Briggs & Stratton 71035 Manuel D'installation Et D'utilisation page 8

6. As an optional step, install supplied fuse holder in
automatic transfer switch enclosure. Shown here is a
typical install location. Clear all metal shavings!
Add
GENERATOR
240VAC
decal
Interior of
automatic
transfer
switch
fuse holder
NOTE: If not using optional fuse holder, please follow
wiring decal attached to enclosure (see Wiring Decal).
7. Attach supplied "GENERATOR 240VAC" decal in close
proximity to optional fuse holder, if used.
NOTE: To satisfy separation of circuit requirement, low
voltage (Class 2) wiring must enter the enclosure 2 inches
(5 cm) away from the top of the board transformer.
See System Setup.
8. If optional fuse holder is used, perform steps 9 and
10 and omit step 11. If optional fuse holder is NOT
used, omit steps 9 and 10 and continue with step 11.
9. Using installer supplied 300VAC or greater wire and
supplied 1/4" single male, single female lugs, connect
generator 240VAC from generator side of transfer
switch to optional fuse holder installed in step 6. The
transfer switch and fuse holders are supplied with
1/4" male spade connectors.
1/4" single male,
single female lug
10. Using installer supplied 300VAC or greater wire and
supplied 1/4" single female lugs, connect opposite
end of the optional fuse holder installed in step 6 to
terminal block in power management system labeled
"240VAC GENERATOR". Proceed to step 12.
8
Add
supplied
1/4" single
female lug
11. Using installer supplied 300VAC or greater wire and
supplied 1/4" single male, single female lugs, connect
generator 240VAC from generator side of transfer
switch to terminal block in power management system
labeled "240VAC GENERATOR".
12. Remove current transformers from current transformer
kit, cut two pole connector ends off of current
transformer leads and discard. Strip wires and place in
supplied compact terminal blocks.
13. Using installer supplied 300VAC or greater wire, run
wires from compact terminal blocks to control module
terminal block labeled "CT1" and "CT2".
14. Using installer supplied 300VAC or greater wire,
connect C (Common) and NO (Normally Open)
terminals on terminal block J9 of control module
in transfer switch to control module terminal block
labeled "TS COM" (see Wiring Decal) in power
management system.
15. Wire air conditioning control wiring to control module
terminal block labeled "A1", "A2", "A3", and "A4" in
power management system.
NOTE: A1 is for air conditioner 1. A2 is for air conditioner 2.
A3 and A4 are lockout's during power outage.
16. For 120VAC selected loads, remove wire from selected
load circuit breaker.
17. Connect the selected load wire to terminal block in
enclosure labeled "LOAD1" for priority 1 load.
18. Using installer supplied 300VAC or greater wire,
connect selected load circuit breaker to terminal block
in enclosure labeled "LINE" for priority 1 load.
19. Repeat steps 16 through 18 for all other 120VAC
priorities using terminals "LOAD2" through "LOAD4".
20. For 240VAC selected loads, remove both wires from
selected load circuit breaker.
21. Connect both wires from the selected load to terminal
block in enclosure labeled "LOAD1" for priority 1 load.
22. Using installer supplied 300VAC or greater wire,
connect selected load circuit breaker to terminal block
in enclosure labeled "LINE" for a priority 1 load.
23. Repeat steps 20 through 22 for all other 240VAC
priorities using terminals "LOAD2" through "LOAD4".
24. Tighten all wire connections/fasteners to proper torque.
See label inside power management system for proper
torque values.
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