The DB43 LCD Display can be customized to meet vehicle-specific performance requirements and design needs. It provides real-time vehicle data, system status monitoring, warning alerts, fault diagnosis and troubleshooting, as well as multilingual user interfaces, delivering tailored display and control solutions for different vehicle applications.

Featuring multiple input and output channels, the DB43 supports customized CAN protocol configurations and UI design to meet specific application requirements.

The DB43 LCD Display is customizable to meet the specific design, performance, and application requirements of different vehicles. It provides real-time vehicle data, operating status monitoring, warning alerts, fault diagnosis and troubleshooting, as well as multilingual interface options, delivering a tailored display solution for diverse vehicle applications.

Featuring multiple input and output channels, the DB43 supports customized CAN communication protocols and user interface (UI) designs to meet specific vehicle integration requirements.

The B2P Series is a brushless DC (BLDC) motor controller featuring patented technologies, including hybrid motor control and Hall-based hill-hold control, along with proprietary automatic motor identification technology.

Designed for efficient and precise motor control, it enhances vehicle reliability and driving comfort. Supporting both serial and CAN communication, the B2P Series also offers comprehensive parameter-based programming for easy application, commissioning, and maintenance, delivering a high-quality, reliable control solution you can trust.

The DS15 is an innovative wireless communication device for motor controllers. Featuring built-in UART and CAN interfaces, it connects directly to the motor controller and enables users to perform parameter configuration, data monitoring, fault diagnosis, firmware upgrades, and dashboard display operations through a mobile app or WeChat Mini Program. It also supports remote diagnostics and commissioning, allowing users to troubleshoot and upgrade controllers remotely, even across different locations.

The Debugging System 13 (DS13) is a powerful and user-friendly portable programming and diagnostic tool. It connects directly to motor controllers or instrument displays via CAN or serial communication, enabling parameter configuration, data monitoring, fault diagnosis, and firmware upgrades.

Supporting multiple operating modes, the DS13 allows users to configure parameters and save files according to different application requirements, significantly improving on-site commissioning efficiency.

The DS14 is an integrated PC-based programming and diagnostic tool. It connects directly to motor controllers or instrument displays via CAN or serial communication interfaces, enabling parameter configuration, data monitoring, fault diagnosis, and firmware upgrades.

In addition to graphical monitoring of controller data, the DS14 supports real-time vehicle system data logging and export. It also enables parameter copying and file storage across multiple controllers, meeting diverse application requirements and significantly improving on-site

The DW7 is an integrated dual-motor controller that combines two independent motor control channels in a single unit. It supports both AC induction and permanent magnet synchronous motor control, with up to 15 digital inputs and 6 low-power outputs to meet the requirements of a wide range of electric vehicles.

Operating across 48V, 60V, 72V, and 80V platforms, the DW7 features advanced control algorithms to enhance vehicle maneuverability, operational performance, and driving comfort.

The DALA AM0-EB is an integrated 2-in-1 controller compatible with AC induction motors, permanent magnet synchronous motors (PMSM), and brushless DC motors (BLDC), delivering efficient and precise integrated traction and steering control.

Designed for electric pallet trucks, stackers, and AGVs, the controller supports servo motor-driven steering with high positioning accuracy and up to 8,192 encoder pulses.

Featuring field-oriented control (FOC), the AM0-EB supports regenerative braking, anti-rollback protection on slopes, and comprehensive system protection. It supports serial and CANopen communication, as well as Bluetooth commissioning and multi-platform configuration. Flexible parameter tuning helps reduce component count, wiring connections, failure rates, and overall vehicle costs. Custom configurations are also available to meet specific OEM requirements.

The DALA AM0-T is an integrated 3-in-1 controller compatible with AC induction motors, permanent magnet synchronous motors (PMSM), and brushed DC motors. It combines traction, hydraulic pump, and steering control in one unit, delivering efficient and precise vehicle control.

Designed for 1–2 ton electric pallet trucks and compact reach trucks and stackers, the AM0-T provides an integrated drive and control solution for compact material handling equipment.

Featuring field-oriented control (FOC), the controller supports regenerative braking, anti-rollback protection on slopes, and comprehensive system protection. It supports CANopen communication and Bluetooth commissioning, with multi-platform configuration and flexible parameter tuning. Both traction and steering functions can achieve PL d safety performance levels, helping meet demanding vehicle safety requirements and customized OEM applications.

The DALA AM0-D is a dual-motor controller compatible with AC induction motors (ACIM) and permanent magnet synchronous motors (PMSM). It enables independent, efficient, and precise control of two motors for dual-motor differential traction applications.

