DKR03.1-W100Z-BE43-02-FW
DKR Drive Controllers
The Bosch Rexroth Indramat DKR03.1-W100Z-BE43-02-FW controller from the DKR Drive Controllers series integrates a robust SERCOS interface as its primary Command Interface, enabling high-speed, deterministic communications with multi-axis drive networks. Featuring a Rated Current (A) of 100, this unit delivers consistent torque control and precise motor management. It employs Digital servo and resolver feedback under its advanced Motor Feedback subsystem to guarantee repeatable positioning accuracy. Cooling is handled by an internal Air (built-in blower) system, ensuring stable temperature regulation across demanding industrial cycles.
Configured in Design Version 1 with a Line Series 03 identification, the DKR03.1-W100Z-BE43-02-FW controller follows the standardized Product Series DKR architecture for seamless integration in existing Rexroth environments. The embedded Function Numeric Code 43 defines its firmware feature set, supporting advanced safety interlocks and motion modes. An integrated Bleeder circuit maintains DC-link voltage stability during shutdown sequences, safeguarding power electronics and extending service life. Engineers appreciate the logically organized terminal layout and the plug-and-play readiness that minimizes commissioning time.
Built for continuous operation in harsh automation settings, the DKR03.1-W100Z-BE43-02-FW is engineered to endure rapid load changes without derating or performance loss. Its SERCOS-based topology harmonizes with legacy and next-generation drives, providing a migration path for control system upgrades. Whether deployed in packaging, material handling, or precision assembly applications, this controller offers a reliable, high-precision solution backed by Bosch Rexroth Indramat’s proven quality and comprehensive support network.
Technical Specifications
Command Interface
SERCOS interface
Cooling Method
Air (built-in blower)
Design Version
1
Line Series
03
Function Numeric Code
43
Motor Feedback
Digital servo and resolver feedback
Product Series
DKR
Bleeder
Undefined
Rated Current (A)
100
Frequently Asked Questions
What diagnostic protocols does the Bosch Rexroth Indramat DKR03.1-W100Z-BE43-02-FW drive utilize for detecting thermal drift during prolonged aerospace drive operation?
The drive employs internal thermal mapping sensors with air-cooling diagnostics, interfaced via SERCOS channels, enabling consistent reporting and controlled shutdowns without destabilizing the motor feedback loop.
Does the Bosch Rexroth Indramat DKR03.1-W100Z-BE43-02-FW drive support internal bleeder circuit redundancy for safe aircraft testing environments?
Yes, its integrated bleeder circuitry manages excess DC-link energy, maintaining system voltage equilibrium and extending motor drive electronics reliability during shutdown or emergency deceleration phases.
What grounding configurations are required for Bosch Rexroth Indramat DKR03.1-W100Z-BE43-02-FW drive to prevent electromagnetic interference during motor control cycles?
The drive mandates shielded cable routing with star-point grounding, reducing parasitic oscillations and safeguarding motor resolver signals from distortion in aerospace-grade testing systems.
What protections does Bosch Rexroth Indramat DKR03.1-W100Z-BE43-02-FW drive integrate against DC-link overvoltage during abrupt motor decoupling?
The drive incorporates an active bleeder and crowbar circuitry, dispersing transient surges and protecting motor feedback electronics during unexpected load disconnections.
Does Bosch Rexroth Indramat DKR03.1-W100Z-BE43-02-FW drive feature firmware interlocks that mitigate motion hazards during aerospace drive integration?
Yes, firmware-defined interlocks govern permissible motion modes, instantly restricting unsafe drive commands to preserve operator and system safety during test-cell motor routines.
Common Misspellings
DKR031W100ZBE4302FW
DKR03 1 W100Z BE43 02 FW
dkr03.1-w100z-be43-02-fw
DKR3.1-W100Z-BE43-02-FW
Internal Product Review
The Bosch Rexroth Indramat DKR03.1-W100Z-BE43-02-FW drive from the DKR series functions as a controller solution. It uses efficient SERCOS interface and resolver-based encoder for drive feedback. This controller is deployed in aircraft manufacturing automation and precision aerospace testing systems for reliable and repeatable performance.
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