Authorized ABB Distributor (Low Voltage Drives)
ABB - Low Voltage Drives ABB-44480 - Braking Resistor, 4.26 OHMS, 11696 WATTS, GCE18 Enclosure, 28W x 10D x 10H in, 53 lbs

ABB Low Voltage Drives ABB-44480 Braking Resistor, 4.26 OHMS, 11696 WATTS, GCE18 Enclosure, 28W x 10D x 10H in, 53 lbs

Alternate Item Number: 3AUA0000015217

UPC: 662348000601


Documents & Media
Technical DrawingSpecification Sheet

Contact for Pricing

Call +1 (262) 252-1600 (toll-free 877-268-3700) or email [email protected] for pricing and availability.

Overview

The ABB-44480 braking resistor from ABB - Low Voltage Drives is a high-power energy dissipation solution for industrial motor braking applications. With a resistance of 4.26 ohms and a power rating of 11,696 watts, this resistor efficiently converts excess kinetic energy into heat during deceleration, protecting drive systems from damaging voltage spikes. Measuring 28 inches wide by 10 inches deep by 10 inches high and weighing 53 pounds, the ABB-44480 is engineered for compact yet powerful performance. The 4.26Ω resistance value balances energy dissipation with system compatibility, while the 11,696W rating handles continuous braking loads. This braking resistor is ideal for applications requiring precise motor control, including conveyors, cranes, and elevators where rapid deceleration is critical. The ABB-44480 integrates seamlessly with ABB drive systems and is designed for continuous operation in demanding industrial settings.
  • 4.26Ω resistance for balanced energy dissipation
  • 11,696W power rating for continuous braking loads
  • Compact dimensions: 28W x 10D x 10H inches, 53 lbs weight
  • Compatible with ABB drive systems for motor braking applications
  • Compatible with ABB low voltage drive systems
  • Manufactured in the US with UNSPSC 39122004 classification
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Frequently Asked Questions

What is the purpose of a braking resistor with variable frequency drives?

Braking resistors are used with variable frequency drives for applications requiring faster deceleration or when motor speeds exceed synchronous speed, dissipating regenerated power to prevent bus voltage from exceeding drive limits.

What is the purpose of a braking chopper (module)?

Braking modules monitor the DC bus of the drive and activate external braking resistors to dissipate regenerated power, preventing over-voltage trips and improving system performance.

What is the voltage range for ACS150 and ACS355 three-phase drives?

The ACS150 and ACS355 drives are available for three-phase 200-240V and 380-480V applications.

What is the voltage range for ACS250 three-phase UL Type 4X drives?

The ACS250 UL Type 4X drives are available for three-phase 200-240V and 380-480V applications.

What is the voltage range for ACS550 three-phase drives?

The ACS550 drives are available for three-phase 200-240V and 380-480V applications.

What is the voltage range for ACS150 and ACS355 single-phase drives?

The ACS150 and ACS355 drives are available for single-phase 200-240V applications.

What is the voltage range for ACS250 single-phase drives?

The ACS250 drives are available for single-phase 100-120V and 200-240V applications.

What is the voltage range for ACS250 three-phase drives (non-UL Type 4X)?

The ACS250 drives are available for three-phase 575-690V applications.

What is the function of the thermal switch in enclosed resistor units?

The normally closed thermal switch detects resistor temperature overloads, providing a safety mechanism to prevent overheating.

When should 200ºC rated wire be used with Type ED enclosures?

200ºC rated silicone or Teflon wire should be used when attaching directly to resistor coils if installing without the optional terminal connections.