GrabCAD 模型信息
Mill Type Cylinder - Double Rod Cylinder(CG) - (BOSCH , Rexroth) Range H1. - CGH1 MT4 (Trunnion). - Bore Diameter D=320 mm. - With Stroke Length S=1500 mm. · 模型 119950
The Rexroth CGH1 MT4 you specified is a standard heavy-duty mill-type cylinder with a trunnion mounting, and it is capable of supporting your requested 320 mm bore and 1500 mm stroke. 📊 Technical Specifications & Dimensions The following table compiles the key specifications for your cylinder configuration from the official Bosch Rexroth documentation . Parameter Specification for 320mm Bore / MT4 Mounting Cylinder Series CGH1 (Mill Type Double Rod Cylinder) Mounting Style MT4 – Trunnion mount Nominal Pressure 250 bar (25 MPa) Piston Diameter (ØAL) 320 mm Piston Rod Diameter (ØMM) 200 mm or 220 mm (Standard options) Stroke Length 1500 mm (Series max up to 6000 mm) Trunnion Position (XV) 431 mm (From the cylinder base) Retracted Length (ZP) Determined by stroke, rod diameter, and options Key Dimension Data (MT4) : Piston Rod Thread (KK): M160x4 Port Thread (EE): G1 1/2 Trunnion to Head (X1): 243 mm Trunnion Diameter (D): 490 mm ⚙️ Important Ordering Notes Trunnion Position: The XV dimension (trunnion position from the cylinder base) is freely selectable. You must specify this value in plain text when ordering . The value shown in the table (431 mm) is the standard position for a 320mm piston as per the dimension table, but you should confirm it fits your machine's geometry. Ordering Code: Your complete Rexroth ordering code would follow a structure like CGH1MT4/320/[Rod Diameter]/1500A3X/B11.... You must specify the piston rod diameter (choose 200 or 220 mm) and other options like cushioning and seal type to complete the order .
- 格式
- Other、Parasolid
- 分类
- Components、Machine design、Robotics
- 标签
- engineeringsolu、rexrothparts、hydraulicparts、heavyequipment、industrialautomation、industrialhydraulics、hydraulics、bosch、rexroth、boschrexroth、hydrauliccylinder、doublerodcylinder、milltypecylinder、cgh1mt4、cgh1、trunnionmount、mt4mounting
- 数据更新
- 2026-10-11T00:13:11Z
