N200-102-00
5
I56-3947-202
Table 2: Wiring Terminal Designations
(Note - Terminals marked CH2 will only be available on 2 channel
models)
No.
Function
1
Ext Power In +
Primary PSU
T1
2
Ext Power In -
Primary PSU
3
Aux Power In +
Not used in default
4
Aux Power In -
Not used in default
5
NC Alarm Relay
CH1
T2
6
C Alarm Relay
CH1
7
NO Alarm Relay
CH1
8
NC Alarm Relay
CH2
T3
9
C Alarm Relay
CH2
10
NO Alarm Relay
CH2
11
NC Fault Relay
CH1
T4
12
C Fault Relay
CH1
13
NO Fault Relay
CH1
14
NC Fault Relay (AUX)
CH2
T5
15
C Fault Relay (AUX)
CH2
16
NO Fault Relay (AUX)
CH2
17
Sounder Output 1 -
47 k-ohm EOL Resistor
T6
18
Sounder Output 1 +
19
Sounder Output 2 -
47 k-ohm EOL Resistor
T7
20
Sounder Output 2 +
21
Configurable Input +
(Reset)
Default is active = short circuit
(unsupervised)
T8
22
Configurable Input -
(Reset)
23
Not Used
T9
24
Loop out -
25
Loop switched out +
To use isolator
26
Loop in -
T10
27
Loop in +
28
Loop not switched out +
Internally connected to 27
RELAY
ACTION:
NOTES
ALARM 1 or 2
Controlled by panel when it determines
alarm condition has been met.
Set ON and OFF by panel; not latched
FAULT 1 or 2
When FAULT CONDITION on Ch1 or Ch2
or a common FAULT occurs. Fault is also
signalled when in Service Mode and when
the device is unpowered.
Fault state is not latched.
SOUNDER 1 or 2
Set ON when a channel is in ALARM.
Sounder 1 corresponds to Ch1 and
Sounder 2 corresponds to Ch2
Default condition = set on in ALARM.
Table 3: Relays
Fitting the Terminal Blocks
To insert the terminal blocks into the unit use the following method:
1 Insert a corner of the block into the slot (see
a
).
2 Push the length of the block into the slot until the block ‘clicks’
into place, the 2 upper hooks on the block should be visible
(see
c
).
a
b
c
Table 3a: Relay Electrical Specification
SPECIFICATION MIN MAX
UNITS
COMMENTS
Contact Rating
2
0.5
A
A
30 VDC resistive load
30 VAC resistive load
Life Time
10
5
Operations
1N6284CA
FAAST LT
FAAST LT
C
L
FAAST LT
R
L/C
WARNING: Switching Inductive Loads
I
nductive loads can cause switching surges, which may
damage the module relay contacts (see above).
To protect the relay contacts, connect a suitable Transient
Voltage Suppressor (for example 1N6284CA ) across the
load as shown.
Alternatively, for unsupervised DC applications, fit a diode
with a reverse breakdown voltage greater than 10 times the
circuit voltage.
