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4

Output connections

This is an example of 
using the output to 
drive an LED

+VE

0V

SPKR

OP

1k0

LED

Figure 7. Connecting an output device 

(optional)

Note: The default polarity for the OP 

terminal is 0V when active, and 12Vdc 

when inactive. You can invert the 

polarity using 

Installer menu, Outputs, 

Wired Outputs.

Zone connections

Z1

Z2

4k7

4k7

2k2

2k2

Alarm

Zone 1

Zone 2

Alarm

Tamper

Tamper

Figure 8. Connecting Fully-Supervised 

Loop (FSL) zones (optional)

Tamper zone 1

Alarm zone 1

Z1

Z2

Figure 9. Connecting a 4-wire Closed 

Circuit Loop (CCL) zone (optional)

Alarm zone 1

Z1

Z2

Alarm zone 2

Figure 10. Connecting 2-wire CCL zones 

(optional)

Note:

 

To use the keypad zones, you must 

enable them using 

Installer menu, 

Detectors/Devices, Wired Keypads, 

Edit Keypad.

 

The allowed values for the alarm 

contact and end-of-line resistors 

are respectively: 4k7/2k2 (default), 

1k0/1k0, 2k2/2k2 or 4k7/4k7. If the 

detector has a masking output, use 

4k7/2k2 and connect a 2k2 across 

the maskng contacts. For i-on 

systems, you must use the same 

values for each zone.

 

The zone number the control unit 

allocates to each zone is dependent 

on the type of control unit you are 

using and whether expanders are 

already configured. For details of 

zone numbering, please refer to the 

Engineering Guide.

External loudspeaker connections

0V

SPKR

A loudspeaker mimics 
alarm tones, alert tones 
and setting/unsetting 
tones.

Figure 11. Connecting an external 

loudspeaker (optional)

Note: Do not connect another 

loudspeaker in parallel. You may 

connect another loudspeaker in series, 

but this will decrease the maximum 

volume from the speakers.

Step 5: Terminate the RS485 bus 

(optional)

You may need to terminate the RS485 

bus by fitting the link on the terminal 

board. Please refer to the control 

unit’s Installation Guide for details of 

when and where to terminate the bus.

Step 6: Attach the flying cable

Attach the flying cable from the 

keypad to the terminal board, as 

shown in Figure 4.

Step 7: Set keypad address

If you are using a “non-expandable” 

control unit (such as the i-on16 or 

Summary of Contents for KEY-FKPZ

Page 1: ...al board for all wiring connections which fits comfortably inside a standard electrical back box located behind the backplate Features Allows installers to configure the system and users to set or uns...

Page 2: ...s Guide for further information about how to use the keypad Installing the keypad Step 1 Choose mounting location Choose a convenient location and height for users Locate the keypad out of sight of po...

Page 3: ...rews must be fitted to the breakouts for Grade 3 applications Do not cut the webs on the breakouts Back tamper breakouts Figure 3 Securing the back tamper breakouts Each back tamper contains a graphit...

Page 4: ...t use 4k7 2k2 and connect a 2k2 across the maskng contacts For i on systems you must use the same values for each zone The zone number the control unit allocates to each zone is dependent on the type...

Page 5: ...it Keypad keypad name Name To change the name the keypad optional Partitions Wards To assign the keypad to the required partitions wards if applicable Key A B C D To configure the A B C and D keys opt...

Page 6: ...light the green LED will illuminate if there is no uncleared fault or alarm The option may be of use if for example the keypad is installed in a bedroom and the user requires the keypad to remain dark...

Page 7: ...cloth Do not use water solvents or any proprietary cleaning agents Specifications Supply Voltage 12Vdc Current Consumption 65mA max with backlight on and external proximity reader connected 25mA max...

Page 8: ...DOCUMENT SHALL NOT BECOME PART OF OR MODIFY ANY CONTRACT BETWEENTHE PARTIES In no event will Eaton be responsible to the purchaser or user in contract in tort including negligence strict liability or...

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