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This manual is intended as a quick reference installation guide. Please refer to the control panel
manufacturers installation manual for detailed system information
GENERAL INFORMATION
The M200 series of modules are a family of microprocessor controlled interface devices permitting
the monitoring and/or control of auxiliary devices.
SPECIFICATIONS
Operating Voltage Range
15 to 30VDC (Min 19.5VDC to ensure LED operation)
Max. Standby Current (no comm.):
310 µA @24 V and 25
o
C
(comm. LED blink enabled - 5 sec)
510 µA @24 V and 25
o
C
(Read 16 sec. LED blink 8 sec)
410 µA @24 V and 25
o
C
LED Current (Red)
2.2mA
LED Current (Yellow)
8.8mA
Maximum rated continuous current with the switch closed (I
c
max)
1A
Maximum rated switching current (under short circuit) (I
s
max)
1A
Maximum leakage current (I
L
max) with the switch open (isolated state)
15mA
Maximum series impedance with the switch closed (Z
c
max)
130 m ohm at 15Vdc
Operating Temperature
-20°C to 60°C
Humidity
5% to 95% Relative Humidity
Module Dimensions
93mm(H) x 94mm(W) x 23mm(D)
Surface Mount Box Dimensions
132mm(H) x 137mm(W) x 40mm(D)
Weight (Module Only)
85 g
Weight (Module and M200E-SMB)
227 g
Maximum Wire Gauge
2.5mm²
INSTALLATION
Note:
These modules must only be connected to control panels using compatible proprietary
analogue addressable communication protocols for monitoring and control.
M200 series modules can be mounted in several ways (See figure 1):
1.
An M200E-SMB custom low profile surface-mounting box.
2.
An M200E-DIN Adaptor allows mounting onto standard 35mm x 7.5mm "Top Hat" DIN rail
inside a control panel or other suitable enclosure.
3.
An M200E-PMB Panel Mount Bracket allows the module to be mounted directly into a panel or
other suitable enclosure.
Wiring to all series M200 modules is via plug in type terminals capable of supporting conductors up to
2.5mm²
CAUTION
Disconnect loop power before installing modules or sensors
The module address is selected by means of rotary decade address switches (see figure 2). These
can be accessed either from the front or the top of the module. A screwdriver should be used to
rotate the wheels to select the desired address, either from the front, or the top of the module. (Note:
The number of addresses available will be dependent on panel capability, check the panel
documentation for information on this).
Short Circuit Isolators
All M200 series modules are provided with short circuit monitoring and isolators on the intelligent
loop. If required the isolators may be wired out of the loop to facilitate the use of the modules on high
current loaded loops, for example if sounders are used. To achieve this, the loop out positive should
be wired to terminal 5 rather than terminal 2. See the relevant wiring diagram for details.
M201E SINGLE CHANNEL OUTPUT MODULE
The M201E output module allows the control of auxiliary devices such as fire shutters or sounders.
A single tri-colour LED indicates the status of the module. In normal conditions, the LED can be set
by command from the control panel to blink green when the module is polled. When the control
panel switches the relay to the energised state the LED can be set to continuous green.
M201E Wiring
The M201E can be wired for either supervised or non-supervised operation - see figures 3 and 4
respectively. If using the VdS optional polarised resistor EOL device, part no. M200E-EOL-RD, note
that the EOL device red wire connects to terminal 8 and the orange wire to terminal 9, as monitoring
voltages are reversed.
When the module is used in supervised mode and power is supplied to the module, a switched
negative input on terminal 12 can be used to signal an external fault condition, such as a power
supply fault. Loss of power is also supervised in this mode such that if the supply voltage falls below
7V a fault indication is achievable. Note that the use of this fault mode is dependant on panel
software. Please contact the panel manufacturer for further details.
FIGURE 1: MODULE MOUNTING METHODS
M200E-SMB Surface Mount Box
Surface Mount Box Base is affixed to
mounting surface, and then the module
and cover are screwed onto the base
using the two screws supplied.
