ATSE 2000A–3200A
High-capacity frame for utility incomers, large data halls and process plants.

Key characteristics
- Designed for utility-to-generator main incomer duty
- Mechanical interlock with position feedback
- Supplied as a complete changeover assembly
The ATSE 2000A–3200A datasheet and IEC 60947-6-1 type-test evidence are issued on request so the current revision reaches your project file.
Request datasheetATSE 2000A–3200A parameter table
Values shown are typical for this frame. Request the datasheet for project-specific figures and tolerances.
| Current Rating | Poles | Transfer Time | Control Voltage | Standard | Mechanical Life |
|---|---|---|---|---|---|
| 2000A – 3200A | 3P / 4P | 1.5 s – 15 s, adjustable | AC 220V / 230V | IEC 60947-6-1 | 4,000 operations (typical) |
Typical applications
- Utility incomer changeover at 2000A and above
- Large data hall generator switching
- Heavy process plant main distribution
Statements confirmed for this frame
- 01
The 2000A–3200A ATSE is supplied as a complete changeover assembly tested to IEC 60947-6-1 in PC class.
- 02
It is intended for main incomer duty where the changeover device is coordinated with upstream utility protection.
- 03
Position feedback and interlock status are provided for integration with plant control systems.
Questions on this frame
Why is the 3200A frame offered in PC class only?
At this rating the changeover device carries and closes on fault current, while short-circuit interruption is handled by the upstream breaker in the coordination study.
Can it be delivered as a complete assembly rather than a bare device?
Yes. This frame is normally supplied as a complete changeover assembly with busbars, controller and interlocks mounted and factory tested.
What information is needed to size a 2000A+ changeover?
Continuous current, fault level, earthing system, generator start profile and the required maximum transfer time are the main inputs.
Compare with other current bands
Request a quote for ATSE 2000A–3200A
Send the board design current, pole configuration and required transfer time. We will confirm the frame and control voltage.