Industrial Electrical Resistors | Ohmite Manufacturing

Resistive Resources for the Industrial Sector

The complexities of the industrial sector can be challenging, but with Ohmite, rest assured you will receive insightful suggestions and guidance for your system designs. The vast array of industrial applications that are on the receiving end of damage and downtime can benefit significantly from customized resistive products. 

We have a portfolio of resistive products, from high voltage surface mount chips to high power load banks, to enhance the efficiency and safety of your applications, as well as custom solutions for instrumentation amplifiers, battery management, surge protection, and EMI filtering.

Additional Application Examples:

  • Resistors are used in transducers and sensors in industrial automation systems for signal conditioning, impedance matching, and current and voltage conversion. 
  • Resistors benefit industrial lighting systems by regulating the current. 
  • Resistors dissipate energy safely into heat for variable frequency drives (VFDS) and uninterruptible power supplies (UPS). 
  • Resistors regulate the voltage and current to manage the speed and torque of electric motors. 

However, our dedication goes far beyond only producing high-quality products. Ohmite’s experienced engineers and industry professionals are always willing to share their expertise, ensuring cost-effective solutions. 

Case studies and videos showcasing real-world examples of our products and options will be available soon. Feel free to bookmark this page as we continually update our library to support your designs. 

Discover the power of a genuine collaboration with Ohmite—your reliable industrial partner. Learn more about the products below or reach out to us with any questions.

separator
Quick View
270 Series

270 Series

Learn More
Quick View
280 Series

280 Series

Learn More
Quick View
89 Series

89 Series

Learn More
Quick View
PFE and PFR Series

PFE and PFR Series

Learn More
Quick View
Rheostats

Rheostats

Learn More