ELAU C4001011100

Rated continuous output current: 10 A

Peak output current: 30 A

Power supply: 24 V DC ±10%

Processor: 32-bit RISC processor

User program memory: 10 MB

Feedback types: Resolver, sin/cos encoder, EnDat encoder

Communication interfaces: RS-232, CANopen, with Ethernet expansion support

Operating temperature range: 0°C to +55°C

Mounting: DIN rail mounting

Protection class: IP20

Programming standard: IEC 61131-3 compliant

Integrated single-axis motion control, with expandable axis count via expansion modules.

Built-in high-speed motion processor realizes high-precision position, speed and torque control.

Supports motion functions such as electronic gear, point-to-point positioning and synchronous following.

Equipped with comprehensive protection mechanisms including overcurrent, overvoltage, overheating and short circuit protection.

Modular design supports local I/O expansion and communication function upgrade.

Compatible with PAS4000 programming platform to reduce development and maintenance costs.

Applied in automation equipment such as packaging machinery, textile machinery, food processing equipment, small assembly lines and material conveying systems, serving as the control core of single-axis or small multi-axis systems, taking into account both logic control and motion control requirements.

Housing: Flame-retardant engineering plastic

Internal circuit: Industrial-grade electronic components on FR-4 PCB

Terminal block: Pluggable high-temperature resistant plastic with copper conductors

Mounting clip: Galvanized steel

Compact DIN rail mounting structure saves control cabinet space.

Front side is equipped with status indicators and debugging interface for on-site operation and maintenance.

Adopts pluggable terminals for convenient wiring and maintenance.

Internal integrated circuit design with high integration and strong reliability.

It runs user control programs based on a real-time operating system, generates motor control commands through internal motion control algorithms, and outputs to drive the servo motor via power amplifier circuit. At the same time, it collects encoder feedback signals to form closed-loop control and ensure motion accuracy. It interacts with upper systems and peripheral devices through field bus interfaces to realize coordinated system operation.

Install on standard DIN rail, placed vertically with reserved heat dissipation space.

Power cables and signal cables shall be wired separately with single-end reliable grounding of the shielding layer.

The power supply circuit shall be equipped with circuit breakers and fuses of appropriate specifications.

Avoid condensation, corrosive gas and strong vibration in the installation environment.

Motor parameter configuration and auto-tuning shall be completed during initial commissioning.

Do not block the cooling channel during operation.

Wait for internal capacitor discharge to complete after power off before wiring operation.

Check regularly the tightening condition of wiring terminals to avoid poor contact caused by looseness.