The factory-set CF High-Pressure Switch features set point ranges from 10-7500 PSI, with hardened steel pistons designed to provide longer life cycles in the most extreme applications and conditions. A variety of base material options are available, including brass, nickel-plated, 303 SS, and 316 SS.
The factory-set TW Temperature Switch features set points from 140-300ºF (60-148ºC), as well as a wide differential utilizing a snap-action device. The TW includes the industry’s leading range of media connections and probe lengths and is available in an assortment of different configurations.
The factory-set TT Temperature Switch features set points from 40-300ºF (4-148ºC), as well as the industry’s largest range of media connections and probe lengths. This makes the TT extremely versatile for a variety of applications where most devices would not be suitable.
The field-adjustable CD High-Pressure Switch features eight adjustment ranges from 10-7500 PSI, and can be configured to be even more environmentally safe. The CD allows for settings to be dialed in for consistent, precise adjustability. A variety of base material options are available, including brass, nickel-plated, 303 SS, and 316 SS.
100% Made in the USA
For nearly 70 years, Nason has been setting a new industry standard for customer-driven innovation. We’re passionate about getting it right for our customers. That’s why we’re always willing to create exactly what you need — precisely for your application, built to last and designed to perform just as you intended.
Every day, our team of experts carries out that commitment from inside our state-of-the-art 70,000-square-foot facility in Walhalla, South Carolina. We’re proud to be privately owned, allowing us to be nimble and creative for our customers — and ensuring that our switches, cylinders, and transducers continue to lead the industry in quality, efficiency, and flexibility.
Whether you’re looking for automation products such as HMI Touchscreens and PLCs; machine safety products such as safety laser scanners, safety relay modules and controllers, light curtains, and explosion-proof devices; or industrial components such as emergency stops, power supplies, LED lighting, switches, and relays, IDEC offers feature-rich components that work together seamlessly to optimize your applications.
With the acquisition of APEM, IDEC enhanced our ability to provide the ultimate in human-machine interface (HMI) solutions. APEM’s specialized offerings for markets including agricultural, medical, aeronautics, defense, and transportation, make IDEC’s product lines broader and more versatile. Together, we are one of the world’s largest manufacturers of high-quality HMI components, panels, and systems.
As a member of the UN Global Compact, a movement of sustainable companies, our mission is to continue developing smarter products, advancing the IIoT, and creating a sustainable planet.
Honeywell’s MICROSWITCH CPS Series Cable-Pull Safety Switches provide a readily accessible emergency stop signal, a cost-effective means compared to using multiple emergency-stop pushbuttons. The CPS Series Cable Pull Safety Switch’s internal mechanism latches on both slackened cable (push) and pulled cable.
Honeywell MICROSWITCH NT Series toggle switches meet the need for a rugged, cost-effective toggle switch. Quality construction features include a seal between the toggle lever and bushing and between the cover and case. These switches are suitable for applications in many demanding outdoor environments where the panels are subjected to vibration from equipment, temperature extremes, dust, splashing water, and/or hose-directed water.
Honeywell MICROSWITCH TL Series toggle switches are military qualified to MIL-DTL-3950, specifications for sealed toggle switches. Quality construction features include a bonded seal between the toggle lever and bushing and between the cover and case.
The robust design of the TL Series toggle is well-suited for many military, aerospace, and other demanding applications where reliability is essential. These applications include environments where the panels are subjected to mechanical shock, vibration, and temperature extremes as well as environments with dust, splashing, or hose-directed water.
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