Tyco CIM800 Installation Instructions Manual

CIM800 Contact Input Module – Installation Instructions MZX CIM800

Installation Instructions Doc. version 4.0 1/8

CIM800 Contact Input Module – Installation
Instructions

Technical specification

Electromagnetic Compatibility

The CIM800 complies with the following:

 Product family standard EN 50130-4 in

respect of Conducted Disturbances, Radiated
Immunity, Electrostatic Discharge, Fast Tran­sients and Slow High Energy

 EN 61000-6-3 for emissions

Introduction

The CIM800 Contact Input Module is designed
to monitor fire contacts such as extinguishing
system control, ventilation control, fire door con­trol etc. The CIM800 can be configured as:

 Two spur circuits (Class B) monitoring multi-

ple normally open contacts, with short circuit
giving a fault output.

Fig. 1: CIM800 Contact Input Module

Parameter Value

Type Identification
Value:

145

System Compatibility: Use only with MX

Fire Alarm Control­lers

Environment: Indoor Application

only

Operating Temperature: -25 °C to +70 °C

Storage Temperature: -40 °C to +80 °C

Operating Humidity: Up to 95 % non-

condensing

Dimensions (HWD): 87 x 148 x 14 mm

Weight: 100 g

Mounting Require­ments:

One MK backbox
surface mount or an
ANC-8 ancillary
housing

Table 1: Technical Specifications

Battery Requirements:


Standby current:
Alarm current:



0.505mA

4.5mA

Wire Size:

Min 1.5 mm

2

Max 2.5 mm

2

Maximum Wiring
Resistance Monitored
Circuit:

10 ohm

Addressable Device
Conditions:

 Normal
 Active
 Short Circuit wir-

ing fault

 Open Circuit

wiring fault

 Device Type

Invalid

 Device No

Response

Parameter Value

Table 1: Technical Specifications

2/8 Installation Instructions Doc. version 4.0

MZX CIM800 MZX Fire detection system

 Two spur circuits (Class B) monitoring single

normally closed contacts, with short circuit
giving a fault output.

 Single loop circuit (Class A) monitoring a nor-

mally open contact, with short circuit giving a
fault output.

 Single loop circuit (Class A) monitoring a nor-

mally closed contact, with short circuit giving
a fault output.

 Two spur circuits (Class B) monitoring multi-

ple normally open contacts, with short circuit
giving an alarm.

 Single loop circuit (Class A) monitoring multi-

ple normally open contacts, with short circuit
giving an alarm.

Features

The CIM800 monitoring features include the fol­lowing configurable items:

 Identifies all monitored contacts and signals to

the Fire Controller, the status of monitored
contacts and wiring to the contacts.

 Can monitor a single normally closed contact.
 Can monitor two Class B spur circuits, or a sin-

gle class Class A loop circuit.

 When two Class B spur circuits are con-

nected, each must be of the same style. A
monitored contact going to the active state, on
either spur circuit, will cause the CIM800 to
report the Active State back to the MX control­ler.

 An LED reports the CIM800 status to the user.
 The LED lights when the contact monitored by

the CIM800 has switched to the active (off
normal) state.

 The LED when normally off, will pulse when

the CIM800 is polled by the controller.

Wiring notes

Mounting

Installation of modules into an ANC­8 ancillary housing

The housing can accommodate up to eight ancil­lary PCBs. A stacking kit is available if a second
layer of PCBs is required.

How to install MX800 modules into an
ANC-8 ancillary housing

1 Assemble the required ancillary PCBs onto the

chassis plate as required, fixing as shown in Fig. 3.

2 Assemble the chassis plate into the housing and

secure using fixing screw, see Fig. 2.

NOTICE

 There are no user- circuit required set-

tings (such as switches or headers) on
the CIM800.

 All wiring must conform to the current

edition of IEE Wiring Regulations and
BS5839 part 1.

 All conductors to be free of earths.
 Fit the PCB to the M520 cover/ANC-8

ancillary housing.

 Connect wiring to the monitored con-

tact. For CIM800 typical wiring config­urations (see Figures 6 to 11).

 Verify the correct polarity of wiring

before connecting the CIM800 to the
addressable loop

Mounting MZX CIM800

Installation Instructions Doc. version 4.0 3/8

3 Connect the chassis plate earth lead to the hous-

ing, see Fig. 2.

Installation to M520 double gang
cover

How to install MX800 modules to an
M520 double gang cover

1 Assemble the CIM800 to the M520 Double Gang

cover, using the four screws and washers pro­vided,

2 Fit cover onto MK backbox.
3

If an IP22 rating is required additional sealing
must be applied. Apply Loctite S1595

silicone

sealant around the LED, as shown in Fig. 5.
Note how the sealant fills the small gap
between the LED and its hole in the cover.

Fig. 2: A

NC-8 - Chassis Plate
1 – Chassis plate fixing screw
2 – Chassis plate
3 – Cover earth
4 – Chassis plate earth
5 – Transit screw
6 – Typical positions of 800 modules (4 per row)

CAUTION

Ensure only nylon stand-offs and
washers are used.