Designed for scissor lifts, mast lifts, and articulated boom lifts, the AM0-D provides reliable dual-drive traction control for aerial work platforms.

Featuring field-oriented control (FOC), the controller supports regenerative braking, anti-rollback protection on slopes, and comprehensive system protection. It supports CANopen communication and multi-platform commissioning with flexible parameter configuration. The traction control function can achieve PL d safety performance, meeting diverse OEM customization requirements.

The DALA DU Series motor controllers provide cost-effective, precise, and efficient speed and torque control for AC induction motors (ACIM), permanent magnet synchronous motors (PMSM), and brushless DC motors (BLDC). Featuring field-oriented control (FOC), they deliver high torque and efficiency across the entire speed range.

Optimized for small to medium-sized site vehicles, light-duty road vehicles, and multi-purpose vehicles, the series supports traction drive and hydraulic pump control in applications such as tow tractors, forklifts, warehouse and logistics vehicles, sightseeing vehicles, golf carts, cleaning equipment, and low- to medium-speed electric vehicles.

The controllers feature built-in automatic motor identification, regenerative braking, and anti-rollback protection. With an IP65 protection rating, CANopen communication, and multi-platform commissioning support, they deliver reliable performance in demanding environments involving dust, water splashes, and other harsh operating conditions.

The A2P-QC is a high-performance motor controller compatible with AC induction motors (ACIM) and permanent magnet synchronous motors (PMSM).

Featuring excellent compatibility, the A2P-QC supports most motor and encoder types available on the market, including ABI, AB, and resolver feedback. Its flexible configuration accommodates diverse application scenarios and specific OEM requirements.

The DALA A5S Series motor controllers support both AC induction motors (ACIM) and permanent magnet synchronous motors (PMSM), providing reliable control for traction drives and hydraulic pump applications.

Designed for small to medium-sized off-road vehicles and light-duty road vehicles, the series is suitable for battery-powered applications such as sightseeing vehicles, low-speed electric four-wheelers, warehouse and logistics vehicles, forklifts, and golf carts.

Featuring field-oriented control (FOC), the controllers support regenerative braking, anti-rollback protection on slopes, and comprehensive system protection. With CANopen communication and flexible parameter configuration, the A5S Series accommodates a wide range of vehicle development requirements.

The M4S is a high-performance motor control unit designed for compatibility with multiple motor types, including AC induction motors (ACIM) and permanent magnet synchronous motors (PMSM), providing flexible drive system configurations for various vehicle applications.

The controller integrates several proprietary technologies, including hybrid motor control, hill-hold control, regenerative braking, and automatic motor identification. In addition to delivering efficient and precise motor control, it optimizes power delivery for smoother vehicle operation. Its comprehensive fault diagnosis and protection mechanisms significantly enhance vehicle reliability, stability, and driving comfort.

Furthermore, the M4S features an innovative modular component design that improves product reliability and power density, providing vehicle developers with a highly integrated and cost-effective motor control solution.

The DALA M2 motor controller is compatible with AC induction motors (ACIM), permanent magnet synchronous motors (PMSM), and brushless DC motors (BLDC), delivering efficient and precise motor control for vehicle traction and hydraulic pump applications.

Designed for small to medium-sized off-highway vehicles and light-duty electric vehicles, the M2 is suitable for tow tractors, forklifts, warehouse and logistics vehicles, sightseeing vehicles, golf carts, cleaning equipment, and low- to medium-speed electric vehicles.

Featuring field-oriented control (FOC), the controller supports regenerative braking, anti-rollback protection on slopes, and comprehensive system protection. It also supports CANopen communication, multi-platform commissioning, and flexible parameter configuration to meet diverse OEM requirements.

The DALA M3 motor controller is compatible with AC induction motors (ACIM), permanent magnet synchronous motors (PMSM), and brushless DC motors (BLDC), delivering efficient and precise motor control for vehicle traction and hydraulic pump applications.

Designed for small to medium-sized off-highway vehicles and light-duty electric vehicles, the M3 is suitable for tow tractors, forklifts, warehouse and logistics vehicles, sightseeing vehicles, golf carts, cleaning equipment, and low- to medium-speed electric vehicles.

Featuring field-oriented control (FOC), the controller supports regenerative braking, anti-rollback protection on slopes, and comprehensive system protection. It also supports CANopen communication, multi-platform commissioning, and flexible parameter configuration to meet diverse OEM requirements.

The DALA AM0-A motor controller supports AC induction motors (ACIM) and permanent magnet synchronous motors (PMSM), delivering efficient and precise motor control for vehicle traction applications.

