ABB 1TGE999999R4001 Feeder for MNS 3.0 - CE Certification
Part Number: 1TGE999999R4001
Quick Summary
Feeder for MNS 3.0 by ABB delivers reliable power distribution for large switchgear in industrial facilities. Operators often face installation complexity and space constraints when upgrading legacy feeders. It carries CE conformity, the EC Declaration of Conformity for MNS, and clear REACH/WEEE information supporting global compliance. Designed for 400 V systems with up to 2500 A and 80 kA fault current, it reduces commissioning time and improves uptime. With MNS 3.0 WM compatibility and comprehensive manuals, this feeder delivers measurable business value through safer, faster, and more reliable power distribution.
Product Information
Extended Description
1TGE999999R4001 ABB: Feeder for MNS 3.0 (40E, Circuit Breaker), Rated Voltage [V]= 400, Short-Circuit Current [kA]= 80, Rated Current[A]= 2500
REACH Information
False - does not contain substances > 0.1 mass percentage
WEEE Category
Product Not in WEEE Scope
Product Net Width
600 mm
Product Net Height
1000 mm
Product Net Depth / Length
400 mm
Declaration of Conformity - CE
EC Declaration of Conformity MNS
Instructions and Manuals
MNS IOM manual
Data Sheet, Technical Information
MNS portfolio leaflet
Product Main Type
MNS3.0 WM
Feature: 400 V input with 80 kA short-circuit withstand and 2500 A rated current. Business impact: Supports fault-tolerant operation in heavy switchgear, reducing the need for additional protection or parallel feeders. Application: Well suited for MNS 3.0 configurations in manufacturing plants and substations. Feature: CE conformity and EC Declaration of Conformity for MNS, plus REACH and WEEE-scope information. Business impact: Streamlines regulatory approvals across regions and minimizes compliance risk. Application: Enables confident deployments in global projects and tailors to corporate sustainability requirements. Feature: Large physical footprint with dimensions 600 mm width, 1000 mm height, 400 mm depth. Business impact: Facilitates modular installation and internal cabling while maintaining serviceability. Application: Integrates into existing ABB MNS 3.0 switchgear envelopes and new builds. Feature: Comprehensive documentation including MNS IOM manual and data sheet. Business impact: Shortens on-site commissioning and reduces support calls. Application: Useful during installation, commissioning, and preventive maintenance. Feature: Compatibility with 40E circuit breakers and MNS 3.0 WM product family. Business impact: Simplifies upgrade paths and inventory planning for maintenance teams. Application: Suitable for retrofits and new builds in automation plants.
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FAQs
Yes. The feeder is designed specifically for ABB MNS 3.0 switchgear and matches the 40E circuit breaker family referenced in the product description. Installation aligns with the MNS IOM manual, and the unit’s dimensions (600 mm W x 1000 mm H x 400 mm D) fit standard MNS enclosures, facilitating straightforward retrofits or new installs.
Key specs include a 400 V rated input, 80 kA short-circuit current capability, and a 2500 A rated current. This combination ensures reliable fault endurance and high-load capacity, reducing the need for parallel feeders and enabling uninterrupted operation in demanding automation and substation environments.
Ideal for heavy industrial automation, large manufacturing facilities, substations, and data centers where robust 400 V power feeds and high fault current handling are essential. It integrates with the MNS 3.0 WM portfolio, making it suitable for both greenfield builds and major upgrades in utility-grade and process industries.
The product carries CE conformity with an EC Declaration of Conformity for MNS and provides clear REACH information (no substances above 0.1% by mass) and WEEE status (Product Not in WEEE Scope). These details support multi-region deployments and sustainability requirements.
Comprehensive documentation (MNS IOM manual, data sheets, and portfolio leaflets) reduces commissioning time and field support. The robust electrical ratings, regulatory clarity, and compatibility with existing MNS components translate to lower total cost of ownership through improved uptime, easier maintenance, and streamlined upgrades.