1

2

3

4

5

6

Fig. 3: ANC-8 - PCB Fixing Detail

1 – Housing
2 – Plate
3 – Nylon spacer
4 – Ancillary PCB.
5 – Plain washer
6 – Nylon nut

Fig. 4: CIM800 Fitted to Cover

2

3

4

5

6

1

TB1

TB2

A+ A- B+ B-

L+ L- L+ L-

PROGRAMMING

PORT

4/8 Installation Instructions Doc. version 4.0

MZX CIM800 MZX Fire detection system

Avoid smearing sealant over the LED surface.
Using a fine nozzle is recommended.

Address settings

The CIM800 has a default factory set address of
255, this must be set to the loop address of the
device using the 801AP MX Service Tool. The
CIM800 may be programmed with the address
prior to being installed by using the internal pro­gramming port (see Fig. 4) or after being installed
by using the programming port on the front
cover (see Fig. 6).

Cabling

Cables are to be selected in accordance with
Publication 17A-02-D and the requirements of
the current issue of BS5839. Two pairs of con­nection terminals (L+ and L-) are provided on the
terminal block. These terminals are used for con­necting the module onto the addressable circuit.
A maximum of one 1.5mm

2

or one 2.5mm2

cable may be connected at any one terminal.

Associated equipment

The module fits onto a standard dual-gang MK
box, or an ANC8 ancillary housing.

Fig. 5: Sealed LED
1 – Cover
2 – LED
3 – Sealant

1

2

3

NOTICE

Once the address has been
programmed, take note of the device
location and address number, to
include on site drawings.

Fig. 6: CIM800 Contact Input Module Facia Plate
1 – Address setting port

NOTICE

 If only one circuit is used the user circuit

must be terminated with 200/100
ohm resistors in parallel or a single 68
ohm EOL resistor.

 MX CONSYS configuration selection –

style C (normally closed)

 Mode 3

CIM800

2

5

1

Associated equipment MZX CIM800

Installation Instructions Doc. version 4.0 5/8

Fig. 7: Spur Circuits (Class B) Normally Closed Contacts
Short Circuit A+ to A- or B+ to B = Fault
1 – MX Controller
2 – To next device
3 – Programming port

+VE

-VE

TB1

TB2

A+ A- B+ B-

L+ L- L+ L-

100

200

100

200

1

2

3

NOTICE

 If only one circuit is used the user circuit

must be terminated with 200 ohm
EOL resistor.

 MX CONSYS configuration selection –

style C (normally open)

 Mode 2

6/8 Installation Instructions Doc. version 4.0

MZX CIM800 MZX Fire detection system

Fig. 8: Spur Circuits (Class B) Normally Open Contacts
Short Circuit A+ to A- or B+ to B- = Fault
1 – MX Controller
2 – To next device
3 – Programming port

NOTICE

 MX CONSYS configuration selec-

tion – style E (normally closed)

 Mode 6

+VE

-VE

TB1

TB2

A+ A- B+ B-

L+ L- L+ L-

100

200

100

200

1

2

3

Fig. 9: Loop Circuit (Class A) Normally Closed Contact
Short Circuit A+ to A- or B+ to B- = Fault
1 – MX Controller
2 – To next device
3 – Programming port

NOTICE

 MX CONSYS configuration selection –

style E (normally open)

 Mode 5

+VE

-VE

TB1

TB2

A+ A- B+ B-

L+ L- L+ L-

100

200

1

2

3

Associated equipment MZX CIM800

Installation Instructions Doc. version 4.0 7/8

Fig. 10: Loop Circuit (Class A) Normally Open Contact
Short Circuit A+ to A- or B+ to B- = Fault

+VE

-VE

TB1

TB2

A+ A- B+ B-

L+ L- L+ L-

100

200

1

2

3

NOTICE

 MX CONSYS configuration selection

– style B (normally open)

 Mode 1
 If only one circuit is used, the other cir-

cuit must terminated with A 200 ohm
EOL resistor

Fig. 11: Spur Circuit (Class B) Normally Open Contacts
Short Circuit between A+ and A- or B+ and B- = Alarm
1 – MX Controller
2 – To next device
3 – Programming port

+VE

-VE

TB1

TB2

A+ A- B+ B-L+ L- L+ L-

200

200

3

2

1

MZX CIM800 Ordering information

© Tyco Fire & Security GmbH, Victor von Bruns-Strasse 21, 8212 Neuhausen
am Rheinfall, Switzerland
www.zettlerfire.com

120.415.527_17A-03-CIM, doc. version 4.0, 5. May 2016
Subject to change without notice.

Ordering information

NOTICE

 MX CONSYS configuration selection –

style D (normally open)

 Mode 4

Fig. 12: Loop Circuit (Class A) Normally Open Contacts
Short Circuit between A+ and A- or B+ and B- = Alarm
1 – MX Controller
2 – To next device
3 – Programming port

+VE

-VE

TB1

TB2

A+ A- B+ B-L+ L- L+ L-

200

3

2

1

Name Stock code

number

CIM800 Contact Input Module 555.800.002

CIM800 Contact Input Module:
c/w cover

555.800.032

M520 Double-Gang Cover 517.035.007

ANC8 Ancillary Housing assy. 557.180.096.T/

A/Y

Table 2: Ordering information