Designed for forklifts, aerial work platforms, and other industrial vehicles, the AM0-A provides reliable traction control for demanding operating conditions.

Featuring field-oriented control (FOC), the controller supports regenerative braking, anti-rollback protection on slopes, and comprehensive system protection. It supports CANopen communication, multi-platform commissioning, and flexible parameter configuration. Additional features include automatic motor parameter identification and encoder zero-position calibration, accommodating diverse OEM customization requirements.

The A4P(E) motor controller is powered by a Cortex-M4F processor with a maximum operating frequency of 240 MHz, delivering high-performance control for AC induction motors (ACIM) and permanent magnet synchronous motors (PMSM).

Featuring excellent compatibility, the A4P(E) supports most motor and encoder types available on the market, making it suitable for a wide range of application scenarios and diverse OEM requirements.

The A2P(E) motor controller features a dual-processor architecture powered by a Cortex-M4F core with a maximum operating frequency of 240 MHz. It supports field-oriented control (FOC) for AC induction motors (ACIM) and permanent magnet synchronous motors (PMSM), with compatibility across a wide range of motor and encoder types.

Depending on the model, output current ratings range from 350A to 450A on 48–80V platforms. The controller supports serial communication and CANopen, multiple input and output interfaces, and cascaded position, speed, and torque control.

Compliant with ISO 13849 safety requirements, with performance up to PL d, the A2P(E) features overvoltage, overtemperature, and short-circuit protection. Its IP65-rated enclosure provides reliable protection in demanding operating environments.

The DP2 Series is designed for brushless DC (BLDC) motor control and incorporates patented technologies, including hybrid motor control and Hall-based hill-hold control, alongside proprietary automatic motor identification technology.

These technologies enable efficient and precise motor control, improving vehicle reliability and driving comfort. With integrated traction and hydraulic pump control, the series offers a cost-effective and efficient solution for electric vehicle applications.

Supporting CAN communication and comprehensive parameter-based programming, the controller can also be equipped with built-in Bluetooth, allowing users to perform commissioning and parameter adjustments through a mobile app.

The XD815 is an integrated floor scrubber controller that combines traction, brush, vacuum, brush deck lifting, squeegee lifting, and other functional controls in a single unit.

Supporting up to 12 digital inputs and 6 NPN outputs, it is compatible with potentiometers and solenoid valves, meeting the control requirements of a wide range of conventional floor scrubbers.

The XD515 is an integrated floor scrubber controller that combines traction, brush, vacuum, brush deck lifting, and squeegee lifting motor control in a single unit.Supporting up to 12 digital inputs and 6 NPN outputs, it is compatible with potentiometers and solenoid valves, providing a practical and integrated control solution for conventional floor scrubbers.

The AM1-S7 is an integrated floor scrubber controller that combines brushless DC traction, brushed DC brush, vacuum, and side brush motor control in a single unit.Supporting up to 12 digital inputs and 7 low-power outputs, the controller meets the functional requirements of a wide range of conventional floor scrubbers.With built-in CAN bus communication, the system can connect reliably to IoT modules, enabling features such as floor scrubber fleet management and remote monitoring.

The AM0-XD5 is an integrated floor scrubber controller supporting programmable control of up to five brushed DC motors, including traction, brush, vacuum, and two electric actuators.

It supports up to 12 digital inputs and 6 low-power outputs, and is compatible with potentiometer, CAN throttle, and Hall-effect throttle inputs. With built-in CAN bus communication, the controller can connect to IoT modules, enabling equipment rental management, remote monitoring, and other intelligent functions.

The XD5 is an integrated floor scrubber controller combining traction, left and right brush motors, vacuum, brush deck lifting, and squeegee lifting control in a single unit.Supporting up to 12 digital inputs and 8 NPN outputs, it is compatible with potentiometer and Hall-effect throttle inputs, meeting the control requirements of a wide range of conventional floor scrubbers.

The XD4 is an integrated floor scrubber controller combining traction, brush, and vacuum motor control in a single unit.It supports up to 10 digital inputs, 4 NPN outputs, and two electric actuator control channels, providing a reliable and integrated solution for conventional floor scrubber applications.

The XD3 is an integrated floor scrubber controller combining traction, brush, and vacuum motor control in a single unit.Supporting up to 10 digital inputs and 4 NPN outputs, it is compatible with potentiometer and Hall-effect throttle inputs, providing a practical control solution for conventional floor scrubbers.

