| REPLACEMENT PARTS
LIST:
ITEM NUMBER |
PART NUMBER |
COMPONENT DESCRIPTION
|
1a |
XX48400 |
1/2 HP MOTOR |
1b |
XX48420 |
3/4 HP MOTOR |
1c |
XX48440 |
1 HP MOTOR |
1d |
XX48460 |
1-1/2 HP MOTOR |
1e |
XX48480 |
2 HP MOTOR |
1f |
XX79250 |
3 HP MOTOR |
| 1g |
XX45500 |
5 HP MOTOR |
2 |
MC77000 |
COUPLING HALF (PUMP SIDE) |
| 3a |
MC79000 |
COUPLING HALF (UP TO 2 HP MOTOR) |
3b |
MC83000 |
COUPLING HALF (3 & 5 HP MOTOR) |
4 |
MC84000 |
COUPLING INSERT |
| 5 |
SF10000 |
FILTER INDICATOR GAGE |
| 6 |
SE10500 |
FILTER ELEMENT |
| 7 |
XX45850 |
RETURN LINE TUBE |
| 8 |
SA60000 |
FILLER/BREATHER |
| 9 |
SA77500 |
SUCTION STRAINER |
| 10 |
S230000 |
RELIEFT CARTRIDGE |
| 11 |
DM39000 |
DO3 SUBPLATE |
12 |
SG45000 |
GAGE 0-3000 PSI |
13 |
XX45851 |
PRESSURE LINE HOSE |
| 14a |
P515000 |
GEAR PUMP .114 CU.IN./REV |
14b |
P515050 |
GEAR PUMP .168 CU.IN./REV |
14c |
P515100 |
GEAR PUMP .210 CU.IN./REV |
| 14d |
P515150 |
GEAR PUMP .262 CU.IN./REV |
| 14e |
P515200 |
GEAR PUMP .329 CU.IN./REV |
| 14f |
P515250 |
GEAR PUMP .404 CU.IN./REV |
| 14g |
P515300 |
GEAR PUMP .522 CU.IN./REV |
14h |
P515350 |
GEAR PUMP .641 CU.IN./REV |
15 |
HA80000 |
SIGHT LEVEL GAGE |
16 |
HA58750 |
DRAIN PLUG |
|
OPERATING NOTES:
- Jog the electric motor once and verify that the electric
motor is rotating in the same direction as the arrow on
the electric motor housing. If the direction is incorrect,
reverse two of the three leads on a 3- phase electric
motor.
- VT- SERIES POWER UNITS are tested and pressure
control valves are factory preset. If adjustments are
needed, follow the procedure below:
Begin adjusting pump compensator to increase the pressure
gradually. NOTE: Do
not exceed maximum pressure setting as stated on unit
nametag. The maximum pressure setting is a function
of the electric motor H. P. and pump combination. Contact
your Advance Motion Control representative for assistance.
- If pump fails to prime, vent pump discharge to atmosphere
to establish fluid flow.
-
Reservoir temperature should not exceed
150°F. System reliability and component service life
will be reduced when system is operating at higher temperatures.
Always take an oil temperature reading at the reservoir,
not at a component or any of the tubing.
-
Clean fluid
= system reliability and longer component service
life, change filter element whenever filter indicator indicates
dirty element condition.
-
It is recommended that
every
4,000 operating hours or once a year, whichever
occurs first, the filler/ breather cap and suction
strainer should be replaced.
-
Premium quality hydraulic oil with a viscosity
range between 150-250 SSU (30- 50 cst.) at 100°F. (38°C.).
Normal operating viscosity range between 80- 1000 SSU
(17-180 cst.). Oil should have maximum anti- wear properties,
rust
and oxidation treatment.
-
Advance Motion Control offers
an oil sampling kit which can be used to ascertain
the condition of the system fluid.
-
Consult Advance Motion
Control when the system fluid is exceeding 150°F
(71°C.)
during operation.
For maximum pump and system component
life, the system should be protected from contamination
at a level not to exceed 125 particles greater than
10 microns per milliliter of fluid. (SAE Class 4/ISO
16/13.) Due to the nature of variations in pump
inlet conditions, fluid acceleration losses, system
aeration, and duty cycle must be carefully considered
before specifying suction line filtration. Contact
your Advance Motion Control representative for assistance.
-
Set up a regular schedule for checking
the oil temperature, sampling the oil and replacing
the filter.
-
Inspect filter elements that have been
removed from
the system for signs of failure which may indicate
that the service interval should be shortened
and of impending system problems.
-
Never reuse in
the system any fluid that has leaked out.
-
Always keep the fresh fluid supply
covered tightly.
-
Use clean containers, hoses, and funnels
when filling the reservoir. Use of an Advance Motion
Control filter cart is highly recommended.
-
Take precautions
to prevent entry of dirt into
components that have been temporarily
removed from
the system.
-
Make sure that the clean
out cover, filler
cap, and through hole accessories
are properly fastened
to the reservoir.
-
Do
not run the system unless all normally
provided filtration
devices are in place.
-
Keep the
system
clean. A
thick
layer
of
dirt acts
as
an insulator. It
will
prevent
the
hydraulic
system
from
getting rid
of
heat.
|
