Home Bosch Rexroth Indramat DKR Series DKR02.1-W200B

DKR02.1-W200B

Name: DKR02.1-W200B
Brand: Bosch Rexroth Indramat
Price: 485 USD
Availability: InStock
Rating: 4.5 (10 reviews)

Straightforward Pricing: No Rush Fees, No Credit Card Fees

MPN: R911310560

In-Stock, Ships Today

Current response time:

5 Minutes 27 Seconds

The DKR02.1-W200B is a new-generation modular servo drive controller produced by Bosch Rexroth Indramat. The servo drive controller is delivered as a fully configured unit and is intended for operation with the main spindle motors, frameless spindle motors and linear motors designed by Rexroth.

Preparing your secure checkout page...

Description
Revisions
Specs
FAQ

Product Description

The DKR02.1-W200B is a new-generation drive controller manufactured by Bosch Rexroth for the accurate control of industrial production and processing machines. This controller is designed to control electrical motor and monitor their operation, it is also very flexible and can be parameterized to carry out application specific functions. Typical industrial applications for this drive controller include printing machines and Numerical Control machine tools. Industrial motors compatible with this industrial controller include the LSF or LAF linear motor, the 1MB frameless spindle motor and the 2 AD and ADF a.c main spindle motor. When the controller is used in combination with any of these compatible motor design, it forms a highly intelligent automation system that maintains a high level of control and accuracy over a broad motor speed range. The DKR02.1-W200B industrial drive controller is equipped with an integrated mains contactor and an emergency stop shutdown device, it is also designed for direct mains connected with grounded AC mains that can provide voltage that falls between 400 to about 480 volts. The operational temperature of the DKR02.1-W200B is regulated by the heatsink and air blower which is integrated into its housing unit. Also, the controller features several configuration modules that are available for insertion into the basic unit of the controller. This configuration modules can be transferred from one controller to another without the need for the reconfiguration. The control voltage required by this controller is about 230 volts, the control range frequency should also fall between 50 to about 60 hertz. During operation, the controller require a continuous current of about 120 amperes, however the controller can also be operated with a maximum input current of about 141 amperes.

Frequently Asked Questions about DKR02.1-W200B

Q: How does the DKR02.1-W200B controller regulates its operational temperature?

A: The DKR02.1-W200B controller features a built-in blower. The blower helps to keep the operational temperature of the controller within a permissible range through forced ventilation. The controller also features a heatsink which helps in the temparature regulation process.

Q: What are the appropriate storage conditions for the DKR02.1-W200B controller?

A: The DKR02.1-W200B controller should be stored at an ambinet temperature that falls between -30 to about +85 degree celsius. Also, it should be stored away from dust and extreme vibrations.

Q: How is the DKR02.1-W200B controller packaged for delivery?

A: The DKR02.1-W200B drive controller is packaged in a cartoon with all its accessories at the time of delivery. An envelop containing important information about the drive is attached to this carton.

Q: What types of industrial motor is the DKR02.1-W200B controller designed for?

A: The DKR02.1-W200B drive controller is compatible with a wide variety of industrial motors including the 2AD a.c main spindle motor, the LSF linear motor, and the 1MB framless spindle motor. The combination of the drive controller with any of these motor froms a digital intelligent automatization system.

Q: What is the function of the integrated brake resistor present in the DKR02.1-W200B controller?

A: The braking resistor integrated into the DKR02.1-W200B drive controller is designed to absorb the energy released by braking operation. The braking resistor allows the controlled stopping of the motor connected to the controller. .