Ethercat Motor Driver

EtherCAT motor drivers (YKB200/YKB300) are compact solutions for miniature servo systems, featuring palm-sized designs (63×51×13mm and 121×65.5×22.7mm) ideal for space-constrained installations. Utilizing EtherCAT protocol, they achieve microsecond-level control cycles for high-precision motion, supporting 35 homing methods and full Huichuan servo compatibility. The caseless YKB200 suits integrated devices, while YKB300 adds dual-encoder support and protective casing for external use. Both enable daisy-chaining via single master control lines and offer reverse power protection, brake interfaces, and simplified debugging. Installation requires proper wiring to specified voltage/current ranges, avoiding harsh environments. Regular maintenance checks and power disconnection during prolonged idle periods extend service life.

Servo Motor Encoder Cable

Zkseasy's servo motor encoder cables ensure precise signal transmission between encoders and control systems, critical for industrial automation stability. Available in 25-core (8-color wire, PE at pin8) and 15-core (6-color wire, PE at pin6) variants, both feature 15-million-cycle bend-resistant design for harsh-condition durability. Maintenance requires regular inspection for wear/contaminants, avoiding excessive bending, and securing connections. Selection criteria include anti-interference capability, flex life, and environmental resistance. Note wire color/pin arrangements vary by model – always reference manuals for correct installation. Proper cable specification and maintenance optimize equipment longevity and operational efficiency in automated systems.

Servo Motor Stator

Zkseasy's servo motor stator is a precision-engineered core component comprising stator segments (high-grade silicon steel sheets/skeletons), circuit boards, and housing. Sealed via potting technology, it enhances insulation and thermal dissipation while ensuring structural integrity. Advanced simulations optimize electromagnetic performance, coil winding, and weld precision for efficient energy-to-torque conversion. Innovative thermal management maintains low temperatures under high loads, preventing overheating and extending lifespan. Rigorous material selection and manufacturing processes (e.g., customized winding configurations) enable low-noise, low-vibration operation with stable power output across diverse conditions. These design innovations bolster servo motor reliability, durability, and system-wide performance in industrial applications.