ATSE 1000A–1600A
Heavy-duty frame for hospital mains, data center feeds and infrastructure risers.
Key characteristics
- Copper busbar terminations rated for continuous duty
- Mechanical and electrical interlock as standard
- Coordinated with downstream selectivity studies
The ATSE 1000A–1600A datasheet and IEC 60947-6-1 type-test evidence are issued on request so the current revision reaches your project file.
Request datasheetATSE 1000A–1600A 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 |
|---|---|---|---|---|---|
| 1000A – 1600A | 3P / 4P | 1 s – 10 s, adjustable | AC 220V / 230V | IEC 60947-6-1 | 6,000 operations (typical) |
Typical applications
- Hospital main incoming changeover
- Data center utility-to-generator switching
- Airport and metro infrastructure risers
Statements confirmed for this frame
- 01
The 1000A–1600A frame is built for continuous duty at rated current and is tested to IEC 60947-6-1.
- 02
MOTE Electric supplies this frame in 3-pole and 4-pole versions in both PC class and CC class.
- 03
Busbar terminations are sized to accept project cabling without adapters.
Questions on this frame
What is the typical transfer time for a 1250A ATSE?
It is adjustable from about 1 s to 10 s. Longer settings are common where the generator needs time to stabilise before the load transfers.
Is a 4-pole ATSE required for a hospital main board?
Four-pole switching is typically used where neutral switching or downstream RCD coordination is required; the requirement follows the earthing system design.
Does this frame comply with IEC 60947-6-1?
Yes. Type-test evidence for the 1000A–1600A frame is referenced to IEC 60947-6-1 and available on request during procurement.
Compare with other current bands
Request a quote for ATSE 1000A–1600A
Send the board design current, pole configuration and required transfer time. We will confirm the frame and control voltage.