RII Convection Heaters for Corrosive Environments [Technical Overview]
Specification for RII convection heaters for corrosive environments. Industrial Convection Heaters are versatile electric heater that use natural convective forces for heat transfer. Because this type of heater does not incorporate a fan and motor, it runs virtually silent and can be used virtually maintenance free. Individual Convection Heaters are a common heat source in small areas, but when combined as multiple heaters can heat large areas as well. Convector heaters for use in the food industry or in corrosive environments. • Elements, fins, casing in stainless steel 316L.
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TM Clean Water Applications [Technical Overview]
Specification for TM Clean Water Applications. Flanged immersion heaters are one of the most widely used methods for commercial heating of gases and liquids, such as water, oil, heat transfer fluid, and corrosive solutions. Designed for use in tanks and pressurized vessels, they are easy to install and maintain to provide heat for many processes. The direct immersion method is energy efficient and easily monitored and controlled. Flanged immersion heaters are used in a wide variety of applications, such as hot water storage tanks, warming equipment, preheating oil, food processing equipment, cleaning and rinsing tanks, heat transfer systems, process air equipment, boiler equipment, and freeze protection.
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AR & BCT-400 Protective Wells & Compression Fittings [Technical Overview]
Specification for AR and BCT-400 protective wells and compression fittings. Protective wells are used to enclose and protect the sensing device from some physical damage and corrosive liquids. BCT is an indicating temperature controller designed to control heating and / or cooling systems.
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ECE, EML & GBE Tubular elements [Technical Overview]
Specifications for ECE, EML & GBE elements . ECE Tubular heating elements for water, EML Fast assembly heating element and GBE Boiler elements
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FTS & FTI .475" Dia. & .315" Dia. Fintube® Heaters [Technical Overview]
Specification for FTS and FTI .475" Dia. and .315" Dia. Fintube® Heaters. Finstrip® and Fintube® heaters are ideal for OEMs and Users for heating air or gases. Superior to open coil elements, the heating coil is completely encased in a metal sheath. This minimizes a shock hazard due to accidental contact with the heater and makes the heater more rugged. The sheath also makes these elements ideal for applications with vibration.
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1/8 & 1/16 DIN Mounting Adapter Kits [Technical Overview]
Specification for 1/8 and 1/16 DIN mounting adaptor kits. The 1/8 and 1/16 DIN mounting adaptor kits allow you to easily convert an existing 1/4 DIN panel cutout for mounting an 1/8 or 1/16 DIN instrument.
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DHE & DHM Defrost Tubulars [Technical Overview]
Specification for DHE and DHM defrost tubulars. DHE De-frost elements, DHM de-icing mono tubular element and 389 anti-condensation elements for hazardous areas
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CIR 1/4 - 3/4" Dia. Cartridge Heater [Technical Overview]
Specification for CIR cartridge heaters. Leads can be bent at right angle near the heater without exposing bare wire therefore eliminating electrical shorts. Sheath length Dia. Sheath Material — Type CIR cartridge heaters are made with a high- temperature INCOLOY® sheath material.
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Contract ES & Contract E Rectangular Duct Heaters [Technical Overview]
Specification for ES and E rectangular duct heaters. Contract E and ES heaters are designed for mounting in standard and custom air ducts. Available in a multitude of power ratings and sizes, Contract E heaters can be designed for any duct heating application. The alloy coated steel frame supports standard 321 stainless steel elements, minimizing corrosion from moisture and other contaminates. Standard models are fitted with both automatic and manual reset temperature cutouts to prevent elements from overheating in low airflow situations. The terminal enclosure protects the pre-bussed element terminations and is rated to IP42 ingresss protection.
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LM-2 Solid State Relay Driver for SSR Series [Technical Overview]
Specification for LM-2 solid state relay driver for SSR series. The LM-2 (0135-28144) module accepts a 4 - 20 mA control signal and converts it to a 4.5 - 32 VDC time proportional control signal. Power supply is not required. The LM-2 is powered by the 4 - 20 mA loop. The LM-2 Module supports single and three-phase 2-leg power control configurations.