Product Short Description
Product Name: Digital Axis Controller (Single-axis Hydraulic NC Controller)
Product Introduction:
Single-axis programmable digital controller dedicated to closed-loop hydraulic drive control, belongs to VT-HNC100 23 component series. Designed for independent single hydraulic axis positioning and force control.
Description
- Control Axis Quantity: 1 hydraulic axis
- Installation Form: Wall-mounted housing
- Digital I/O: 8 digital input/output channels
- Onboard Bus Interface: No integrated fieldbus
- Power Supply: 18–36 VDC
- Processor: 16/32-bit MC68376 processor
- Flash Memory: 1 MB EPROM, RAM 256 KB
- Operating Temperature: 0 °C ~ +50 °C
Function Features:
- Independent single-axis closed-loop position and force control
- Support analog sensor input (±10 V, 4–20 mA)
- Support incremental and analog position measuring systems
- NC program local execution; support parameter configuration via PC
- Vibration and shock resistance design for industrial cabinet installation
Application Scenarios:
Single-axis hydraulic test benches, small hydraulic presses, special automation machinery
Material Composition:
Black extruded aluminum heat dissipation shell, metal mounting flanges, industrial PCB, pluggable green terminal connectors, D-SUB communication sockets
Structural Features:
Rectangular sealed cabinet structure; both sides equipped with metal fixing brackets; front panel concentrated wiring terminals and communication interfaces
Working Principle:
Collect position feedback signal from hydraulic cylinder transducer; compare feedback value with target setpoint; calculate control output to drive proportional valve, realizing closed-loop motion adjustment of single hydraulic actuator
Installation Requirements:
Vertical wall mounting inside electrical cabinet; maintain clearance for air convection; separate signal wiring and power wiring; equip recommended 1.25 A input fuse
Usage Notes:
Signal cables must adopt braided shielding wire; do not overload digital I/O terminals; avoid long-term operation beyond temperature range; power supply ripple shall be controlled below 1.5 Vpp
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