Vanair ADHD Powertech - Hydraulic Motor, Functional Description; Electrical System, Functional Description

DESCRIPTION Section 2 - Pg 08
2.8 Hydraulic Motor, Functional Description
The hydraulic motor is used to power the compressor unit. If the proper flow and
pressure is supplied to the motor there should be many hours of trouble free use in
conjunction with the compressor.
Vanair
®
does not supply or recommend any other hydraulic system component
information. It is recommended that the person installing a Vanair hydraulic driven
compressor seek in their area a reputable hydraulic supplier for the hydraulic components
(i.e: pump, relief valve, oil cooler, flow control, hosing, reservoir).
Following is a list of flows and pressures for the appropriate compressor model.
C.F.M.
Nominal
Air Pressure
PSIG
Compressor Speed
R.P.M.
H.P.
Min. Recom.
System Pressure
Oil Flow
G.P.M.
85
100
1460
23.3
2300
20.5
85
150
1460
29.4
2700
20.5
125
100
1330
30.2
2200
26.4
125
150
1330
37.8
2700
26.4
160
100
1675
39.2
2300
33.5
160
150
1675
48.7
2700
33.5
185
100
1920
45.6
2400
38.5
185
150
1920
57.1
2900
38.5
2.9 Electrical System, Functional Description
The electrical system is comprised of not only the necessary equipment required to
operate the compressor, but also a system to shut it down in the event of a malfunction.
The components of the electrical system are a compressor discharge temperature
switch (which will shut down the compressor should the compressor temperature exceed
240ºF).