The XD2C is an integrated floor scrubber controller that combines brush and vacuum motor control in a single unit.Supporting up to 7 digital inputs and 1 NPN output, it provides an integrated and reliable control solution for a wide range of conventional floor scrubber applications.

The EPS-M2 electric power steering controller supports both AC induction motors (ACIM) and permanent magnet synchronous motors (PMSM).Featuring a wide input voltage range of 48V, 72V, and 80V and an IP65 protection rating, it is designed for electric power steering systems in medium- to large-sized industrial vehicles, including counterbalance forklifts and reach trucks.

The EPS-D0E is a brushed DC electric power steering controller that has passed EN 13849 safety certification.Supporting both serial and CAN communication, it is designed for vehicle applications with stringent steering safety requirements, providing reliable steering control and flexible system integration.

The EPS-D0C is a brushed DC electric power steering controller supporting both 24V and 48V input voltage configurations.Featuring CAN communication, it is compatible with a wide range of vehicle platforms, making it a suitable solution for intelligent steering control and vehicle system integration.

The EPS-D0 is a brushed DC electric power steering controller specifically designed for electric vehicle steering systems.Providing stable and precise steering control with serial communication support, it is suitable for steering drive applications in compact electric vehicles.

The D3E is a brushed DC motor controller that has passed EN 13849 safety certification. Building on the D2E platform, it offers increased drive power and supports both serial and CAN communication.Designed to meet the safety and traction requirements of medium- to large-sized electric vehicles, the D3E delivers reliable performance for demanding material handling applications.

The D2E is a brushed DC motor controller that has passed EN 13849 safety certification.Featuring both serial and CAN communication interfaces, it is suitable for electric vehicle applications with demanding requirements for functional safety and communication compatibility.

The D5P is a high-power brushed DC motor controller designed for demanding electric vehicle traction applications.Delivering a peak current of up to 170A, it is suitable for heavy-duty electric material handling vehicles, meeting the requirements of high-load and intensive operating conditions.

The D4PC is a brushed DC motor controller supporting both 24V and 48V input voltage configurations.Featuring CAN communication, it is compatible with a wide range of vehicle models and voltage platforms, making it a flexible solution for standardized control system designs across multiple vehicle series.

The D4P is an upgraded brushed DC motor controller featuring a more compact design and increased drive power.Designed for traction applications in medium- to large-sized electric material handling vehicles, it supports serial communication and delivers reliable performance for demanding operating requirements.

The D3PC is a brushed DC motor controller that builds on the D3P platform with the addition of CAN communication.Supporting coordinated operation with multiple controllers and seamless system integration, it is suitable for intelligent and networked vehicle control systems.

The D3P is a brushed DC motor controller offering increased drive power for traction applications in medium-sized electric pallet trucks.Featuring stable control performance and serial communication support, it meets the traction drive requirements of a wide range of electric material handling vehicles.

The D2PC is a brushed DC motor controller that builds on the D2P platform with the addition of CAN communication.Supporting coordinated operation between multiple controllers and remote monitoring, it is suitable for electric vehicle applications with higher communication and system integration requirements.

The XD2 is an integrated floor scrubber controller that combines brush and vacuum motor control in a single unit.Supporting up to 7 digital inputs and 1 NPN output, it provides a practical and reliable control solution for a wide range of conventional floor scrubber applications.

The D2P is a brushed DC motor controller featuring a proven and reliable design, suitable for traction applications in electric pallet trucks and similar vehicles.With its compact size, easy installation, and serial communication support, the D2P provides a cost-effective drive control solution for economy electric material handling vehicles.

The XD2SC is an integrated floor scrubber controller combining brush and vacuum motor control in a single unit.Supporting 5 digital inputs and 1 solenoid valve output, it meets the control requirements of a wide range of conventional floor scrubbers. Featuring convenient wiring connections to the LCD control panel and reliable performance, it is an ideal choice for walk-behind floor scrubber applications.

The XD2S is an integrated floor scrubber controller combining brush and vacuum motor control in a single unitSupporting 5 digital inputs and 1 solenoid valve output, it provides reliable control for conventional floor scrubbers. With convenient wiring connections to the LCD control panel and a dependable design, the XD2S is well suited for walk-behind floor scrubber applications.

The DW5 is an integrated AC motor controller that combines two independent motor control channels in a single unit. Supporting up to 15 digital inputs and 6 low-power outputs, it meets the control requirements of a wide range of electric industrial vehicles.Operating on 48V, 60V, 72V, and 80V platforms, the DW5 features advanced control algorithms to improve vehicle maneuverability, operational performance, and driving comfort.