Solenoid Operated Direction Control Valve, DSG01-3C4-A120-N1-51, YUKENName: Solenoid Operated Direction Control Valve, DSG01 3C4 A120 N1 51 Yuken India Ltd Model: DSG01 3C4 A120 N1 51 Make: YUKEN INDIA LTMITED Description: High Pressure & High Flow Rate, Low Pressure Drop, Compact & Small Mass, Shockless type available, Stable Operation, IP65 equivalent high dust and water proof, Usable in products of various standards Weight: 2. 2 KG Working Pressure(BAR): 315 Flow(LPM): 63 Coil Voltage: A120 1 8 Solenoid Operated

Model: MPB-01-4-40H01

Technical Specifications Working Pressure 630 Bar Tube OD 8S Thread Size G3/8 Material Carbon Steel Country of Origin  India

In the "A16" pump

Technical Specifications Working Pressure 105  BAR Thread Size 3/4" BSP Total Length 16  INCH Fitting -1 3/4" BSP Straight Female Fitting -2 3/4" BSP Straight Female Hose Type R1 Country of Origin India

Model: PVM50-F-F-36-RAA-3180H01 Brand: Yuken India Ltd Technical Specifications Min Shaft Speed : 600 RPM

Model: FSB-05

6 KG Working Pressure(BAR): 315 Flow(LPM):  63 Coil Voltage:  A240 Delivery Time:  6-8 Weeks 1/8 Solenoid Operated Directional Valves

Technical Specifications Motor Side 50 HP Pump Side PVR150/3P Length 250 Material Cast Iron Country of Origin India

Description: These valves may be used to shift the direction of oil flow by depressing the spool by way of a cam   Model: DCG01-2B2-40 Make: Yuken India Ltd Technical Specifications Working Pressure 210 Bar Maximum Flow 30 LPM Country Of Origin India

Technical Specifications Working Pressure 88  BAR Thread Size 1" BSP Total Length 24  INCH Fitting -1 1" BSP Straight Female Fitting -2 1" BSP Straight Female Hose Type R1 Country of Origin India

DSG01-3C5-D12-N1-51-Yuken India Ltd Model:DSG01-3C5-D12-N1-51 Make: YUKEN INDIA LTMITED Description: High Pressure & High Flow Rate

Technical Specifications Working Pressure 330  BAR Thread Size 3/8" BSP Total Length 22  INCH Fitting -1 3/8" BSP Straight Female Fitting -2 3/8" BSP 90° Bend Female Hose Type R2 Country of Origin India