Visonic CL-80 User Manual

CL-80

Outdoor/Indoor Access Control Keypad

1. INTRODUCTION

The CL-80 is a versatile, weather-resistant digital
keypad, designed for outdoor and indoor use. Possible
applications include access control, electrical switching,
and security system arming and disarming.

User access codes ensure that all functions controlled
by the CL-80 are restricted to authorized persons only,
and each code can be assigned its own privilege level.

To improve access management, the CL-80 responds to
56 different access codes - each allocated to a single user
or a group of users.

2. SPECIFICATIONS

Code composition: Any combination, 1 to 8 digits
Keypad type: 12 keys in 3 X 4 matrix, tactile operation
Operating voltage: 9 -16 or 22 - 26 V AC/DC - selectable
Current drain: 15 ma standby, 55 ma with relay and AUX. Output

active
Power failure immunity: EEPROM retains all programmed

information even during total power loss

Relay contact rating: 10 A/28 VAC or DC
Relay pull-in: Programmable 1 – 98 seconds, or toggle mode (latch /

unlatch)
Current sinking capability of AUX. and PANIC outputs:

Up to 100 ma (protected by an 18 ohm series resistor)

Installation Instructions

Each of the 56 different access codes may be programmed to energize
either the built-in relay, or the auxiliary output, or both.

Programming is easily carried out via the keypad, and access codes can
be individually added, deleted, or the levels of control revised at any time.
Only the MASTER CODE holder has the privilege to program the unit.

In addition to a 10 A on-board relay, an auxiliary open-collector output with
7 operating modes can be programmed to control additional devices.

A simultaneous dual keystroke action activates the PANIC output, which
can be used to trigger a silent alarm in emergency situations.

LEDs: Green indicates keypad status
Red and yellow are available for optional indication (as required) and

have 1 k ohm series resistors connected.

Operating temperature:

-20°C to 65°C (-4°F to 149°F)
Index of Protection: Meets IEC529:1989 requirements for IP54

(protection against dust and sprinkled water)
Dimensions: (W X H X D): 8.2 X 12.2 X 3.1 cm

( 3-1/2 x 4-13/16 x 1-1/4 in)

Weight: 200 g (7.14 oz) including rubber gasket
Tamper switch: The dual function tamper switch is designed to

detect attempts to open the unit, or remove it from wall.

3. INSTALLATION

3.1 Mounting

Select a suitable mounting location with a stable flat surface. Remove
the case closure screw from the bottom edge of the keypad, and
remove the keypad assembly from the base. Hold the base in position
and mark the 3 screw locations for drilling.

Note: The Tamper switch will be activated if the front part of the
keypad is removed and also if the base is forced away from the wall.
This is achieved by incorporating a breakaway tab at the bottom right
corner of the base (see Figure 1). It is therefore especially important
to firmly attach this tab to the wall with a long screw.

Fit the base into the rubber gasket and use the 3 mounting screws to
attach the base and gasket to the selected surface.

Figure 1. Base and Rear Sealing

Gasket

Figure 2. Front Casing and Circuit Board

3.2 Wire Gauges and Routing

Use # 20 AWG or larger for connections between relay and door
strike, control panel or other switching devices. All other connections
are to be made with # 22 AWG or larger. Route the wires through the
slot in the rubber sealing gasket and the recessed entry channel in
the keypads base. Avoid contact between uninsulated wires and the
printed circuit board.

3.3 Connections

IMPORTANT! Before wiring, set jumper JP3 in the position
that corresponds with the power source you are using:

Voltage Selection:
9 - 16 V AC/DC - mount the jumper across the two pins of JP3

22 - 26 V AC/DC - remove the jumper or mount it on a single pin of JP3

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The connections to the terminal block are shown in Figure 3, with
each terminal duly identified. Proceed as follows:

A. Connect one lead of the door strike to one of the hardware

(door strike) power supply terminals. Connect the other lead
from the door strike to terminal No. 9 (N.O.) of the CL-80.

Note: If you are using a magnetic door lock, connect one of

the leads to one of the hardware power supply terminals.
Connect the other lead to terminal No. 8 (N.C.) of the CL-80.

