HS50 82R J Wirewound Resistors – Chassis Mount by Ohmite – High-Power Precision Performance

The Wirewound Resistors – Chassis Mount HS50 82R J by Ohmite are engineered for demanding applications requiring stable resistance, high power dissipation, and rugged thermal performance. These resistors are widely used in industrial control systems, power supplies, audio equipment, motor drives, and automation modules.
If you need reliable Passive Components, durable Resistors, or precision-built Wirewound Resistors, this model is among the best in its class.
Learn more at https://www.xonelec.com/.

Technical Specifications of HS50 82R J

• Manufacturer: Ohmite

• Part Number: HS50 82R J

• Type: Wirewound Resistors – Chassis Mount

• Resistance: 82 O

• Power Rating: 50W

• Tolerance: ±5%

• Construction: Aluminum-housed wirewound

• Mounting Style: Chassis / heatsink mount

• Temperature Range: -55°C to +155°C

• Applications: Industrial drives, braking circuits, power supplies, motor controls

These high-performance Wirewound Resistors provide superior thermal efficiency and long-lasting reliability.

Key Features of HS50 82R J

• Robust Wirewound Resistors – Chassis Mount for industrial applications

• High 50W power rating with stable resistance

• Aluminum housing for effective heat dissipation

• Long-life wirewound construction

• Suitable for harsh electrical and mechanical environments

These features make the HS50 82R J Resistors ideal for engineers seeking durable Passive Components and high-precision Wirewound Resistors.

Applications of HS50 82R J

• Industrial Motor Drives

• Power Supplies & Inverters

• Braking / Dynamic Load Circuits

• Audio Equipment & Amplifiers

• High-power Filtering & Snubber Circuits

• Automation & Control Modules

In all these areas, Wirewound Resistors – Chassis Mount are essential components for stability and safe power dissipation.

Wiring and Mounting Overview

Typical installation:

[Resistor Housing] -> Mount to Metal Chassis/Heatsink
=>
[Electrical Terminals] -> Screw or lug connection to circuit

Mounting on a metal chassis enhances heat dissipation, ensuring long operational life.

Use Case Scenario: Motor Drive Braking Circuit

A manufacturer needed high-power Wirewound Resistors for a dynamic braking system.

Problem: Standard resistors overheated during peak load discharge.
Solution: Ohmite HS50 82R J Wirewound Resistors – Chassis Mount offered stable thermal performance and superior heat dissipation.
Result: Improved system reliability, reduced component failures, and consistent braking performance.

Download Datasheet for HS50 82R J

For mechanical drawings, thermal details, electrical characteristics, and compliance info:

Download HS50 82R J Datasheet at XON Electronics

Why Buy from X-On Electronics?

X-On Electronics (https://www.xonelec.com/) provides:

• 100% genuine Ohmite Wirewound Resistors

• Fast global shipping to USA, India, Australia, Europe & more

• Best pricing for OEMs & bulk buyers

• Technical assistance and sourcing support

• Secure ordering with reliable delivery

XON is the trusted source for Passive Components and industrial Wirewound Resistors – Chassis Mount.

Conclusion

The HS50 82R J Wirewound Resistors – Chassis Mount by Ohmite deliver exceptional performance, stability, and durability. Whether used in power electronics, automation, or industrial control, they offer consistent quality for high-power applications.

FAQs – HS50 82R J Wirewound Resistors

Q1. What is the power rating of HS50 82R J?
It supports up to 50W, ideal for high-power circuits.

Q2. Can this resistor be mounted on a heatsink?
Yes, it is specifically designed for chassis/heatsink mounting.

Q3. What applications require this type of resistor?
Motor drives, braking circuits, inverters, power supplies, and filtering.

Q4. Is the HS50 82R J suitable for high-temperature environments?
Yes, it operates from –55°C to +155°C with stable performance.

Q5. Where can I buy HS50 82R J worldwide?
You can purchase it from www.xonelec.com, shipping to USA, India, Australia, Europe & more.