ABB 7TBA008940R0044 Non-contact AC sensor - 6160
Part Number: 7TBA008940R0044
Quick Summary
Non-contact AC sensor detects live AC sources and locates burned-out bulbs in lighting circuits. Maintenance teams waste time chasing dead lamps, increasing downtime and energy costs. This ABB device aligns with industry classifications IGCC 6160 and UNSPSC 41111928, while clearly noting WEEE scope (Product Not in WEEE Scope) for regulatory compliance. Batteries included and packaging of 1 unit streamline stocking and field deployment for maintenance teams. By pairing a handheld, battery-powered design with reliable live-AC indication, it speeds fault finding, reduces service visits, and improves maintenance ROI. Its robust handheld form supports quick checks in challenging enclosures, making it ideal for contractor field kits and in-plant programs.
Product Information
Extended Description
7TBA008940R0044 ABB: Non-contact AC sensor. Detects live AC source and locates burned-out bulbs. Batteries included. Package of 1.
UPC
67396015339
Country of Origin
China (CN)
Selling Unit of Measure
each
Package Level 1 Units
10 EA
Package Level 1 Width
137.16 mm | 5.4 in
Package Level 1 Height
256.54 mm | 10.1 in
Package Level 1 Depth / Length
134.62 mm | 5.3 in
Package Level 2 Units
100 EA
Package Level 2 Width
688.34 mm | 27.1 in
Package Level 2 Height
284.48 mm | 11.2 in
Package Level 2 Depth / Length
294.64 mm | 11.6 in
Package Level 3 Units
2000 EA
Package Level 3 Width
1016 mm | 40 in
Package Level 3 Height
1264.92 mm | 49.8 in
Package Level 3 Depth / Length
1219.2 mm | 48 in
Brand / Label
Marrette
Effective Date
20070601
Product Name
AMMETER OR VOLTMETER FOR EMERGENCY LIGHTING
Product Type
Current Sensor
Data Sheet, Technical Information
MR-1130
UNSPSC
41111928
WEEE Category
Product Not in WEEE Scope
IDEA Granular Category Code (IGCC)
6160 >> Current sensors
Feature: Non-contact sensing detects live AC sources without touching the conductor, enabling safer inspections of energized circuits. Business impact: Reduces shock risk, accelerates fault verification, and supports safer maintenance practices. Application: Use on lighting runs and emergency luminaire circuits in facilities where quick confirmation of power state saves minutes per inspection. Feature: Locates burned-out bulbs while the circuit is active, speeding fault diagnosis. Business impact: Cuts unnecessary site visits and replacement stock by confirming failures on the first pass. Application: Ideal for facilities with frequent lamp failures, including offices, retail spaces, and healthcare environments. Feature: Batteries included and ready to use out of the box; package contains a single unit for immediate field deployment. Business impact: Eliminates delays waiting for accessories and simplifies stocking for maintenance teams. Application: Well suited for service vans and toolkits that require quick readiness. Feature: Handheld, compact form supports one-hand operation in tight spaces and reduces technician fatigue. Business impact: Improves productivity during routine checks and emergency assessments. Application: Effective in crowded electrical rooms, drop ceilings, and retrofit projects. Feature: Documentation and compliance context: Data Sheet MR-1130, IGCC 6160 classification, UNSPSC 41111928, and WEEE scope notes. Business impact: Provides traceability for procurement, audits, and regulatory reporting. Application: Facilitates vendor qualification and asset management in industrial facilities.
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FAQs
This sensor is designed for use in commercial lighting environments, including offices, retail spaces, healthcare facilities, and industrial plants. Its non-contact design makes it suitable for energized circuits such as emergency lighting and general lighting runs, enabling safe quick checks without power interruption.
The device detects live AC sources and simultaneously identifies lamp failures by sensing current draw patterns and arc activity. This eliminates guesswork, reduces the need for additional tools, and speeds fault confirmation on the first visit, lowering service time and maintenance costs.
No wiring is required; the unit is battery-powered and handheld for rapid on-site use. It aligns with industry classifications IGCC 6160 and UNSPSC 41111928, and its data sheet MR-1130 provides technical guidance for integration with current sensor workflows in emergency lighting installations.
The product notes WEEE scope as Product Not in WEEE Scope and is classified under IGCC 6160; while explicit certifications like CE or SIL aren’t listed, the device’s compliance references support regulatory reporting and procurement traceability for typical industrial environments.
By reducing on-site visits, speeding fault diagnosis, and enabling safer, quicker verifications, the sensor lowers labor hours and downtime in emergency lighting upkeep. Batteries come included, and it ships as a ready-to-use unit, accelerating deployment in maintenance programs and service fleets.