Description
NOVOTRON ND32-5610 SPSV 3.2 92A8100263
Technical Specifications: Model: ND32-5610 SPSV 3.2, part code 92A8100263 Power supply: Three phase or single phase AC input according to specification Control mode: Position closed-loop, speed closed-loop, torque closed-loop control Feedback interface: Digital encoder input for motor position feedback Communication port: Serial bus interface for motion command and parameter configuration Operating temperature range: 0℃ ~ +55℃ Storage temperature range: -40℃ ~ +85℃ Relative humidity: 5% to 95%, non-condensing Mounting method: DIN rail mounting or screw fixed panel mounting Protection grade: IP20 for drive unit
Functional Features: High precision closed-loop control for servo motor position, speed and torque. Accept motion command pulse or bus command from upper motion controller. Multiple encoder feedback interface for real-time rotor position detection. Built-in complete protection: overcurrent, overvoltage, undervoltage, overheat, motor overload and encoder fault protection. Parameter configuration via serial communication interface. Internal fault log storage for recording fault type and operating parameters at fault moment. LED indicators for power, running state and fault alarm status. Support electronic gear ratio function for mechanical transmission matching.
Application Scenarios: Packaging automation machinery, textile weaving equipment, automated assembly machines, special purpose machine tools, material handling servo axes, printing machinery, small multi-axis motion control systems.
Performance Parameters: High speed response for sudden load change during motion control. High position repeat accuracy for precision positioning task. Fast protection response once abnormal electrical condition detected. Continuous operation: 24 hours continuous operation inside industrial control cabinet. High speed encoder signal sampling for real-time position closed-loop calculation.
Material Composition: Main substrate: FR4 high temperature resistant glass fiber epoxy printed circuit board. Core components: DSP motion control processor, IGBT power module, encoder signal processing chip, power management IC. Housing: Black flame retardant metal and plastic combined enclosure. Terminal blocks: PA66 flame retardant plastic terminal blocks for power and signal wiring. Heat dissipation: Aluminum heat sink for power stage heat dissipation.
Structural Features: Compact rectangular enclosure structure suitable for cabinet installation. Front panel equipped with LED indicator lights and parameter configuration port. Internal layout separated into low voltage control circuit area and high voltage power circuit area with isolation barrier. Aluminum heat sink attached to power IGBT module for heat dissipation. Power terminal and signal terminal arranged separately on bottom side of drive housing. Mounting holes for screw fixing or DIN rail clip integrated on housing back side.
Working Principle: After AC power supply is connected, internal power circuit converts AC input to DC bus voltage for IGBT power stage. DSP processor receives position or speed command from upper motion controller, reads real-time motor rotor position signal from encoder, runs closed-loop control algorithm, and outputs PWM signal to IGBT power module. IGBT converts DC bus voltage into variable frequency and variable amplitude AC power to drive servo motor. The drive continuously monitors bus voltage, output current and internal temperature. When parameter exceeds threshold value, protection circuit cuts off power output and stores fault information.
Installation Requirements: Mount drive unit on vertical cabinet panel or DIN rail with proper fixing fasteners. Separate high voltage power wiring and low voltage signal wiring in different cable ducts. Connect protective earth ground terminal to cabinet earth point reliably. Leave sufficient air gap around drive unit for heat sink ventilation. Complete motor parameter identification and control parameter setting before commissioning. Check encoder wiring shielding connection to reduce electromagnetic interference.
Usage Notes: Cut off input AC power and wait for DC bus discharge before opening housing or wiring. Backup drive parameters before parameter modification or firmware upgrade. Do not operate drive unit without motor connected during commissioning test. Regularly inspect heat sink dust accumulation and terminal wiring tightness. Use shielded cable for encoder signal wiring. Do not remove protective cover when power is connected. Do not operate beyond rated input voltage and temperature range.
