Hose Assly R2-3/4",45" Long, StraightDescription: These Hoses are used in hydraulic applications with medium pressure range and low temperature up to 60 Degree. Model: R2 3 4",45" Long Brand: Markwel By Parker Technical Specifications Working Pressure 215 BAR Thread Size 3 4" BSP Total Length 45 INCH Fitting 1 3 4" BSP Straight Female Fitting 2 3 4" BSP Straight Female Hose Type R2 Country of Origin India

43 MM Suction Port: 3/8″ BSP Discharge Port: 3/8″ BSP Min Shaft Speed: 1000 RPM Max Shaft Speed: 4500 RPM Delivery Time:  6-8 Weeks   High strength aluminum extruded body

Technical Specifications Working Pressure 160 BAR Thread Size 1/2" BSP Total Length 35  INCH Fitting -1 1/2" BSP 90° Bend Female Fitting -2 1/2" BSP 90° Bend Female Hose Type R1 Country of Origin India

Valve Type: Flow Control Valve Model No: FG02-30-22801 Make: Yuken India Ltd With/Without Check Valve: Without Check Valve Max

Technical Specifications Working Pressure 400  BAR Thread Size 1/4" BSP Total Length 45  INCH Fitting -1 1/4" BSP 90° Bend Female Fitting -2 1/4" BSP 90° Bend Female Hose Type R2 Country of Origin India

Sub-Plates are available

Technical Specifications Motor Side 15HP Pump Side 3P Length 189 Country of Origin India

5 Too Length 50MM Country of Origin India

Technical Specifications Valve Size NG-6 No of  Stations 5 Country of Origin India

Technical Specifications Working Pressure 215  BAR Thread Size 3/4" BSP Total Length 45  INCH Fitting -1 3/4" BSP 90° Bend Female Fitting -2 3/4" BSP 90° Bend Female Hose Type R2 Country of Origin India

Technical Specifications Working Pressure 180 BAR Thread Size 3/8" BSP Total Length 24  INCH Fitting -1 3/8" BSP 90° Bend Female Fitting -2 3/8" BSP 90° Bend Female Hose Type R1 Country of Origin India

Technical Specifications Working Pressure 275  BAR Thread Size 1/2" BSP Total Length 25  INCH Fitting -1 1/2" BSP 90° Bend Female Fitting -2 1/2" BSP 90° Bend Female Hose Type R2 Country of Origin India

Hydac Diaphragm Accumulator are well suited for applications where smaller fluid volumes and flow rates are adequate and that require or involve: