ABB 7GSP009667R0006 Motor Starter - E1811 Certified
Part Number: 7GSP009667R0006
Quick Summary
Motor Starter ABB 7GSP009667R0006 is a combination starter for single-speed induction motors up to 400 hp. It simplifies installation by integrating control and protection in a single enclosure, reducing wiring complexity and startup time. This unit carries UL/cULus E1811 certifications, aligns with ETIM 8 EC000225 for control circuit devices, and uses a NEMA Type 1 enclosure for indoor industrial environments. With a compact 3P design and 600V compatibility, it supports reliable motor control while delivering short-circuit protection via fuse, circuit breaker, or MCP, boosting uptime and energy efficiency. Operators benefit from reduced maintenance, faster fault diagnosis, and scalable integration with existing automation platforms.
Product Information
Extended Description
7GSP009667R0006 ABB: Combination, Full-Voltage Motor Starter for single-speed induction motors for upto 400hp, 600V. Provide short Circuit protection by fuse, circuit breaker or MCP.
Minimum Order Quantity
1 EA
UPC
783166675489
Product Net Width
10 in
Product Net Height
8.63 in
Product Net Depth / Length
24 in
Product Net Weight
31 lb
Package Level 1 Units
1 piece
Package Level 1 Width
11.75 in
Package Level 1 Height
11.75 in
Package Level 1 Depth / Length
25.5 in
Package Level 1 Gross Weight
31 lb
Number of Poles
3P
Enclosure Type NEMA
Type1
cULus Certificate
E1811
UL Certificate
E1811
ETIM 8
EC000225 - Control circuit devices combination in enclosure
WEEE Category
4. Large Equipment (Any External Dimension More Than 50 cm)
WEEE B2C / B2B
Business To Business
CN8
85365040
UNSPSC
39121521
eClass
V11.1 : 27371216
Motor Starter ABB 7GSP009667R0006 is a combination starter for single-speed induction motors up to 400 hp. It simplifies installation by integrating control and protection in one enclosure, reducing wiring complexity and startup time. This unit carries UL/cULus E1811 certifications, aligns with ETIM 8 EC000225 for control circuit devices, and uses a NEMA Type 1 enclosure for indoor industrial environments. With a compact 3P design and 600V compatibility, it supports reliable motor control while delivering short-circuit protection via fuse, circuit breaker, or MCP, boosting uptime and energy efficiency. Operators benefit from reduced maintenance, faster fault diagnosis, and scalable integration with existing automation platforms.
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FAQs
Plan for a 3P, 600V, full‑voltage motor starter in a NEMA Type 1 enclosure. Ensure proper wiring to fuse, circuit breaker, or MCP protection, and size the protective device to match motor inrush and running current. Mounting should support maintenance access, and use correct control circuit wiring to avoid nuisance trips. The unit ships as a single package, simplifying field assembly and commissioning.
The starter provides built‑in short‑circuit protection via fuse, circuit breaker, or MCP, with UL/cULus E1811 certification to confirm conformity. Its 3P design and 600V rating are suited for large-induction motors in industrial settings, enabling safe startup sequences and reducing fault propagation. Compliance with EN/ETIM specifications supports predictable diagnostics and maintenance.
Yes. It is a combination full‑voltage starter intended for single-speed 3‑phase induction motors up to 400 hp at 600V. It consolidates control and protective elements in a Type 1 enclosure, making it ideal for conveyors, machine tools, and packaging lines where compact, reliable motor control is needed and space is at a premium.
Key certifications include UL and cULus E1811 recognition, ensuring safe electrical control equipment. ETIM 8 EC000225 classifies the unit as a control circuit device combination in an enclosure, and a NEMA Type 1 enclosure supports indoor industrial use. WEEE and CN8/UNSPSC classifications also aid in regulatory and procurement processes.
The integrated design reduces wiring, panel space, and installation time, translating to lower labor costs and quicker commissioning. Fewer components mean fewer potential failure points and easier fault tracing, improving uptime. Combined with reliable short‑circuit protection, maintenance intervals can be extended, delivering measurable cost savings over traditional separate starters.