VT-HNC100-2-33/P-I-E0/G02 Bosch Rexroth Indramat
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The Bosch Rexroth Indramat VT-HNC100-2-33/P-I-E0/G02 is part of the VT-HNC Digital Axis Controllers series and is designed for two hydraulic axes. This digital NC controller features a PELV supply type, supports incremental and SSI position transducers, and includes a TCP/IP service interface.
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Product Description:
The VT-HNC100-2-33/P-I-E0/G02 digital axis controller is produced by Bosch Rexroth Indramat and belongs to the VT-HNC Digital Axis Controllers series within the Digital NC control HNC100 product line. Designed for hydraulic motion applications, the unit coordinates valve-actuated cylinders so they reach commanded positions with deterministic timing during machine sequences. It processes position feedback and adjusts valve commands to maintain controlled motion as operating conditions change. This closed-loop operation supports applications that require synchronized positioning, repeatable movement, and direct control of proportional hydraulic valves.
This configuration is a version designed for two hydraulic axes, permitting simultaneous control loops on both drive channels. Status information is shown locally through three basic LEDs that report the power supply, controller-ready state, and fault conditions. Network status is monitored through a separate group of indicators on the front panel. Signal exchange with higher-level equipment is accomplished with no bus connection; instead, the service interface provides an Ethernet socket that uses TCP/IP for parameterization and diagnostics. Position feedback for each axis accepts incremental or SSI transducers, allowing the controller to operate with quadrature encoders or serial absolute sensors. Internal power conditioning stabilizes the analog outputs and limits residual ripple to less than 1.5 Vpp, reducing the potential for unintended movement or noise at connected proportional valves.
For field wiring, the unit follows Component Series 3 design rules and receives control power from a PELV source, which provides limited voltage under normal and fault conditions. Communication activity on the front panel is displayed by four dedicated network LEDs that indicate link, activity, collision, and error events. Motion commands remain time-coordinated through a two-axis synchronization routine, supporting blended trajectories or master-slave relationships without an external sequencer. The local indicators allow operating conditions and communication activity to be checked directly at the controller. Ethernet access also provides a dedicated path for configuration and diagnostic tasks when the controller is installed without a fieldbus connection.
