VT-VPCD-1-15/V0/1-0-1
Wake Industrial LLC is not an authorized distributor of this product.
MPN: R901044346
No Tariffs On US Orders- Straightforward Pricing: No Rush Fees, No Credit Card Fees
-
In-Stock, Ships 3-5 Days
The VT-VPCD-1-15/V0/1-0-1 is a drive developed by Bosch Rexroth Indramat. As part of the VT-VPCD Drives series, it delivers a power output of 15 KW and operates at a speed of 1450 RPM. The drive works on a 380 to 400 VAC voltage. It supports foot mounting and is available in cast iron or aluminum alloy bodies.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
The VT-VPCD-1-15/V0/1-0-1 is a Digital Control Unit manufactured by Bosch Rexroth Indramat. It belongs to the VT-VPCD Drives series which is critical for industrial automation. The unit regulates up to four hydraulic functioning axes with high precision levels. WIN-PED® 6 as well as WIN-PED® 7 diagnosis software operates with this unit.
The VT-VPCD-1-15/V0/1-0-1 digital control unit consumes 8 watts of power which ensures efficient operation. Users can choose between CANopen and PROFIBUS DP interface protocols for connecting this control unit. The housing provides high-level protection in industrial environments. Easy removal and replacement functions occur because of the unit's modular design structure. The control unit maintains ±10 V output voltage to offer reliable control signals. A top hat rail provides the mounting base for a secure installation of the unit. The VT-VPCD-1-15/V0/1-0-1 digital control unit fulfills requirements from different standards. It includes EN 61000 Series and industrial NC control standards. The control unit enables functionality with a total of 16 digital terminals suitable for multiple usage cases. It operates within a voltage spectrum of 18 to 36 VDC that works with different power supply systems. The unit generates a suitable control signal within 4–20 mA which works for industrial automation needs.
The VT-VPCD-1-15/V0/1-0-1 digital control unit functions as a digital axis control unit that meets the requirements of challenging operational environments. A data exchange function through RS232 operates as its communication interface. The unit carries out operations reliably in harsh industrial conditions. Moving parts can be easily maintained and replaced because of the modular system architecture. The system enables users to control hydraulic outputs through specific voltage and current settings. This device meets standard compliance requirements which ensures a stable operation without interruptions. The device exhibits strong build quality that guards against industrial equipment disturbances and harsh environmental factors.
Frequently Asked Questions about VT-VPCD-1-15/V0/1-0-1:
Q: What is the role of the RS232 interface in the VT-VPCD-1-15/V0/1-0-1?
A: The RS232 interface provides a reliable communication channel for exchanging data with external systems. This allows for easy diagnostics and control adjustments without physical access to the unit.
Q: How does the ±10 V output voltage of the VT-VPCD-1-15/V0/1-0-1 improve control accuracy?
A: The ±10 V output ensures that the control unit delivers precise and reliable signals to hydraulic actuators. This level of accuracy is essential for maintaining optimal performance in automated industrial systems.
Q: Why does the VT-VPCD-1-15/V0/1-0-1 include a top hat rail for mounting?
A: The top hat rail allows for secure, easy mounting of the unit in standard industrial enclosures. This feature ensures stable installation and convenient accessibility for maintenance and operation.
Q: Why is the unit limited to an 18-36 VDC voltage range?
A: This voltage range ensures compatibility with a wide array of industrial power supply systems. It helps optimize energy efficiency while maintaining stable operation across various operational environments.
Q: How does the modular design of the VT-VPCD-1-15/V0/1-0-1 benefit users?
A: The modular design allows for easy maintenance and replacement of components. This reduces downtime and increases the unit's longevity in industrial applications.
