1SDA104722R1 ABB Kit W MP RC XT5 4p 630A FP

1SDA104722R1 ABB Kit W MP RC XT5 4p 630A FP

ABB 1SDA104722R1 is a four-pole 630 A conversion kit for transforming a compatible SACE Tmax XT5 residual-current moving part from plug-in to withdrawable configuration for use with a fixed part.

SKU: 1SDA104722R1MPN: 1SDA104722R1
Price
List Price £436.10 ex VAT
Your Price (ex VAT) Save 25%
£327.08 25% OFF
You save £109.03 per unit
Manufacturer Lead Time Estimated Delivery 8 weeks
Get the best trade prices Trade exclusive

Create an online account to unlock exclusive pricing, special offers and more.

Create an online account Quick & easy setup
SUBTOTAL (EX VAT) £327.08
Trade pricing is personalised to your account

Manufacturer Lead Time

£327.08

Why Choose the ABB Kit W MP RC XT5 4p 630A FP?

The ABB Kit W MP RC XT5 4p 630A FP, order code 1SDA104722R1, is a conversion kit for the moving part of an ABB SACE Tmax XT5 moulded case circuit breaker with residual-current functionality. It is specifically designed to convert a compatible plug-in residual-current XT5 configuration into a withdrawable moving-part arrangement.

Designed for the XT5 630 platform, the kit supports a 630 A, four-pole configuration and is intended for use with the corresponding fixed part. This allows the compatible breaker assembly to operate within ABB's withdrawable architecture, supporting easier removal, inspection and servicing while the fixed portion remains installed.

The 1SDA104722R1 forms part of ABB's SACE Tmax XT plug-in and withdrawable accessory range and is specified for IEC and UL applications. Its dedicated RC configuration maintains compatibility with the residual-current version of the XT5 assembly while providing the components required for conversion to withdrawable operation.

Key Advantages

  • Genuine ABB conversion kit for the SACE Tmax XT5 platform.
  • Converts a compatible residual-current moving part from plug-in to withdrawable configuration.
  • Designed specifically for the XT5 630 platform.
  • Supports a 630 A circuit-breaker configuration.
  • Four-pole design for compatible four-pole XT5 assemblies.
  • Dedicated RC residual-current configuration.
  • Designed for use with the corresponding withdrawable fixed part.
  • Supports service-friendly removal and replacement of the breaker moving part.
  • Part of ABB's coordinated plug-in and withdrawable accessory system.
  • Specified for both IEC and UL applications.

Key Features

  • ABB SACE Tmax XT5 conversion accessory.
  • Withdrawable moving-part conversion kit.
  • Conversion from compatible plug-in RC configuration to withdrawable configuration.
  • Designed for XT5 630.
  • 630 A configuration.
  • 4-pole construction.
  • RC residual-current configuration.
  • W withdrawable version.
  • Designed for use with a compatible fixed part.
  • Accessory family: plug-in and withdrawable accessories.
  • IEC/UL certification.
  • ABB order code 1SDA104722R1.

XT5 Residual-Current Plug-In to Withdrawable Conversion

The Kit W MP RC is specifically intended to transform a compatible residual-current XT5 moving part from a plug-in arrangement into a withdrawable unit. The withdrawable architecture enables the breaker moving part to interface with the corresponding fixed part while providing the flexibility to withdraw the breaker for maintenance or replacement.

For this 1SDA104722R1 version, ABB specifies a four-pole XT5 configuration for 630 A with residual-current functionality. Using the dedicated ABB conversion kit helps preserve the intended mechanical and electrical compatibility of the SACE Tmax XT system while enabling a more service-friendly withdrawable installation.

Typical Applications

  • ABB SACE Tmax XT5 residual-current circuit-breaker assemblies.
  • Conversion of compatible XT5 RC plug-in units to withdrawable configuration.
  • 630 A four-pole low-voltage distribution systems.
  • Industrial switchboards requiring withdrawable circuit breakers.
  • Commercial electrical distribution assemblies.
  • Installations requiring residual-current protection and removable breaker assemblies.
  • OEM switchgear and electrical equipment.
  • IEC and UL circuit-breaker installations.

Technical Specifications

Series SACE Tmax XT
Frame size XT5
ABB order code 1SDA104722R1
Alternate catalogue number KXT5WMPRC600-4
Product type Withdrawable conversion kit
Product main type Plug-in and withdrawable accessories
Function Conversion of residual-current moving part from plug-in to withdrawable
Version W / Withdrawable
Residual-current configuration RC
Current configuration 630 A
Number of poles 4
Fixed-part application Yes
Suitable for SACE Tmax XT5
Standards IEC / UL
Certification IEC / UL
Product dimensions (H × W × D) 45 × 200 × 200 mm
Product net weight 0.302 kg
EAN / UPC 8015644068141

Frequently Asked Questions

What is the ABB 1SDA104722R1?

The ABB 1SDA104722R1 is a withdrawable moving-part conversion kit for a four-pole, 630 A SACE Tmax XT5 residual-current circuit-breaker configuration.

What does RC mean in Kit W MP RC XT5?

RC identifies the residual-current configuration. This kit is specifically designed for a compatible XT5 moving part incorporating residual-current functionality.

What does the ABB 1SDA104722R1 conversion kit do?

It converts a compatible plug-in residual-current XT5 moving part into a withdrawable moving-part configuration for use with the corresponding fixed part.

What breaker configuration is ABB 1SDA104722R1 designed for?

The kit is designed for a four-pole, 630 A ABB SACE Tmax XT5 residual-current configuration.

Is ABB 1SDA104722R1 a complete circuit breaker?

No. The 1SDA104722R1 is a conversion kit for the moving part of a compatible XT5 residual-current circuit-breaker installation, rather than a complete circuit breaker.

Trusted ABB Circuit-Breaker Accessories

ABB SACE Tmax XT conversion accessories provide purpose-designed components for modular circuit-breaker installations, helping maintain correct mechanical compatibility and supporting service-friendly plug-in and withdrawable configurations in demanding low-voltage distribution systems.