0.60 cu in CRS V10-1P3P-1C20 Vane Pump

Item Number: 9-8532-3

Price: $230.40

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0.60 cu in CRS V10-1P3P-1C20 Vane Pump

0.60 cu in CRS V10-1P3P-1C20 Vane Pump

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Description

DESCRIPTION

CRS V10 VANE PUMP
Brand new, CRS hydraulic balanced vane pumps. Cast iron construction. Operating rotation can be field reversed. Outlet port can be field rotated any position. (Click here to see our complete selection of V10 and V20 pumps)

SPECIFICATIONS

Model # CRS V10-1P3P-1C20
Disp. 0.60 cu. in. / rev.
Pump Type Vane
Rotation CW
Pressure:
2500 PSI cont.
Speed:
600 RPM min.
4000 RPM max.
Flow:
9.4 GPM @ max. RPM
Mount 2 bolt SAE A
Shaft 3/4" dia. X 1-3/4" w/ 3/16" key
Inlet Port 1" NPT
Outlet Port 1/2" NPT
Size 4-7/8" X 5-1/4" X 4-1/4"
Shpg. 15 lbs.

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Showing Questions of 4

Is this pump capable of side load? Would like to power from a pulley.

A: Yes, this design is capable of side load.
Date Submitted: 02/28/2018

With this vane pump is your gpm and your rpm directly proportional

A: Within the specifications of the rpm constraints, yes.
Date Submitted: 01/11/2018

I have an 11 hp Honda GX340, will it run this or can I run a bigger pump?, it looks like the larger pumps are lower max speeds and thus may be an issue???

A: An 11 Hp engine when running at full speed (3600 rpm), will be able to continuously pump up to 4.8 gpm at 2500 psi. This pump at 3600 rpm would flow 9.35 gpm, and with the available horsepower would only be able to achieve 1200 psi on a continuous basis.
Date Submitted: 11/10/2017

0.60 cu in CRS V10-1P3P-1C20 Vane Pump

Item Number: 9-8532-3

0.60 cu in CRS V10-1P3P-1C20 Vane Pump

0.60 cu in CRS V10-1P3P-1C20 Vane Pump

Showing Questions of 4

Is this pump capable of side load? Would like to power from a pulley.

A: Yes, this design is capable of side load.
Date Submitted: 02/28/2018

With this vane pump is your gpm and your rpm directly proportional

A: Within the specifications of the rpm constraints, yes.
Date Submitted: 01/11/2018

I have an 11 hp Honda GX340, will it run this or can I run a bigger pump?, it looks like the larger pumps are lower max speeds and thus may be an issue???

A: An 11 Hp engine when running at full speed (3600 rpm), will be able to continuously pump up to 4.8 gpm at 2500 psi. This pump at 3600 rpm would flow 9.35 gpm, and with the available horsepower would only be able to achieve 1200 psi on a continuous basis.
Date Submitted: 11/10/2017

What does CW mean for direction of rotation?

A: That means Clockwise rotation
Date Submitted: 05/12/2014

0.60 cu in CRS V10-1P3P-1C20 Vane Pump

0.60 cu in CRS V10-1P3P-1C20 Vane Pump

Item Number: 9-8532-3

0.60 cu in CRS V10-1P3P-1C20 Vane Pump

0.60 cu in CRS V10-1P3P-1C20 Vane Pump

Showing Questions of 4

Is this pump capable of side load? Would like to power from a pulley.

A: Yes, this design is capable of side load.Date Submitted: 02/28/2018

With this vane pump is your gpm and your rpm directly proportional

A: Within the specifications of the rpm constraints, yes.Date Submitted: 01/11/2018

I have an 11 hp Honda GX340, will it run this or can I run a bigger pump?, it looks like the larger pumps are lower max speeds and thus may be an issue???

A: An 11 Hp engine when running at full speed (3600 rpm), will be able to continuously pump up to 4.8 gpm at 2500 psi. This pump at 3600 rpm would flow 9.35 gpm, and with the available horsepower would only be able to achieve 1200 psi on a continuous basis.Date Submitted: 11/10/2017

What does CW mean for direction of rotation?

A: That means Clockwise rotationDate Submitted: 05/12/2014

0.60 cu in CRS V10-1P3P-1C20 Vane Pump

A: Yes, this design is capable of side load.
Date Submitted: 02/28/2018

A: Within the specifications of the rpm constraints, yes.
Date Submitted: 01/11/2018

A: An 11 Hp engine when running at full speed (3600 rpm), will be able to continuously pump up to 4.8 gpm at 2500 psi. This pump at 3600 rpm would flow 9.35 gpm, and with the available horsepower would only be able to achieve 1200 psi on a continuous basis.
Date Submitted: 11/10/2017

A: That means Clockwise rotation
Date Submitted: 05/12/2014