PACIFIC SCIENTIFIC SCE904AN-002-01 is a stepper drive (or digital servo drive) with high performance, high precision, and flexible communication capabilities, suitable for industrial automation, motion control, and other scenarios.

1. Product Overview
Brand and Model: PACIFIC SCIENTIFIC， The model is SCE904AN-002-01.
Product type: Stepper driver (or digital servo driver).
Application areas: industrial automation, motion control, precision machining, laboratory measurement, communication, testing and measurement, etc.

2. Technical specifications
Power level:
At 25 ° C, the continuous current is 7.5A and the peak current is 15.0A (convective cooling).
At 50 ° C, the continuous current is 7.5A and the peak current is 15.0A (forced air cooling).
Input voltage: 90-264 VAC, 47-63 Hz single-phase.
Cooling method: fanless, using convection cooling.
Resolution: 0.25 μ s, suitable for high-precision motion control.
Control interface: Supports analog and incremental digital commands, with built-in USB interface for easy programming and debugging.Custom code: 002, firmware is standard basic servo software.

3. Functional features
High precision control:
Provide high-resolution pulse generation capability, suitable for applications that require precise position, velocity, and torque control.
Supports multiple control modes, such as position control, speed control, and torque control.
Flexible communication capability:
Built in communication and setting interfaces, supporting communication with the upper computer or other devices.
It can be connected to sensors or ESC (Electronic Speed Controller) through USB port to achieve universal I/O control.
High dynamic response:
Fast response speed and high dynamic performance, able to quickly respond to external instructions and load changes.
Rich debugging functions:
Provide rich control parameters and debugging tools to facilitate users to make precise control adjustments according to specific needs.
High reliability:
Adopting high-quality hardware and strict production processes to ensure high reliability.
Equipped with comprehensive protection functions such as overcurrent, overvoltage, overheating, etc., effectively protecting motors and drivers from damage.
4. Advantages and Applications
Advantages:
High performance: Combining advanced digital control technology and high-performance hardware to achieve precise motor control.
Easy to integrate: Using standard interfaces and communication protocols, it is convenient to integrate with other control systems and devices.
Strong flexibility: supports multiple control modes and rich control parameters to meet different application needs.
Application scenarios:
Precision machining, automated production lines, medical equipment, semiconductor equipment, laboratory measurements, and other fields that require high-precision motion control.