ABB 7BCEM7170T-I Motor - 460V, 3PH, F1, NEMA Certified
Part Number: 7BCEM7170T-I
Quick Summary
ABB 7BCEM7170T-I motor powers reliable 3-phase drive systems in industrial manufacturing environments. Engineers often face voltage and frequency compatibility gaps that cause downtime and costly reconfigurations. Built to NEMA standards with Insulation Class F and operation for 50/60 Hz, it supports dual-voltage setups and harsh ambient conditions. Designed to integrate with ABB Motors & Drives ecosystems, it reduces stocking complexity and improves project lead times. With a rugged 215TC framing and robust bearings, the unit delivers consistent torque across duty cycles. Its 114 kg class weight balances vibration control with serviceability in OEM assemblies. Operators appreciate straightforward installation, minimal recalibration, and predictable performance across temperature ranges.
Product Information
Extended Description
7BCEM7170T-I ABB: - 460 V (CEM7170T-I)
ABB Type Designation
10//7.5HP,1765//1465RPM,3PH,60//50H
Invoice Description
10.000 hp, 7.500 hp, 1765//1465 RPM, 3PH, 230/460//190/380 V, 60//50 Hz, XPFC, 215TC, F1
Product Name
-
Made To Order
No
Minimum Order Quantity
0.000 piece
Order Multiple
0.000 piece
Selling Unit of Measure
piece
Country of Origin
United States (US)
Customs Tariff Number
85015220
Stocked At (Warehouses)
China | Alabama, United States | Alaska, United States
Electrical Data
Frequency (f)
50 Hz | 60 Hz
Ambient Temperature
40 °C
Insulation Class
F
Type of Duty
CONT
Frame Material
Iron
Frame Size
Undefined
Bearing
6307
Bearing NDE
6206
Product Net Depth / Length
20.78 in
Product Net Weight
114.408 kg
Gross Weight
114.408 kg
Standards
NEMA
UNSPSC
26101115
Feature: Dual-voltage capability and broad frequency range enable a single motor to serve sites with 460V/60Hz or 230V/50Hz grids. Business impact: reduces spare parts, accelerates commissioning, and lowers total cost of ownership by avoiding multiple stock-keeping units. Application: ideal for conveyors, pumps, fans, and machine tools across automotive, packaging, and material-handling lines where 50/60 Hz and dual voltage are the norm. The 1765/1465 RPM options provide torque and speed flexibility to meet peak and steady-state loads. Durability: iron frame and a robust 215TC mounting simplify retrofits and reduce vibration-related wear in demanding environments.
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FAQs
When installing for dual-voltage operation, verify wiring for 230/460 V at 60/50 Hz or 190/380 V per the Invoice Description. Use a motor starter or VFD matched to voltage and frequency. The 215TC frame aligns with standard mounting, and the iron housing with bearings supports straightforward alignment during retrofits. Ensure ambient temperature remains within the 40 °C rating for sustained performance.
Key specs include 7.5 HP rated output with 1765 RPM at 60 Hz and 1465 RPM at 50 Hz, 3-phase operation, and dual voltage capability (230/460 V or 190/380 V). It uses Insulation Class F windings and is rated for CONT (continuous) duty. The 215TC frame and robust bearings (6307, 6206 NDE) support reliable operation in high-cycle environments.
Yes. The motor’s NEMA-aligned construction, Iron frame, and Insulation Class F are designed for demanding environments. Its 40 °C ambient rating and continuous-duty capabilities make it well-suited for conveyors, pumps, fans, and process equipment in manufacturing lines where reliability and uptime are critical.
The motor adheres to NEMA standards and features Insulation Class F windings suitable for hot environments. It is built for continuous-duty operation (CONT) and is designed for 50/60 Hz dual-voltage service, with dual voltage options and standard mounting compatible with ABB and non-ABB drives.
Benefit from a robust iron frame and bearings (6307 and 6206 NDE) that reduce wear and downtime, contributing to longer mean time between failures. The dual-voltage flexibility simplifies stocking and maintenance planning, while the 40 °C ambient tolerance supports stable operation in warm environments. Over time, this translates to lower maintenance costs and faster return on investment for industrial projects.