Overview
Manuals
YU Accessory ID
Breaker Frame Fit
Release Test
Features:
- The documented extended product type is YU E1.2..E6.2-XT7-XT7M 220-240 VAC/DC, and this value must match the supplied unit.
- The documented product type is Undervoltage release accessory, and this value must match the supplied unit.
- The documented current type is AC/DC, and this value must match the supplied unit.
ABB 1SDA073700R1 is documented for the applicable General Automation system configuration. Its recorded specification includes extended product type YU E1.2..E6.2-XT7-XT7M 220-240 VAC/DC, product type Undervoltage release accessory, current type AC/DC. Correct selection depends on the complete article identity, installed equipment, mechanical or electrical interfaces and the documented configuration rather than appearance alone. Using the exact model helps maintenance teams avoid incompatible revisions, connector arrangements and application variants.
Before installing 1SDA073700R1, record the original nameplate, installed position, connected assemblies and every relevant configuration detail. Compare the supplied unit with the existing hardware and applicable ABB service documentation, isolate all affected energy sources and preserve required settings or calibration data. After installation, inspect each affected interface and complete controlled functional checks before returning the equipment to service.
The 1SDA073700R1 ABB YU E1.2..E6.2-XT7-XT7M 220-240 VAC/DC is listed as Active / Available from OEM. Current revision, availability and supplied scope are confirmed in the written quotation.
ABB 1SDA073700R1 documentation and reference links.
Important Notice: Every linked document must identify the listed model or its documented family. Confirm the complete order code, hardware revision and installed-system requirements before replacement.
ABB lists 1SDA073700R1 as a 220–240 V AC/DC undervoltage release, not as a circuit breaker.
Confirm the receiving XT7, XT7M or Emax 2 frame and its control-circuit arrangement.
After installation, prove pickup, dropout and the required breaker interlocking sequence.