Cover
M200E-DIN DIN Rail Bracket
Module
Base Box
LOOP OUTPUT
LOOP OUTPUT
LOOP INPUT
LOOP INPUT
LOOP OUTPUT (SEE NOTES 1)
Push Module into adaptor Bracket until it clips into
place.
Locate top clip over DIN rail and rotate bottom down
to clip into place.
To Remove, lift up, then rotate top away from the rail.
Top
Bottom
M200E-PMB Panel Mount Bracket
Adaptor bracket is mounted directly into panel using 2
x M4 Pan head screws.
Module is pushed into adaptor until it clips into place.
LOOP OUTPUT
LOOP OUTPUT
LOOP INPUT
LOOP INPUT
LOOP OUTPUT (SEE NOTE 1)
Relay Contact
Rating:
30VDC, 2A or
30VAC, 0.5A
resistive load
NO
NC
C
Notes:
1
If short circuit isolation is not required, loop should be wired to terminal 5 and not 2.
Terminal 5 is internally connected to terminal 4.
M200E-EOL-R
SEE NOTE 5 AND TABLE 1
FIGURE 2: ROTARY DECADE
ADDRESS SWITCHES
FIGURE 4: M201E SINGLE OUTPUT MODULE WITH UNSUPERVISED OUTPUT
EXTERNAL POWER
SUPPLY MAXIMUM 32VDC,
MINIMUM 7VDC
SEE NOTE 3
SEE NOTE 2
Notes:
1
If short circuit isolation is not required, loop should be wired to terminal 5 and not 2.
Terminal 5 is internally connected to terminal 4.
2
To enable output circuit supervision, the link supplied must be fitted across terminals 6 and
7, and the load must be polarised.
3
In supervised mode, the module monitors the power supply voltage across terminals 10 and
11 to ensure it does not drop below 7V, and also monitors for a switched negative fault
signal from the power supply to terminal 12 (optional). If a fault is seen the yellow LED will
blink, and a fault may be indicated at the panel. The use of these fault warnings is
dependant on panel software; please refer to your panel supplier.
4
Up to 1.5A load can be driven subject to the supply capability, total cable resistance and
minimum voltage required by the load.
5
An alternative end of line monitoring option, part number M200E-EOL-RD is available for
VdS 2489 requirements, see table 1. Maximum cable series resistance is 10 ohm so max.
load current is limited by permissible voltage drop along the cable, min. PSU voltage and
min. load voltage requirement.
eg: Min PSU voltage = 21V, min load voltage = 18V, max. series resistance = 10 ohm,
therefore max. current = 300mA [(21-18)/10 Amps.]
If using the VdS optional polarised resistor EOL device, part no. M200E-EOL-RD, note that
the EOL device red wire connects to terminal 8 and the grey wire to terminal 9, as
monitoring voltages are reversed.
FIGURE 3: M201E SINGLE OUTPUT MODULE WITH SUPERVISED OUTPUT
SEE NOTE 5 AND TABLE 1
CAUTION
Electrostatic Sensitive Device
Observe precautions when handling and making connections
Warning:
When switching inductive loads, in order to
protect the module from surges caused by
back emf as the load is switched, it is
important to protect the relay contacts.
This may be achieved by connecting a
suitable Transient Voltage Suppressor, for
example 1N6284CA across the load as shown.
Alternately, for unsupervised applications
switching dc, a diode with a reverse
breakdown voltage of at least ten times the
circuit voltage may be used.
Contact
TRANSIENT
VOLTAGE
SUPPRESSOR
OR DIODE
(UNSUPERVISED
DC ONLY)
Load
INSTALLATION INSTRUCTIONS
FOR M201E OUTPUT MODULE
Table 1: EOL Monitoring Options
Mode Switch
A
Position
Switch B
Position
EOL Device
Load
Std 0
0
47k
Resistor
M200E-EOL-R
See Fig 3,
Note 4
VdS 1
0
Polarised 47
M200E-EOL-RD
See Fig 3,
Note 5
RLY N/A
1
Unsupervised
0786-CPD-20341 07
EN54-17: 2005
EN54-18: 2005
www.acornfiresecurity.com
www.acornfiresecurity.com
