VT-HNC100-2-21/W-16-I-0
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The VT-HNC100-2-21/W-16-I-0 by Bosch Rexroth Indramat, part of the VT-HNC Digital Axis Controllers, is a 2-axis controller designed for mobile hydraulics and industrial machinery control. It features Interbus-compatible interfaces, operates on 24 VDC, and is DIN rail or panel mountable with an industrial-grade environmental rating.
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Product Description:
Bosch Rexroth Indramat's VT-HNC100-2-21/W-16-I-0 Digital axis controller is a high-performance solution for applications requiring precise motion control. The operational voltage range is 18 to 36 VDC, excluding the power required for coupled sensors and actuators, and the power consumption is 8 W.
With its versatile input possibilities, the VT-HNC100-2-21/W-16-I-0 digital axis controller can handle a wide range of signals. The four input channels that may receive signals ranging from +10 V to -10 V have a precision of 5 mV and an input resistance of 200 kΩ ±2%. With an input resistance of 100 Ω ±0.2% and a resolution of 5 µA, the controller's four current input channels can handle currents ranging from 4 mA to 20 mA. The four voltage output channels provided by the controller have a precision of 1.25 mV and span from -10 V to +10 V. Additionally, there are two current output channels that can handle currents ranging from 4 mA to 20 mA, with an additional capacity of up to ±23 mA. There is a non-linearity of 15 mV for voltage outputs between -9.5 V and +9.5 V, which rises to 35 mV near the extremes. The controlled signal stability is guaranteed by the residual ripple content of ±60 mV in the output voltage.
With its high-resolution measuring capacity, the VT-HNC100-2-21/W-16-I-0 digital axis controller guarantees precise signal capture and control. A 16/32-bit MC68376 processor ensures the controller's reliable processing capabilities. Its 1 MB Flash EPROM, 8 KB EEPROM, and 256 KB RAM combination provide adequate memory for configurations and operational data. Inputs of analogue voltage and impedance must not exceed 10 mV for the controller to be considered non-linear. Accuracy for feedback control loops is maintained with a resolution of 5 mV for impedance input measurements.
Frequently Asked Questions about VT-HNC100-2-21/W-16-I-0:
Q: Why does VT-HNC100-2-21/W-16-I-0 use 256 KB RAM?
A: The 256 KB RAM allows for efficient processing and storage of operational data. This ensures smooth and quick task execution.
Q: Does VT-HNC100-2-21/W-16-I-0 support differential voltage inputs?
A: Yes, it supports 4 differential voltage input channels. The input range is from +10 V to –10 V.
Q: How does VT-HNC100-2-21/W-16-I-0 ensure accurate outputs?
A: It has 4 voltage output channels with 1.25 mV resolution. This enables high precision in voltage signal control.
Q: Do the input channels on VT-HNC100-2-21/W-16-I-0 have non-linearity?
A: Yes, non-linearity for voltage inputs is less than 10 mV. Impedance inputs also have less than 10 mV non-linearity.
Q: Why does VT-HNC100-2-21/W-16-I-0 use 200 kΩ input resistance?
A: The 200 kΩ input resistance provides stability and low signal interference. This ensures precise differential voltage measurements for accurate control.
