TP-5660 11/98
Scheduled Maintenance 19
4.1.1
General Inspection
External Inspection
Keep the transfer switch clean
and in good condition by performing a weekly general
external inspection of the transfer switch for any
condition of vibration, leakage, noise, temperature,
contamination,
or
deterioration.
Remove
accumulations of dirt, dust, and other contaminants
from the transfer switch’s external components or
enclosure with a vacuum cleaner or by wiping with a dry
cloth or brush.
Do not use compressed air to clean the
switch because it can cause debris to lodge in the
components and cause damage.
Replace any worn,
missing, or broken external components with
manufacturer-recommended
replacement
parts.
Contact a local authorized service center for specific
part information and part ordering.
Tighten loose
external hardware.
Internal Inspection
Disconnect all power sources,
open the transfer switch enclosure door, and inspect
internal components monthly or when any condition
noticed during an external inspection may have affected
internal components.
Contact an authorized service center to inspect and
service the transfer switch if any of the following
conditions are found inside the transfer switch.
D
Accumulations of dirt, dust, moisture, or other
contaminants
D
Signs of corrosion
D
Worn, missing, or broken components
D
Loose hardware
D
Wire or cable insulation deterioration, cuts, or
abrasion
D
Signs of overheating or loose connections:
discoloration of metal, melted plastic, or a burning
odor
D
Other evidence of wear, damage, deterioration, or
malfunction of the transfer switch or its
components.
If the power interruption required to perform an internal
inspection is unacceptable in the application, have an
internal inspection performed by an authorized service
center.
4.1.2
Other Inspections and Service
Have an authorized service center perform scheduled
maintenance, service, and other maintenance that
ensures the safe and reliable operation of the transfer
switch including annual inspection and testing. See
Section 4.3— Service Schedule for the recommended
maintenance items and service intervals.
Have an authorized service center repair or replace
components inside the transfer switch enclosure with
manufacturer-recommended replacement parts.
4.2 Testing
4.2.1
Weekly Generator Set Exercise
Use a plant exerciser or manual test to start and run the
generator set under a load once a week to maximize the
reliability of the emergency power system. See the logic
controller operation and installation manual for the
procedure to exercise the generator set. See List of
Related Materials in the Introduction section in this
manual.
4.2.2
Monthly Automatic Control
System Test
Test the transfer switch’s automatic control system
monthly.
See the logic controller operation and
installation manual for the test procedure. Verify that the
expected sequence of operations occurs as the switch
transfers the load to the emergency source when a
normal source failure occurs or is simulated. Observe
the indicators (incandescent lamps and LEDs) included
on the transfer switch to check their operation. When
the switch transfers the load to the emergency source
(after a time delay in the off position on programmed
transition units), end the test and verify that the
expected sequence of operations occurs as the transfer
switch retransfers to the available normal source (after a
time delay in the off position on programmed transition
units) and signals the generator set to shut down after a
cooldown period.
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Страница 30: ...TP 5660 11 98 22 Diagrams and Drawings Notes...
Страница 31: ...TP 5660 11 98 Diagrams and Drawings 23 Enclosure Dimensions Drawing 40 260 Amp NEMA Type 1 and Type 3R ADV 6180...
Страница 32: ...24 Diagrams and Drawings TP 5660 11 98 Enclosure Dimensions Drawing 400 Amp NEMA Type 1 and Type 3R ADV 5934 C...
Страница 34: ...26 Diagrams and Drawings TP 5660 11 98 Enclosure Dimensions Drawing 600 1200 Amp NEMA Type 12 ADV 5936B B...
Страница 35: ...TP 5660 11 98 Diagrams and Drawings 27 Enclosure Dimensions Drawing 1600 2000 Amp NEMA Type 1 ADV 5941 E...
Страница 38: ...30 Diagrams and Drawings TP 5660 11 98 Enclosure Dimensions Drawing 2500 3000 Amp NEMA Type 1 ADV 6242 B...
Страница 45: ...TP 5660 11 98 Diagrams and Drawings 37 Schematic Diagram S340 Logic 600 1200 Amp 321096 C...
Страница 46: ...38 Scheduled Maintenance TP 5660 11 98 Schematic Diagram S340 Logic 1600 3000 Amp 321097 A...
Страница 52: ...44 Scheduled Maintenance TP 5660 11 98 Schematic Diagram S340 Logic 400 Amp with Programmed Transition 321098 B...
Страница 54: ...46 Diagrams and Drawings TP 5660 11 98 Schematic Diagram M340 Logic 600 1200 Amp 321287 C...
Страница 55: ...TP 5660 11 98 Diagrams and Drawings 47 Schematic Diagram M340 Logic 1600 3000 Amp 321301 B...
Страница 61: ...TP 5660 11 98 Diagrams and Drawings 53 Schematic Diagram M340 Logic 400 Amp with Programmed Transition 321300 B...
Страница 70: ...TP 5660 11 98 62 Installation Notes...