Stepper MotorsCode 45768f741d
Oriental Motor Super Vexta UD2115 2-Phase Stepper Motor Driver
The Oriental Motor Super Vexta UD2115 is a high-performance constant-current driver designed for controlling compatible two-phase stepping motors.
- Delivery in 2 to 4 working daysFree in Islamabad & Rawalpindi above Rs 5,000
- Cash on deliveryPay when your parcel arrives
- 7-day checking warrantyDead-on-arrival items replaced
- Packed with careAnti-static & padded packaging
Highlights
- Industrial automation systems
- CNC and positioning equipment
- Automated machinery
- Precision movement systems
- Textile and packaging machines
- Robotics and motion-control projects
- Laboratory automation equipment
- Two-phase stepping motor applications
About this product
The Oriental Motor Super Vexta UD2115 is a high-performance constant-current driver designed for controlling compatible two-phase stepping motors. It supports selectable full-step and half-step operation, pulse and direction control, and optically isolated signal inputs for reliable motor control. With automatic current reduction during motor standstill and built-in overheat protection, this driver is suitable for industrial automation, precision positioning, CNC equipment, and motion-control applications.
The Oriental Motor Super Vexta UD2115 is an industrial stepper motor driver developed to provide controlled and consistent operation of compatible two-phase stepping motors. Its constant-current drive design helps regulate motor excitation, making it suitable for applications that require accurate rotational positioning and repeatable movement.
The driver receives control pulses and rotation-direction signals from an external controller, allowing users to integrate it into automated machinery and motion-control systems.
Key Features
Applications
The UD2115 driver is suitable for compatible motor-control applications, including:
Control and Operation
The driver receives movement commands from an external controller through pulse and direction inputs. The pulse signals determine the stepping movement, while the direction input controls the direction of rotation.
Users can select full-step or half-step operation through the internal function switches.…
