Eaton CIOP4 Anleitung

Addressable mimic relay board
CIOP4, CIOP8
Installation Instructions
Specification
Loop Load
Quiescent Current
Operating Loop Voltage
Outputs
Compatibility
Recommended Loop Cable Type FIRETUF, FP200, MICC
Part codes
Order code Description
CIOP4 4 way addressable Mimic Relay Board, 4 inputs, 4 outputs
CIOP8 8 way addressable Mimic Relay Board, 4 inputs, 8 outputs
MIOP4 4 way addressable Mimic Relay Board, 4 inputs, 4 outputs
MIOP8 8 way addressable Mimic Relay Board, 4 inputs, 8 outputs
FXIOP4 4 way addressable Mimic Relay Board, 4 inputs, 4 outputs
FXIOP8 8 way addressable Mimic Relay Board, 4 inputs, 8 outputs
ZPCB2312-4 4 way addressable Mimic Relay Board, 4 inputs, 4 outputs
WITHOUT BOX
ZPCB2312-8 8 way addressable Mimic Relay Board, 4 inputs, 8 outputs
WITHOUT BOX
Physical
Order code Dimensions
CIOP4, CIOP8 254 x 180 x 90mm 1.0kg
ZPCB2312-4, 163 x 113mm
ZPCB2312-8
Short circuit isolation
This addressable device contains an integral short circuit isolator,
which operates between the – IN terminal and the – OUT
terminal. The isolator operates in conjunction with the Eaton
Addressable Control Panel when a low parallel resistance fault of
typically 200 is present between the +VE and –VE of the
loop wiring.
Short circuit isolation data (integral with each device)
Total Loop Resistance for correct operation of short circuit isolator 50Ω (max)
Parallel Fault Resistance to be seen at the Control Panel for
isolators to open
Continuous Current allowable through isolator
Isolator Resistance in closed state
Leakage Current into direct short circuit with isolator open
Voltage at which isolator changes from open to closed or
closed to open state
Maximum switching current to isolator
Min Nom Max
6mA
18.5V DC 30V DC
Suitable for use with Eaton
Addressable Fire Systems
Weight Humidity (Non condensing)
95 %RH
180g 95 %RH
200Ω (typ)
700mA (max)
0.26Ω (max)
14mA (max)
3.8V to 11V
1.5A
Addressable mimic relay board
CIOP4 and CIOP8 are 4 and 8 way soft addressing output module,
incorporating integral short circuit isolators. It is fully compatible
with the current range of Eaton analogue fire detection panels and
OEM derivative panels. It is suitable for switching low voltage (24V
DC @ 1amp maximum), via a set of non-latching relay contacts.
The flexibility of this module is further enhanced by the fact that
each output can be programmed for a range of triggers as e.g.
Disablement, Fault, Fire, test panel, test zone, Pre-alarm,
Fire Routing equipment, Fire Protecting equipment and reset with
up to 16 different trigger sources per output. The trigger source
can be Global, by Panel, by Loop, by Zone or by address.
The Logic can be an OR and AND function.
The unit has an additional 4 inputs which can initiate a Reset,
Silence, Evacuate and test function. This can be programmed
using the DF6000/CF3000 programmable Site Installer software
and downloaded using the RS232 port.
Features
4 and 8 relay versions available
•
Pluggable terminals for ease of wiring
•
Build in short circuit isolator to enhance system integrity
•
Unit can be soft or hard addressed
•
Incorporating 4 inputs Reset, Silence, Evacuate and Test
•
No addressing of module required (soft addressed), reduce
•
errors and saves time.
The relay outputs are change-over, latching, volt free contacts
•
which are none monitored
Loop powered , no need for an external power supply
•
Number of settings per output: 16
•
rigger types: Fire, Fault, Disablement, Test, Pre-Alarm, FRE,
•
FPE, Reset
Trigger source: Global, by Panel, by Loop, by Zone, by Address
•
Rule logic: Disjunction (OR) and Conjunction (AND)
•
Overview
Bank of jumper links (J10) used to select loop or RS232
•
Jumper link (JP2) to select RS232
•
Reset button: press the button to reset the Graphical
•
Relay Board
Test button: press the button to start test mode, the outputs
•
activate one at a time
Bank of jumper links to set outputs to pull up or down
•
There are no serviceable parts so no maintenance
•
procedures apply
Effective November 2019
14
0905
DoP0250
DoP0251
EN54-17:2005+AC:2007
EN54-18:2005+AC:2007