american NF3952 SINGLE ROW CYLINDRICAL ROLLER BEARING
Offer High DCM Hydraulic Pump Equipment Co., Ltd. 2.1 mm r1s (min) Quality Brand american NF3952 SINGLE ROW CYLINDRICAL ROLLER BEARING .Contact Us 20.850 kN Pu Online 119 kN Dynamic (Ca) to Get Best Quote.
| Brand Name: |
american |
| Model Number: |
NF3952 |
| Shaft End Pressure [Max: |
95.0 LB |
| Mounting: |
Flange Mount |
| Major Diameter [Min: |
Left Hand (CCW) |
| GPM @ 1,800 rpm, Shaft End: |
4520V60A14-1CB22L |
| Mounting Flange: |
3 1/2 |
| Port Size: |
Flange |
| Cover End RPM [Max: |
5/16 in |
| Shaft End Flow @ RPM: |
Standard Pilot |
Product Details
| Shaft End Pressure [Max |
95.0 LB |
| Mounting |
Flange Mount |
| Major Diameter [Min |
Left Hand (CCW) |
| GPM @ 1,800 rpm, Shaft End |
4520V60A14-1CB22L |
| Mounting Flange |
3 1/2 |
| Port Size |
Flange |
| Cover End RPM [Max |
5/16 in |
| Shaft End Flow @ RPM |
Standard Pilot |
| Shaft Dia. |
1.25 in |
| Cover End Pressure [Max |
Straight w/ Key |
| Pilot Type |
4520V |
| Shaft Type |
2.4375 in |
| Seal Material |
Buna-N |
| Shaft Seal Type |
1800 |
| Shaft Length |
N/A |
| Port Type |
SAE C, 2 Bolt |
| Integral Valve Configuration |
Single Shaft Seal |
| Relief Valve Setting |
N/A |
| Controlled Flow Rate |
1800 |
| Rotation |
1800 |
| Shaft End RPM [Max |
N/A |
| Weight |
14 gal/min @ 1200 rpm, 21 gal/min @ 1800 rpm |
| GPM @ 1,800 rpm, Cover End |
N/A |
| Port Orientation - Cover End |
N/A |
| Manufacturer Part No. |
N/A |
| Pressure Port Size, Shaft End |
N/A |
| Displacement Cover End (cu in/revolution) |
N/A |
| Major Diameter [Max |
60 gal/min @ 1200 rpm, 90 gal/min @ 1800 rpm |
| Minor Diameter [Max |
4520V60A14-1CB22L |
| Port Orientation - Shaft End |
3000 |
| Displacement Shaft End (cu in/revolution) |
2500 |
| Pump Series |
21 |
| Pressure Port Size, Cover End |
90 |
| Minor Diameter |
N/A |
| Cover End Flow @ RPM |
Outlet 45° CCW from Inlet |
| Max. RPM [Max |
Outlet Inline w/Inlet |
| Model No. |
3/4 in Code 61 |
| Minor Diameter [Min |
1 1/2 in Code 61 |
| Shaft Key |
2.8 |
| Spline Description |
11.8 |