PRODUCT

LS400W servo driver+motor

LAVICHIP LS series servo (CAN bus) is a specialized servo customized for the robotic arm industry, supporting incremental and absolute value motors, waterproof and oil resistant aviation plug connectors, and reliable vehicle grade field control bus (CANopen bus communication). Supports dynamic braking, vibration suppression, and other functions. Simple application, strong adaptive ability, only need to adjust individual parameters.

Product Details

LAVICHIP LS series servo (CAN bus) is a specialized servo customized for robotic arms and other equipment, supporting incremental and absolute value motors, waterproof and oil proof aviation plug connectors, and reliable vehicle grade field control bus (CANopen bus communication). Supports dynamic braking, vibration suppression, and other functions. Simple application, strong adaptive ability, only need to adjust individual parameters.

Model number LSP-400 LSP-750 LSP-1500 LSP-2000 LSP-3000 LSC-400 LSC-750 LSC-1500 LSC-2000 LSC-3000
Rated current (Arms) 3 5.2 9.5 12 16.3 3 5.2 9.5 12 16.3
Motor power (W) 400W 750W 1500W 2000W 3000W 400W 750W 1500W 2000W 3000W
Control mode IGBTSVPWVM sine wave control
Regenerative braking Built-in brake resistance (also be external)
Feedback mode Bus encoder :R5485 protocol
Control mode Pulse+Direction CAN bus
Communication function Support RS232: ModBus protocol (RJ45 interface) Support RS232: ModBus protocol (RJ45 interface)
Support RS485: ModBus protocol (RJ45 interface) Support RS485: ModBus protocol (RJ45 interface)
 

 

 

Position

Electronic gear ratio 1 ~ 8388608/1 ~ 8388608 1 ~ 8388608/1 ~ 8388608
Maximum input pulse frequency  

500kHz(5V differential)200kHz(24V single-ended)

Torque limitation Parameter setting Parameter setting
Operation display 5 keys,LED5 digits with dots 5 keys,LED5 digits with dots
 

Alarm function

Overvoltage, undervoltage, overcurrent, overload, overheating, overspeed, main power input phase deficiency, regenerative braking state abnormal position deviation is too large, encoder feedback error, braking rate is too large, stroke limit, EEPROM error, etc

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