AMI UCFC208C Flange Block Bearings
YOU’LL TIMKEN Manufacturer Name FIND AN EXTENSIVE SELECTION 0.0 Inventory OF BEARING MANUFACTURING DE MEXICO,S.A.DE C.V. AMI UCFC208C Flange Block Bearings 0.104 Weight FOR SALE.
What is UCFC208C bearing cross reference？
| Brand Name: |
AMI |
| Model Number: |
UCFC208C |
| Shaft Key: |
45.0 LB |
| Pump Series: |
Flange Mount |
| Major Diameter [Max: |
Left Hand (CCW) |
| Shaft End Pressure [Max: |
2520VQ21A8-1CC20-LH |
| Relief Valve Setting: |
2 1/2 |
| Pilot Type: |
Flange |
| Weight: |
3/16 in |
| Displacement Cover End (cu in/revolution): |
Standard Pilot |
Product Details
| Shaft Key |
45.0 LB |
| Pump Series |
Flange Mount |
| Major Diameter [Max |
Left Hand (CCW) |
| Shaft End Pressure [Max |
2520VQ21A8-1CC20-LH |
| Relief Valve Setting |
2 1/2 |
| Pilot Type |
Flange |
| Weight |
3/16 in |
| Displacement Cover End (cu in/revolution) |
Standard Pilot |
| Shaft End Flow @ RPM |
0.875 in |
| Pressure Port Size, Cover End |
Straight w/ Key |
| Shaft Length |
2520VQ |
| Cover End Pressure [Max |
1 15/16 in |
| Shaft End RPM [Max |
Buna-N |
| Model No. |
2500 |
| Cover End RPM [Max |
N/A |
| Minor Diameter |
SAE B, 2 Bolt |
| Major Diameter [Min |
Single Shaft Seal |
| Port Orientation - Cover End |
N/A |
| Mounting |
2700 |
| Rotation |
2500 |
| Displacement Shaft End (cu in/revolution) |
N/A |
| Shaft Type |
8 gal/min @ 1200 rpm, 12 gal/min @ 1800 rpm |
| Controlled Flow Rate |
N/A |
| Shaft Dia. |
N/A |
| Port Type |
N/A |
| Minor Diameter [Max |
N/A |
| Seal Material |
N/A |
| Manufacturer Part No. |
21 gal/min @ 1200 rpm, 31.5 gal/min @ 1800 rpm |
| Shaft Seal Type |
2520VQ21A8-1CC20-LH |
| GPM @ 1,800 rpm, Cover End |
3000 |
| Port Size |
3000 |
| Minor Diameter [Min |
12 |
| Port Orientation - Shaft End |
31.5 |
| Mounting Flange |
w/o Integral Valves |
| Pressure Port Size, Shaft End |
Outlet 45° CW from Inlet |
| GPM @ 1,800 rpm, Shaft End |
Outlet Inline w/Inlet |
| Max. RPM [Max |
3/4 in Flange |
| Spline Description |
1 in Flange |
| Cover End Flow @ RPM |
1.67 |
| Integral Valve Configuration |
4.12 |