Technical Characteristics of the XVM-A Vibrating Motor The XVM-A vibrating motor is a high-quality product designed and manufactured using advanced VIMARC technology. Its key technical features are as follows: Advanced VIMARC Technology Foundation: This model is developed based on the advanced technology from the renowned Dutch company VIMARC, incorporating international expertise in vibrating motor design and production. Sophisticated Computer-Aided Design: All parameter calculations and optimization designs are comprehensively completed by computer workstations. This ensures precise engineering and optimal performance under operating conditions. Specialized Electromagnetic Design: The stator and rotor are constructed from high-quality silicon steel sheets with excellent magnetic permeability. This design reduces eddy current losses in the iron core, guarantees powerful starting torque, and enables rapid acceleration to rated operating speed. Heavy-Duty Bearing Design: The motor employs specially customized heavy-duty bearings capable of withstanding and transmitting radial excitation forces and axial loads, while also providing effective heat dissipation. A dual-sealing design ensures bearing chamber cleanliness in severe dust environments. The use of imported high-temperature resistant lithium-based grease further extends bearing service life. Stepless Force Adjustment: Excitation blocks at both ends of the motor are equipped with precise graduated dials. This allows for easy and seamless adjustment of the excitation force and working torque from zero to maximum, meeting diverse operational requirements. Enhanced Structural and Performance Features: Improved Thermal and Operational Performance: The electromagnetic design is tailored to the working characteristics of vibrating motors, resulting in lower operating temperature rise. Specially configured stators, rotors, and electromagnetic parameters generate greater starting torque and smoother operation. Higher Protection Standards: The insulation class is elevated to Class F, and the protection rating reaches IP55, contributing to superior product quality and durability. Robust Construction: The housing is made from high-quality resin sand castings, and the protective cover is formed through stretching, offering an elegant appearance, scientific structure, and high strength with good sealing. Vibration-Resistant Components: Specially manufactured anti-vibration and anti-loosening wiring terminals overcome common issues such as difficult wiring and wear on leads and cables due to vibration, facilitating easier connection and effective protection. Broad Application Compatibility: The design accommodates various standard three-phase AC power supply voltages and frequencies worldwide (e.g., 220/380V 50Hz for China/Europe, 230/460V 60Hz for the USA, 220V 50/60Hz for Japan) and supports different electrical braking methods. 4
