 3. Terminal Block Wiring DE6205 3 ����������������������������������� This option includes a terminal block and a tamper switch on a separate PC board. The tamper switch can be used in two ways: 1. To protect the CL-8 if tampering is attempted by removal of the front of the case. In this configuration, the tamper actuator remains within the case, in physical contact with the inner surface of the keypad's back box. 2. To protect the CL-8 if tampering is attempted by removing the unit from the wall or by removing the front of the case. This is accomplished by opening the tamper actuator knockout in the back box, allowing the tamper actuator to extend out of the back box and contact the wall. Note: the tamper switch is delivered as a separate item. It is not installed at the factory. When ordering, specify TAMP-1. Figure 4. Tamper Switch Installation ������������������������� ���������������� Programming the keypad is, in simple terms, providing it with a set of instructions on how to react in various contingencies. The keypad must be programmed as soon as all installation and wiring have been completed. Later on, as changes take place, partial or full reprogramming may be carried out as many times as necessary. The first step in "telling the keypad what to do" is to access the programming menu, which is accessible only by use of the current "master code". The factory default master code is 1234, but after subsequent programming, this default code will be automatically superseded by user code No. 01, which is the real master code. Important! Experienced programmers may refer directly to Appendices A and B at the end of this manual. Caution: User code No. 01 must be kept secret at all times to prevent the introduction of unauthorized changes in the keypad's programming. Do not use this code for normal entry into the restricted area. ����������������������)LJXUH �� A. The programming menu is selected by keying **1234** (1234 is the factory default master code). The Green LED will acknowledge (by flashing slowly) that the programming menu is now active. B. While the programming menu is active (green LED flashes slowly), you can select various programming functions by pressing a number from 1 to 5 (Table 1). C. Entering a function number while the green LED is flashing slowly causes the green LED to start flashing rapidly. The desired value should then be entered, followed by the "end-of data" character #. D. Functions 2, 3 and 5 on the menu are single-stage programming operations. If the correct data is entered, followed by #, the green LED lights steadily for 2 seconds and then resumes flashing slowly (indicates return to the menu). E. User Code programming (Function No. 1 on the menu) is a 4-stage operation which calls for step-by step entry of several data groups in succession (see Table 2 below). The first 3 data groups are each terminated by pressing #� which serves here as a "separating character". The last data group is also followed by keying #, which resumes its role as an "end-of-data" character. F. Deleting user codes (function No. 4 on the menu) is a two-stage programming operation (see Table 3). The first data group is terminated by pressing #, which serves here as a separating character. The second group is the master code followed by #, which resumes its role as an "end of data" character. Table 1. Programming Menu No. Function Name Value to enter Description 1 Programming user codes Any combination up to 8 digits Each code entered is assigned to an authorized individual or to a group of people (Programming Chart - Appendix A) 2 Timing the relay 01 to 98 Sets relay contact closure duration between 1 and 98 seconds Latching the relay 99 Selects toggle mode (latching/unlatching) 3 Selecting AUX output mode 1 to 7 Each number entered selects a different AUXILIARY output operating mode (Table 4) 4 Deleting a single user code user numbers, 02 to 56 + [master code] User code corresponding to the user number entered is deleted. Deleting all user codes ��# + [master code] All user codes are deleted in a single operation, except for master code 01 5 Ambush digit 0 to 9 The programmed digit will be valid until deleted or replaced Delete ambush digit � The ambush digit is canceled Table 2. User Code Programming Steps Step Enter Description 1 1,[user no.] # 1 selects the user-code programming function; [user no.] is any number from 01 to 56. 2 [user code] # [user code] is the individual code assigned to the user, from one to eight digits, each digit a number from 0 to 9. 3 [user code] # [user code] repeats the previous step for verification 4 [trip code] # 1 to trip only the relay, or 2 to trip only the AUX output, or 3 to trip both the relay and the AUX output.