The VT-HNC100-1-2X/W-08-0-E is a versatile digital axis control made by Bosch Rexroth. This device is programmed using a PC with an NC language that utilizes conditional jumps and subprogram techniques for best operational efficiency. Its core functionalities include a position or pressure controller, which alternate in a closed-loop control system. The VT-HNC100-1-2X/W-08-0-E is widely adopted in rail-bound vehicles and transfer lines thanks to its flexible applications and multiple sizes. This control operates on +/-10V reference voltage for hydraulic axes and creates application-specific data sets. It relies on an IBM PC or a similar system with Windows NT/9x to run its WIN-PED software, which includes a comprehensive online manual. It features unique functionalities like differential pressure evaluation, a scanning rate, the ability to reset the no error output after a fault, and electronic limit switches for traverse range monitoring. This control is durably built with a vibration damper attached to the rear wall of its housing. It connects to its power supply via the X6 connector's third pin, providing easy installation. This 1kg high-flexibility control unit operates most efficiently at a maximum temperature of 50°C. It is shipped worldwide with a one-year backup support.
Product Name: VT-HNC100-1-2X/W-08-0-E digital axis control Programming System: PC Programming Language: NC Installation Orientation: Upright Control Types: Position controller, Pressure controller Size Variances: Different sizes for front and back plate Common Uses: Transfer lines, Rail-bound vehicles Reference Voltage: +/-10V Operations: Creation of application-specific data sets Command Inputs: /SE and /SA NC commands Interface: RS 232 standard serial interface Weight: 1kg Maximum Operating Temperature: 50°C Additional Components: Vibration damper fitting Power Supply Connection: Third pin of X6 connector Range Limit Monitor: Electronic limit switches Flexibility Level: High Additional Software Features: Online manual for WIN-PED software.