Oriental Motor DRIVER AZD‑KD

Technical Specifications: Main power supply: DC24 V / DC48 V, voltage tolerance ±5 %; control circuit power supply: DC24 V; control circuit protection grade: IP10; driver weight: 0.15 kg; communication interface: RS‑485 Modbus‑RTU; I/O signal: photocoupler isolated input and output; installation: 35 mm DIN rail mounting.

Functional Features: Built‑in positioning sequence storage; compatible with battery‑less absolute position feedback; low‑vibration drive control; electronic gear function; rich I/O trigger positioning; Modbus‑RTU network control; multiple protection functions including over‑current, over‑voltage, over‑heat; alarm signal output; support multi‑axis coordinated control.

Application Scenarios: Automatic assembly equipment; material handling mechanism; packaging machinery; semiconductor production equipment; small‑size automation workstations; linear actuator drive control; multi‑axis small‑scale robot mechanism.

Performance Parameters: Realize absolute position reading without battery backup; different matching motors correspond to different operating current parameters; positioning response speed matches AZ series motor dynamic performance; over‑heat protection trigger temperature conforms to Oriental Motor factory specification; support online parameter modification via serial communication.

Material Composition: Housing: fire‑retardant engineering plastic and metal heat‑dissipation base plate; internal circuit: industrial power device, microcontroller chip, optocoupler isolation device; terminal block: flame‑retardant PA plastic, metal copper terminals; DIN rail buckle: high‑strength engineering plastic.

Structural Characteristics: Compact DIN‑rail vertical mounting housing; upper‑side wiring terminal block; front‑side status indicator LED; metal heat‑dissipation structure on power circuit part; side‑mounted DIN‑rail clamping buckle; internal isolation layout between power circuit and signal circuit.

Working Principle: Receive positioning command through I/O port or Modbus‑RTU bus; read absolute position signal fed back by motor‑built‑in mechanical absolute sensor; the internal MCU calculates current position and target position deviation, outputs corresponding current waveform to drive stepping motor rotation, completes closed‑loop positioning control, and triggers protection action when detecting abnormal electrical parameters.

Installation Requirements: Install on standard 35 mm DIN rail; vertical installation direction; vertical clearance of 50 mm or above between multiple adjacent drivers; keep ventilation space around heat‑dissipation area; use special matching cables to connect driver and motor; wiring strictly distinguish power supply terminal and signal terminal; cabinet grounding must be reliable.

Usage Notes: Do not use in environment with explosive gas, corrosive gas, excessive dust, water splash or oil mist; avoid continuous strong vibration and impact; altitude shall not exceed 1000 m above sea level; separate power wiring and signal wiring; do not perform wiring operation under power‑on status; when multiple drivers are densely installed, reduce stand‑still current to below 50 %; avoid strong electromagnetic interference source nearby.