D500-46-00
3
I56-2175-002R
Installation
Remove power from the alarm control unit or initi-
ating device circuits before installing detectors.
1. Detach the detector from the mounting bracket by
rotating the detector 1⁄4 turn counter-clockwise.
2. Orient the mounting bracket properly for either a
flush- or surface-mount installation (Figure 2).
3. Select the pair of mounting holes suitable for the
junction box, (figure 1) and secure the bracket to
the box.
4. Connect the wires to the detector per Figure 3 or
Figure 4, as applicable.
5. Place the detector onto the mounting bracket by
rotating clockwise. The detector will lock into
place with a “click”.
6. After all detectors have been installed, apply
power to the alarm control unit.
7. Test each detector as described in Testing.
8. Reset all the detectors at the alarm control unit.
9. Notify the proper authorities that the system is
in operation.
Testing/Maintenance
The rate-of-rise mechanism may be subject to re-
duced sensitivity over time. Annual testing of the
rate-of-rise operation is therefore recommended.
Before testing, notify the proper authorities that
maintenance is being performed and the system will
be temporarily out of service. Disable the zone or
system undergoing maintenance to prevent any un-
wanted alarms.
Auxiliary
Device
Auxiliary
Device
Auxiliary
Device
Auxiliary
Device
Control
Panel
+
–
OR
EOL
Figure 4. Wiring Diagram – Dual Circuit Models:
Only the ROR element of 5600 series combination
fixed temperature/ROR models (5601P, 5602, 5621,
and 5622) are self-restoring, and may be tested us-
ing a hair dryer or heat gun.
WARNING
When testing the ROR element, to prevent the ac-
tivation of the fixed temperature element, the heat
source must not exceed the fixed temperature rating
of the detector.
WARNING
5600 series fixed temperature models (5603, 5604,
5623, and 5624) are non-resettable, and cannot
be tested.
CAUTION
When using the RRS-MOD with model 2WTA-B, do
not mix the 2WTA-B with other model smoke de-
tectors and dry contact closure devices, including
mechanical heat detectors, manual pull stations and
waterflow switches. Such mixing can cause a direct
short on the auxiliary power terminals, damaging
the control panel’s internal circuitry and/or damage
devices connected to the initiating device circuit.
