ABB 7GSP017766R0006 Lighting Contactor - UL E30541
Part Number: 7GSP017766R0006
Quick Summary
ABB 7GSP017766R0006 Lighting Contactor enables reliable 3-pole switching for 200 A loads in control panels. Engineers often contend with space constraints, heat buildup, and wiring complexity that slow panel assembly and increase downtime. This device carries UL certification E30541, ETIM EC000533 classification, and eClass 27111005 alignment to support global regulatory compliance and standardization. The compact footprint and compatibility with ABB control gear enable faster installation and reduced lifecycle costs. For applications such as conveyors, pumps, and HVAC drives, the 3P 200 A rating delivers robust performance while simplifying spare parts management and maintenance planning.
Product Information
Extended Description
7GSP017766R0006 ABB: 160M Lighting Contactor - Mechanical Held,3Poles,200Amps,120V coil,Type 1
Minimum Order Quantity
1 EA
Customs Tariff Number
8536490065
Product Net Width
18.3 in
Product Net Depth / Length
42.6 in
Product Net Height
6.6 in
Product Net Weight
92 lb
Number of Poles
3P
Product Name
CR160 Lighting Contactor
Full Load Amps AC Resistance (Heating)
200 A
WEEE B2C / B2B
Business To Business
WEEE Category
5. Small Equipment (No External Dimension More Than 50 cm)
UL Certificate
E30541
Package Level 1 Units
1 EA
Package Level 1 Width
19 in
Package Level 1 Depth / Length
43 in
Package Level 1 Height
7 in
Package Level 1 Gross Weight
92 lb
ETIM 7
EC000533 - Lighting control system component
ETIM 8
EC000533 - Lighting control system component
ETIM 9
EC000533 - Lighting control system component
eClass
V11.1 : 27111005
UNSPSC
39121529
The 3P 200 A lighting contactor with a 120 V coil delivers strong, reliable switching for large motors, reducing contact wear and improving uptime in demanding environments. This translates to measurable business impact: faster start-ups, lower maintenance costs, and safer operation in critical control panels. In real-world MCC and panel installations, the CR160 enables compact wiring schemes and improved cabinet density by consolidating switching in a single, mechanically held device, supporting long service life with minimal downtime. The UL E30541 certification, alongside ETIM EC000533 and eClass 27111005 classifications, provides compliant documentation for procurement and systems integration, reducing regulatory review time and accelerating approvals for new projects. WEEE B2B compliance and a defined packaging footprint further streamline logistics and end-user support.
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FAQs
This model is a three-pole, 200 A device with a 120 V coil designed for standard industrial control panels and MCCs. It fits typical motor control center configurations, enabling straightforward wiring and mounting with common terminal blocks. Ensure clearance and thermal margins satisfy your panel's heat dissipation requirements and verify compatibility with adjacent contactors and overloads.
Key specs include 3P operation, 200 A full-load current, 120 V coil voltage, and mechanical held operation. The unit carries UL certificate E30541 and aligns with ETIM EC000533 and eClass 27111005 classifications, supporting reliable performance in motor control applications such as conveyors and pumps.
Yes. The 3P 200 A CR160 is designed for rugged panel duty with mechanical holding capability, which helps withstand vibration and repetitive switching in industrial settings. For harsh environments, ensure proper enclosure rating and cooling; while the data confirms robust construction, verify your specific IP/ enclosure requirements and protective measures.
The product holds UL certification E30541, and is categorized under ETIM EC000533 and eClass 27111005. These certifications and classifications support safety compliance, supply-chain standardization, and faster procurement and integration across global projects, reducing risk during audits and ensuring compatibility with other certified components.
Total cost of ownership benefits come from reduced downtime due to robust switching, simplified installation, and lower maintenance costs thanks to durable mechanical design. Although initial purchase price can be higher than smaller devices, lifecycle savings from fewer failures, easier part replacements, and streamlined regulatory approvals typically justify the investment for motor control centers and critical HVAC drives.