CAST-X High Temperature 500 Circulation Heater
With a range extending to 600°C (1112°F), CAST-X HT 500 delivers robust heat in a small package.

APPLICATIONS:
- Nitrogen & Air Heating
- Cryogenic (liquid-to-gas phase change)
- LNG Testing Devices & Vaporizers
- Laboratory Applications
- Beverage Machines
- Steam Generation
FEATURES & BENEFITS:
- Max Operating Temp of 1112°F / 600°C !
- Fluid Path has No Contact with Heating Elements
- Heated Media is Isolated in Seamless 316 Stainless Steel Tubes
- Allows for Safe Heating of Explosive Gases & Flammable Liquids
- Excellent Performance in High-Pressure Applications
- Suitable for Use with Sterile and Zero Contaminant Processes
- Small Size Enables Easy Integration into Larger Machines
- Self-Draining Flow-Tubes, and Long-Life Heating Elements
SPECIFICATIONS:
Power:
- Up to 1500 W
- Voltage Range: 120 - 240 V
Tubing:
- .250” OD (1/4") (6.3 mm)
- .035” Wall (.88 mm)
- Overall Process Tube Length: 84” (213 cm)
- Inconel 600 material
- Passivated or Electro-Polished (optional upgrades)
- Max Pressure: See Chart Below
Enclosures:
- Explosion-Proof Enclosure, certified to:
Class 1, Div 1 & 2, Grp. B, C, D; (Explosion proof)
Class 2, Div 1, Grp. E, F, G; (Dust-Ignition proof)
Class 2 Div 2, Grp. F, G; (Raintight)
Class 3 (Wet Locations) NEMA 3, 4, 7CD, 9EFG - No Enclosure Option Also Available
Certifications are for enclosure only.
Max Working Temperatures:
- No Enclosure: 1112°F (600°C)
- NEMA 7: 1112°F (600°C)
Sensors:
- K or J Type Thermocouples Standard
Available Accessories:
- Insulating Jackets
- Compression Fittings
Download the
CAST-X HT 500
Technical Brochure
Temperature and Pressure Charts

Dimensional Drawings

Wiring Diagrams

Detailed Images
CAST-X High Temperature 500 Circulation Heater Part Numbering System

Building a CAST-X High Temp 500 Part Number:
Use the tables below to build each section of your CAST-X HT 500. After assigning letters/numbers for each applicable section, you will have a complete part number, ready to quote.
For assistance, contact CAS directly.