B. Connect the other terminal of the door strike or magnetic lock

power supply to terminal 10 (COM).

C. Connect the panic buzzer or relay between terminals 3 (PANIC)

and 7. Observe polarity when using a DC power source.

D. Connect the auxiliary buzzer or relay between terminals 5 (AUX)

and 7. Observe polarity when using a DC power source.

E. Connect the CL-80 power supply leads across terminals 6(–)

and 7(+). Observe polarity

F. Connect the remote request-to-exit pushbutton or PIR

contacts across terminals 4 and 6

G. LED indicators. - to light the red LED, connect 12 VDC across

terminal 11 (+) and 12 (–). To light the yellow LED, connect
12 VDC between terminals 13 (+) and 14 (–).

H. Connect the tamper terminals 1 and 2 to a control panel’s

normally-closed, 24-hour protection zone, or any other system
used to monitor the tamper contacts.

Table 1. Terminal Assignments

Term. Description

1 Tamper Switch 8 Relay N/C
2 Tamper Switch 9 Relay N/O
3 Panic Output 10 Relay Common
4 Request to Exit 11 + Red LED
5 Aux. Output 12 – Red LED
6 -12 / 24 V (Common) 13 + Yellow LED
7 +12 / 24 Volt 14 – Yellow LED

Term. Description

Notes:

1. The red and yellow LEDs can be connected to the AUX and
PANIC output terminals regardless of the power supplied to
the unit (12 or 24 Volts, AC or DC).

2. The

3. If the CL-80 is powered from a 24 VDC supply, make sure

Caution! When operating the CL-80 from AC power, disregard
polarity, but note that external buzzers connected to the AUX or
PANIC outputs will require a separate DC power supply. For proper
operation, the buzzer circuit should be wired as follows:

DC Power supply [–] to CL-80 terminal 6
DC Power supply [+] to Buzzer [+]
Buzzer [–] to AUX or PANIC output (as required).

PANIC and AUXILIARY outputs each include an 18

ohm resistor in series with the terminal. The maximum
permissible current for each output is 100 mA.

that all external relays used are 24-Volt units.

Figure 3. Terminal Connections

4. OPERATION

The main function of the CL-80 is to recognize valid user codes and
respond according to pre-programmed instructions.

4.1 Keying Format

4.2 Keypad Response

When a valid access code is keyed, the keypad responds by
activating the on-board relay (usually allocated to unlocking the door),
and/or activating the auxiliary circuit. Each of the 56 different access
codes may be programmed to operate the on-board relay, the
auxiliary output or both. The green LED illuminates for as long as the
internal relay remains energized.

4.3 Latching the Relay

For special applications, the relay may be toggled, so that keying the
code once causes the relay to latch, and keying the code again
unlatches the relay.

4.4 Request to Exit

The REQUEST TO EXIT input activates the access control relay to
open the door from inside without keying a code, thereby facilitating
quick and simple exit from the protected area.

4.5 Automatic Reset

When keying user codes, the intervals between digits must not exceed 5
seconds. Should the user exceed this time, or enter a wrong code, an
automatic reset results, requiring the user to wait a few seconds and then
to repeat entry of the security code again.

4.6 Lockout

A penalty lockout is provided to defeat "code-crackers". Three wrong
entries result in a 10 minute lockout, during which an auxiliary output is
activated, but can be reset after 30 seconds by entering a valid user code.

4.7 Access under Duress

If you are forced to access under threat, press the programmed

AMBUSH digit after the last digit of your code. This activates the
PANIC

output without arousing suspicion.

Enter the user code followed by the ambush digit

4.8 Operating Tips

A. Do not wait more than 5 seconds between successive

keystrokes, or else the keypad will reset.

B. To initiate an alarm without opening the door, press

simultaneously. This activates the PANIC circuit which is
usually connected to a silent alarm.

5. PROGRAMMING

Programming should be carried out as soon as installation is
completed. This provides a set of “instructions” which determines
how the keypad will react to various code inputs.

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Programming changes can be made as many times as
necessary, but for security reasons, this operation is restricted to
the "master code" holder (the master user).