Send Inquiry

Request To Call Back

Braking Resistor

Price 15000 INR/ Piece

Get a Price/Quote

MOQ : 1 Unit

Braking Resistor Specification

Connector Type
Cable Lug

Operating Temperature
-25C to +80C

Shape
Rectangular

Insulation Material
Ceramic

Feature
High Heat Dissipation, Vibration Resistant

Efficiency
>95%

Power Factor
0.98

Humidity %
95%

Overheating Protection
Yes (Thermal Cut-off)

Surface Finish
Anodized

Mounting Type
Panel Mount

IP Rating
IP20

Product Type
Braking Resistor

Application
To control and stabilize the output voltage by switching the load current on and off

Protection Level
Overload and Overheat Protection

Frequency (MHz)
50-60 Hertz (HZ)

Rated Voltage
300 V AC

Energy Consumption
Low

Output Type
Resistive Load

Color
Silver (Body), Black (End Caps)

Dimension (L*W*H)
300 mm x 60 mm x 60 mm

Weight
1.5 kg

Input Voltage
300 V

Size
Standard

Phase
Single Phase

No Of Poles
Single

Connection Type
Screw Terminal

Material
Stainless Steel Resistor Wire, Aluminum Housing

Cooling Method
Natural Air Cooling

Continuous Power
200 W

Inductance
Low Inductance

Fire Retardant Grade
UL94 V-0

Resistance Value
100 10%

Thermal Time Constant
250 s

Dielectric Strength
AC 2000V/1 min

Peak Power Rating
2 kW

Lead Wire Length
300 mm

Compliance Standard
RoHS, CE Marked

Braking Resistor Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
100 Units Per Week

Delivery Time
1 Week

Packaging Details
As per the client requirement.

Main Domestic Market
All India

About Braking Resistor

We have been able to emerge as a leading manufacturer, trader, importer, supplier, exporter and distributor of a wide range of Braking Resistor. To comply with set industrial norms, we use optimum quality aluminum and components to manufacture this resistor. Used in power supply, transducer, elevator and load equipment and is available in different sizes and technical specifications as per client requirements. Braking Resistor is most commonly demanded for their multiple applications in different industry verticals.

SR. NO.	Watts	Value
1	60 W	1 to 5K
2	80 W	1 to 5K
3	100 W	1 to 5K
4	120 W	1 to 5K
5	150 W	1 to 5K
6	200 W	1 to 5K
7	300 W	1 to 5K
8	400 W	1 to 5K
9	500 W	1 to 5K
10	750 W	1 to 5K
11	1000 W	1 to 5K
12	1200 W	1 to 5K
13	1500 W	1 to 5K
14	2000 W	1 to 5K
15	2500 W	1 to 5K
16	3000 W	1 to 5K
17	4000 W	1 to 5K

Features:

Excellent loading life stability
Strongly resistant to moisture
Non inductive type available
Light weight

Advanced Electrical Protection and Safety

Designed with built-in overload and overheating protection, this resistor features a UL94 V-0 fire-retardant grade and a high dielectric strength of AC 2000V for 1 minute. Its anodized aluminum housing and ceramic insulation provide enhanced durability and fire safety, ensuring prolonged operation even under tough conditions. With an IP20 protection rating and a robust construction, it safeguards sensitive equipment and offers reliability in industrial environments.

Optimized for Industrial Applications

The resistor supports both peak power (2 kW) and continuous power (200 W), allowing seamless operation in applications requiring rapid absorption of load voltage fluctuations. It's compatible with 300 V AC rated voltage, operates over a wide temperature range (-25C to +80C), and is suited for panel mounting, making it ideal for drive systems, elevators, cranes, and various control systems. Its efficiency (>95%) and low energy consumption translate into cost savings and operational stability.

FAQ's of Braking Resistor:

Q: How does the braking resistor help control and stabilize output voltage in industrial systems?

A: The braking resistor switches the load current on and off to dissipate excess energy, preventing voltage spikes and helping to stabilize the system output during operation cycles. This is especially useful in variable frequency drives, elevators, and cranes.

Q: What are the recommended installation guidelines for this braking resistor?

A: The resistor is designed for panel mounting and should be installed in a well-ventilated area, allowing natural air cooling. Ensure connection is made using the provided screw terminal and cable lug, with proper insulation and adherence to safety standards.

Q: When is this braking resistor most beneficial in operational use?

A: It is most beneficial during rapid deceleration or sudden load changes, where it dissipates excess energy to prevent system overvoltage and equipment damage, maintaining controlled and safe machine operation.

Q: Where can this braking resistor be used effectively?

A: It can be efficiently used in industrial automation systems, elevators, cranes, drive systems, and other electrical applications requiring resistive load management for single-phase systems operating at 300 V AC and 50-60 Hz frequency.

Q: What is the typical process of integrating this resistor into an electrical circuit?

A: Integration involves connecting the resistor in parallel with the drive system's DC bus using its 300 mm lead wires and cable lugs. Secure it firmly onto a panel mount surface to ensure effective heat dissipation and electrical contact.

Q: What are the main benefits of using this braking resistor in industrial environments?

A: Key benefits include high heat dissipation, low inductance for fast response times, overload and thermal protection, high energy efficiency (>95%), fire-retardant design, vibration resistance, and compliance with both RoHS and CE standards, ensuring safety and long-term reliability.

Q: How does the overheating protection feature work in this braking resistor?

A: The built-in thermal cut-off automatically disconnects the resistor from the circuit when a critical temperature is reached, thus preventing potential overheating damage and extending the lifespan of the resistor and connected equipment.

Tell us about your requirement