Cutler Hammer-Eaton AN16GN0BB NEMA Size 2 Non-Reversing Motor Starter, 45A, 3-Pole

Description

Cutler Hammer-Eaton AN16GN0BB Non-Reversing NEMA Motor Starter Overview

The Cutler Hammer-Eaton AN16GN0BB is a heavy-duty NEMA Size 2 non-reversing motor starter engineered for reliable single- or three-phase motor control in commercial and industrial HVAC and mechanical applications. With a 220/240VAC 50/60Hz coil, this starter delivers dependable switching performance across a wide range of motor loads, making it a trusted solution for HVAC contractors and facilities maintenance professionals.

Key Features

• NEMA Size 2 motor starter rated for up to 45 continuous amps
• 220/240VAC 50/60Hz coil for broad voltage compatibility
• 3-pole configuration for three-phase or single-phase motor applications
• Non-reversing design for straightforward motor control
• Open type enclosure for panel or enclosure mounting flexibility
• Ambient compensated bimetallic overload relay for accurate motor protection across varying ambient temperatures
• Includes one normally open (NO) auxiliary contact for control circuit integration

Motor Protection & Control

The integrated ambient compensated bimetallic overload relay automatically adjusts trip thresholds based on surrounding temperature conditions, ensuring consistent and reliable motor protection whether installed in hot mechanical rooms or cooler environments. This feature helps prevent nuisance tripping while still safeguarding motors from damaging overload conditions.

Specifications

• SKU: AN16GN0BB
• Brand: Cutler Hammer-Eaton
• NEMA Size: 2
• Continuous Amp Rating: 45A
• Coil Voltage: 220/240VAC
• Coil Frequency: 50/60Hz
• Poles: 3
• Enclosure Type: Open Type
• Operation: Non-Reversing
• Phase: Single or Three Phase
• Overload Relay: Ambient Compensated Bimetallic
• Auxiliary Contact: One Normally Open (NO)

Applications

Ideal for controlling HVAC motors, compressors, fans, pumps, and other motor-driven equipment in commercial and light industrial settings where dependable overload protection and straightforward non-reversing operation are required.