
Bosch Rexroth R920010401 Part No. R920010401 Clamping and Drive Module Distribution
R920010401 Bosch Rexroth UPE2 Clamping and Drive Module (51142) IH15A Control Module for implementing complete hydraulic control. They can be equipped and assembled individually. Directional valve modules and seat valve modules can be combined with each other, and the control module can be directly connected to the clamping and drive module UPE2. However, with the aid of external accessory modules, the hydraulic control unit can also be installed in any system. The RBAIH15A type reduction module enables the IH15A module to be directly mounted on conventional
- SKU
- _P004677430
- Category
- Bosch Rexroth Clamping and Drive Modules
- Brand
- R920010401
- Tags
- Clamping and Drive Module / Bosch Rexroth / Rexroth control module / R920010401
R920010401 Overview of Accessory Modules for Clamping and Drive Modules
1) Basic Module "G": – Basic module with integrated relief valve for simple lowering and holding functions. – If the basic module "G" is used, further stacking is not feasible. – For more details, see the brochure "Control Block Types for Clamping and Drive Modules IH15A". 2) Directional Valve Module "W" 1): – Design allowing control using valves with port mounting surfaces conforming to DIN 24340 Form A. – The number of directional valve modules depends on the discharge volume and pump displacement. – For more details, see the brochure "Control Block Types for Clamping and Drive Modules IH15A". 3) Seat Valve Module "S" 1): – The basic composition of the seat valve includes: • One relief valve block. • One or several control blocks. • One end block. – Control is designed according to the specific application. – The number of seat valve modules depends on the discharge volume and pump displacement. – For more details, see the brochure "Control Block Types for Clamping and Drive Modules IH360A". Directional valve modules and seat valve modules can be combined!
R920010401 Clamping and Drive Module Design Types and Requirements
1) Toggle or knee-joint clamping device: This design utilizes the mechanical characteristics of a toggle mechanism to provide the mold clamping force required during material injection. Mechanical toggle clamping offers fast closing and opening speeds and is lower in cost compared to other clamping devices. The main disadvantage is that the clamping force cannot be precisely controlled; for this reason, it is only suitable for small machines. 59) Hydraulic clamping device: These systems use fluid pressure to open and close the clamp and generate the mold clamping force required during material injection. The advantages of this design type are high reliability and precise control of clamping force. The disadvantages are that hydraulic systems are relatively slow and expensive compared to toggle clamping devices. After the mold opens, the molded part tends to shrink and stick to the mold core (usually the half-mold farthest from the injection unit), and must be demolded using an ejector plate provided by the mold system. Design requirements: The clamping performance of the clamping device will directly affect the machining quality, production efficiency, surface roughness, and labor intensity of the workpiece. Therefore, the following basic requirements should be followed when designing clamping devices. (1) During the clamping process, the workpiece must not move. The clamping device must ensure reliable positioning of all locating surfaces of the workpiece, without altering the correct position occupied by the workpiece after positioning. (2) Clamping deformation of the workpiece should be minimized as much as possible. This requires that the clamping force be appropriate; while ensuring the clamping force required for machining, it must not cause deformation beyond what is permissible for machining accuracy. (3) The clamping device must be reliable and safe. This requires the clamping device to have sufficient clamping travel and a reliable self-locking function. (4) The clamping device must be practical and economical. This requires the clamping action to be rapid, operation to be convenient and labor-saving, and the device to be easy to manufacture and maintain, with standardized components used wherever possible.
R920010401 Motors for Clamping and Drive Modules
Clamping and drive modules are designed for operating modes of short-time duty S2 and intermittent duty S3 within the nominal power range, in accordance with standard VDE 0530 (EN 60034). The motors comply with insulation class F, and the entire clamping and drive module complies with protection rating IP 54. The direction of rotation of the motor depends on the installed pump (see "Technical Data" on page 4 for this point). Motor Technical Data Voltage 1) U V 230 / 400 ±6 % Δ/Y. Frequency f Hz 50 / 60. Operating Mode S2 Short-time duty, S3 Intermittent duty. Insulation Class F (winding). Protection Rating IP 54. Number of Poles 2 / 4. Electromagnetic Compatibility (EMC) of the Equipment (EMVG): According to the provisions of the EEC Directive "Act on Electromagnetic Compatibility of Equipment (Chapter 2, Section 4)", the clamping and drive module is not a ready-to-use device. To avoid potential electromagnetic interference, we recommend using interference suppression components manufactured by Murr-Elektronik company in 71570 Oppenweiler. For example, Type 23050, 3 x 400 VAC, 50-405 Hz. Terminal Assignment: Terminal assignment in the terminal box on the clamping and drive module.
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