Home Bosch Rexroth Indramat VT-VPCD Drives VT-VPCD-1-17-V0/1-0-1

VT-VPCD-1-17-V0/1-0-1

Name: VT-VPCD-1-17-V0/1-0-1
Brand: Bosch Rexroth Indramat
Price: 153 USD
Availability: InStock
Rating: 4.3 (16 reviews)

Straightforward Pricing: No Rush Fees, No Credit Card Fees

MPN: R901044346

In-Stock, Ships 3-5 Days

Current response time:

4 Minutes 56 Seconds

The VT-VPCD-1-17-V0/1-0-1 digital control unit is manufactured by Bosch Rexroth Indramat. This unit weighing 0.2 kg operates with 24 VDC voltage and 3.5 A current consumption. It is not equipped with a bus connection configuration.

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Product Description

Bosch Rexroth can always be trusted to deliver engineering products with futuristic technology. Its VT-VPCD digital controller amplifiers are compact devices for operating axial piston pumps of type A4VS… with HS4 control. HS4 control is used for the electrohydraulic closed-loop control of swivel angle and pressure.

The VT-VPCD-1-17-V0/1-0-1 is a VT-VPCD digital control amplifier model designed and manufactured by Bosch Rexroth. It is fitted with a clocked, current-regulated output stage and digital inputs for calling pre-set parameters. Its scanning rate is 2ms, and its solenoid’s nominal resistance value at 20°C is 2 Ohms. The required operating voltage for the amplifier is 24 VDC with an allowance of +40% to –10 %. It can be parameterized via its RS232 serial interface, which works with the user-friendly BODAC software package from Bosch Rexroth. This free software is suitable for a wide range of functions, including configuring switching outputs and activating or deactivating the leakage compensation and sequence control. It is accessible to all users on the manufacturer’s online platforms.

There are two freely configurable measuring sockets at the front of the VT-VPCD-1-17-V0/1-0-1. They are used for indicating processing signals and can be configured using the BODAC software or the display unit on the amplifier. The display unit of the basic component has four keys which are also used to adjust its parameters and for diagnostic purposes. This VT-VPCD model is designed as a double-sided printed circuit board in the Euro-card format, which is 100mm wide and 160mm long. It weighs 0.2kg and can be used at a maximum ambient temperature of 50°C. Its edge connector is a 64-pin male connector in line with DIN 41 612, form G.

VT-VPCD-1-17-V0/1-0-1 Technical Specifications

Bus Connection:	Not Equipped
Card dimensions:	Euro-card 100 x 160 mm, DIN 41494
Current Consumption:	3.5 A
Operating voltage:	24 VDC
Weight:	0.2 kg
Protection class according to EN 60529:	IP 65
Current consumption per solenoid:	2.5 A
Electrical connection:	Plug-in connection according to DIN EN 175301-803
Operating voltage:	24 VDC
Admissible ambient temperature rangeNULL:	0 to 50 degrees celsius

Frequently Asked Questions about VT-VPCD-1-17-V0/1-0-1

Q: What are the stand out features of the VT-VPCD-1-17-V0/1-0-1?

A: The VT-VPCD-1-17-V0/1-0-1 has a current regulated output stage, a swift 2ms scanning rate, and digital outputs for parameter adjustment. Features like these make this model unique and an effective motion control device.

Q: Does the VT-VPCD-1-17-V0/1-0-1 support parameterization?

A: The system supports parameterization with its RS232 and BODAC software package. The user firendliness of the software facilitates the parameterization process and makes it simplified.

Q: What is required to customize the VT-VPCD-1-17-V0/1-0-1?

A: The VT-VPCD-1-17-V0/1-0-1 can customized using the unbuilt BODAC software. In addition, two freely configurable measuring sockets are also provided for this purpose.

Q: How reliable and robust is this device?

A: The VT-VPCD-1-17-V0/1-0-1 has been built with high quality materials and can withstand demanding environments and temperatures as high as 50 degrees celsius.

Q: Can this model be integrated into an existing hydraulic system?

A: Yes, the VT-VPCD-1-17-V0/1-0-1 has an edge connector that is designed in line with the DIN 41612 standards. In addition, the inbuilt BODAC software ensures seamless integration into existing setups.