TESC Gen 5 Controllers
Intelligent motor controllers with advanced features for optimal performance and efficiency
Intelligent motor controllers with advanced features for optimal performance and efficiency
TESC Gen 5 controllers represent the pinnacle of motor control technology, offering universal compatibility, advanced algorithms, and comprehensive connectivity features. Designed to maximize the performance of any electric motor while providing real-time monitoring and control capabilities.
Technology that sets TESC controllers apart
Intelligent Current Sense Control algorithm delivers 10% efficiency improvement and optimized performance across operating conditions.
Automotive-grade CAN communication reduces wiring complexity and enables advanced vehicle integration and diagnostics.
Industry-leading voltage flexibility allows single controller design across multiple vehicle platforms, reducing inventory costs and simplifying fleet management while supporting 48V, 60V, 72V, and custom voltage configurations.
Built-in IoT module enables real-time monitoring, fleet management, and predictive maintenance capabilities.
Works with BLDC, PMSM, AFM, IPM, and HSRM motors. Supports wide range of encoders and position sensors.
Comprehensive protection features including overcurrent, overvoltage, overtemperature, and regenerative braking control.
Four series optimized for different power and application requirements
Compact controllers for light EVs and small AGVs
L3 Three-wheelers
Golf Carts
Light AGVs
Low-speed EVs
Light AMRs
Versatile controllers for two-wheelers and medium-duty applications
Two-wheelers
UGVs & Robots
Go-karts
Performance AGVs
Mid-range EVs
Advanced controllers for L5 vehicles and demanding use cases
L5 Vehicles
Golf Carts (4-6 seater)
Tow Tugs
Club Carts
Performance EVs
Maximum power controllers for industrial and high-performance applications
Sport Bikes
Heavy Loaders
8-seater Golf Carts
Industrial Forklifts
Marine Applications
TESC controllers work seamlessly with all major motor types
Full support for brushless DC motors with hall sensors or sensorless operation.
Optimized control algorithms for permanent magnet synchronous motors.
Native support for axial flux motors with enhanced efficiency features.
Advanced field weakening control for interior permanent magnet motors.
High-speed reluctance motor support with optimal torque control.
Configurable parameters for custom and specialized motor designs.
Our engineering team can help you select the optimal TESC controller configuration and provide complete integration support.
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