High Power Braking Edge Wound Resistor for VFD Braking, Neutral Grounding

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High Power Braking Edge Wound Resistor for VFD Braking, Neutral Grounding

High Power Braking Edge Wound Resistor for VFD Braking, Neutral Grounding

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Product Description

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Technical Parameters

Model NO.

REWR-G Series

Installation

DIP Resistor

Material

Metal Film Resistor

Packaging

Surface Mount

Type

Edge-Wound Resistor

Quantity

Single Connection

Shape

Circular

Resistance scale

Linear Scale

Application

Wind Power / VFD Braking / Load Banks

Certificate

ISO9000

Transport

Carton Packing

HS Code

8533900000

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Huge Power Circular Edge Wound Resistors

The resistance body is made of stable resistance alloy. The ribbon element is wound on edge in the form of a helix, and spun onto a ceramic bracket. The continuous surface temperature does not exceed 375ºC. REWR-G series are mainly used in VFD braking, motor control, load banks and neutral grounding. Product size and value can be designed according to customer requirements, or assembled into components.

High Power Braking Edge Wound Resistor

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Outline & Derating Curve

Outline Dimensions

Derating Curve

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Dimensions & Specifications

Size	A Over-all Dimensions		B Mounting Dimensions
Size	mm	inch	mm	inch
2	228.6	9	177.8	7
3	285.75	11.25	254	10
4	381	15	330.2	13
5	438.15	17.25	406.4	16
6	615.95	24.25	457.2	18
9	838.2	33	711.2	28

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Bracket Assembly Options

B1 Option

B1 Bracket

B2 Option

B2 Bracket

B3 Option

B3 Bracket

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Detailed Product Map

Frequently Asked Questions

What are the primary applications for REWR-G resistors?

These resistors are primarily used in VFD braking, wind power generation, motor control, load banks, and neutral grounding systems.

What is the maximum operating temperature for these units?

The continuous surface temperature for the REWR-G series is designed to not exceed 375ºC.

Can the resistance value and size be customized?

Yes, both product size and resistance values can be customized according to specific customer requirements or assembled into modular components.

What materials are used in the construction of the resistor?

The resistance body is made from a stable resistance alloy wound on edge as a helix and mounted on a durable ceramic bracket.

What quality certifications does the product carry?

The production process is certified under the ISO9000 quality management system standard.

What mounting options are available?

We provide several bracket assembly options, including B1, B2, and B3 configurations to suit different installation needs.

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