ELAU C400A811110

Rated continuous output current: 8 A

Peak output current: 16 A

Input voltage: 3-phase 380–480 V AC, 50/60 Hz

Feedback types: EnDat, HIPERFACE, resolver, sin/cos encoder

Control modes: Torque, velocity, position cyclic synchronous modes

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

Communication interface: SERCOS interface or EtherCAT

Protection class: IP20

Cooling method: Natural air cooling

Supports multi-axis synchronous motion control, realizing complex motion functions such as electronic gear, electronic cam and multi-axis interpolation.

Integrates automatic motor recognition function, which configures parameters automatically through the motor electronic nameplate.

Built-in 250% overload capacity meets the demand of equipment acceleration impact load.

Supports IEC 61131-3 standard programming and is compatible with PacDrive system ecosystem.

Equipped with comprehensive fault diagnosis and protection functions, including overcurrent, overvoltage, overheating and overload protection.

Widely used in high-end automation equipment such as packaging machinery, printing machinery, food processing equipment, assembly production lines and robots to realize high-precision and high-response motion control, especially suitable for continuous production equipment requiring multi-axis synchronization.

Housing: Aluminum alloy extrusion profile

Power module: IGBT power semiconductor

PCB board: High-temperature FR-4 substrate

Terminal block: High-temperature resistant engineering plastic with copper conductive parts

Adopts book-type modular design to save cabinet installation space.

Front panel integrates operation keys and status display for parameter configuration and fault diagnosis.

Power terminals, signal terminals and communication interfaces are arranged on the side with clear partition layout.

Internal IGBT power module and efficient heat dissipation structure ensure long-term stable operation.

It receives command signals from the upper motion controller, calculates output current and voltage through vector control algorithm, and drives the servo motor. At the same time, it collects motor encoder feedback signals to form three closed-loop control of position, speed and current, realizing high-precision torque, speed and position adjustment. It communicates with the main controller and other drives through real-time industrial bus to realize multi-axis synchronization.

Install vertically in the control cabinet with at least 50 mm heat dissipation space reserved at the top and bottom.

Power cables and signal cables shall be wired separately to avoid electromagnetic interference.

Reliable grounding is required with grounding resistance less than 10 Ω.

The cable length between the motor and the drive shall meet the specification to avoid signal attenuation.

Motor parameter identification and gain tuning shall be performed before first use.

Do not operate beyond the rated current and voltage range.

Check regularly for loose wiring terminals and clean dust from the cooling air duct.

Wait at least 5 minutes for capacitor discharge after power off before wiring operation.