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Supplier: Radwell International
Description: CHROMALOX Heating Elements 185869
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Supplier: Radwell International
Description: CHROMALOX Heating Elements 4419.699
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Supplier: Radwell International
Description: CHROMALOX Heating Elements 155-554807-515
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Supplier: Chromalox
Description: technology: The only Medium Voltage heating element with third party certification (ETL File # 101361500DAL-001) The only Medium Voltage SCR control panel with third party certification (UL 347C) The only Medium Voltage heating element that can pass an individual 11,360V
- Heat Source: Electric
- Task: Heating Only
- Features: Other
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Supplier: Chromalox
Description: Welded Steel Construction Long Life 0.475 in. (12.1 mm) dia. Copper Sheath Heating Elements High Temperature Centrifugal Pump - rated to 300°F (150°C) Electronic Digital Temperature and Process Control Discharge Pressure Gauge Chromalox MWS - Mid-Size Water/Glycol System - is
- Operating Temperature: 300 F
- Media Flow Rate: 60 to 200 GPM
- Discharge Pressure: 100 psi
- Heater Capacity: 50 to 800 kW
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Supplier: Chromalox
Description: The only Medium Voltage heating element with third party certification (ETL File # 101361500DAL-001) The only Medium Voltage SCR control panel with third party certification (UL 347C) The only Medium Voltage heating element that can pass an individual 11,360V dielectric
- Features: Electric
- Heater Type: Inline Heater
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Supplier: Chromalox
Description: a tendency to be difficult to operate, maintain, and repair, Chromalox DirectConnect medium voltage boilers are as robust and reliable as their low voltage counterparts. You can count on long-lasting, tough, and reliable metal sheathed heating elements that are much more
- Fuel Type / Heat Source: Electric
- Orientation: Horizontal
- Features: Skidded / Packaged
- Type: Steam
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In Situ Combustion Process - Results of a Five-Well Field Experiment in Southern Oklahoma
Twenty chromalox heating elements , each covering 6 linear in. of the pack and independently controlled, were spiralled around the 16-gauge stainless steel inner liner to permit controlling or even eliminat- ing radial heat losses from the burning front.
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Gas Generation Testing of Neptunium Oxide at Elevated Temperature
This oven enclosure has a built-in rack to hold sample vessels in contact with one of two 100-W heating elements ( Chromalox Model SL-B).
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Rayleigh scattering temperature measurements in a plane turbulent air jet at moderate Reynolds numbers
This unit consisted of two 1200 Watt tubular heating elements ( Chromalox type STRI) which were placed inside a 101.6 mm ID black iron pipe and controlled by a variac.
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CERAMIC ABSTRACTS
-The details are given showing the application of Chromalox electrical heating elements to the top piston of a semidry brick press.
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Nickel(II) Oxide Solubility and Phase Stability in High Temperature Aqueous Solutions
Heat was supplied to the autoclaves by a Chromalox electrical heating ele- ment jacket, the temperature being controlled by a Modicon PID programmable logic controller (PLC).
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Cobalt(II) Oxide Solubility and Phase Stability in Alkaline Media at Elevated Temperatures
Heat was supplied to the autoclaves by a Chromalox electrical heating element jacket, the temperature being controlled by a Modicon PID programma- ble logic controller (PLC).
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Peace River Tar Flow Experiments Under In Situ Conditions
Heating of the cell in some cases was accomplished by means of a Chromalox tubular heating element wrapped around the cell body.
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Evaluation of High-Temperature Pipe Insulations Using a 16-ln.-Diameter Pipe Test Apparatus
Chromalox tubular heating elements of triangular cross section were clamped to the inside diameter of the 40.64-cm (16 in.) pipe.
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Oxidative Dissolution of Nickel Metal in Hydrogenated Hydrothermal Solutions
Heat was supplied to the autoclaves by a Chromalox electrical heating element jacket, the temperature being controlled by a Modicon PID programmable logic controller (PLC).
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Sensing the Thermal History of High-Explosive Detonations Using Thermoluminescent Microparticles
A Chromalox circular resistive heating element provided a linear temperature ramp of 0.70 (±0.03) °C/s, as read via a platinum resistive temperature detector (RTD) clamped onto the crucible surface.
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