Watlow MULTICELL™ Insertion Heaters
Overview
The advanced design of the MULTICELL™ heater from Watlow offers three major advantages over other insertion heaters: extreme process temperature capability, independent zone control for precise temperature uniformity and loose fit design for easy insertion and removal.
Features & Benefits
- Multiple, independently controllable zones for process temperature uniformity.
- Radiant design of heater permits easy removal and replacement with minimal downtime.
- Oxidized sheath improves heater performance as oxidation increases.
- Quick disconnect plug and jack enables quick replacement of individual elements while maintaining operating temperature.
- Special bending capabilities solves unusual machinery needs.
Individually Metal-Sheathed Coils Swaged Into a Larger, High-Temperature Alloy Outer Sheath
Provides maximum protection against element burnout through the outer sheath.
Flexible Leads Up to 842°F (450°C)
Protects termination from high-temperature environment.
Multiple, Independently Controllable Zones
Allows process temperature uniformity not possible with any other single-sheathed heater.
Radiant Design of Heater
Permits easy removal and replacement with minimal down time since it will not bind or seize in the hole.
Quick Disconnect Plug and Jack
Permits fast replacement of individual elements while the press stays at operating temperature.
Special Bending Capabilities
Solves unusual machinery needs and keeps leads away from heated zones.
Provides maximum protection against element burnout through the outer sheath.
Flexible Leads Up to 842°F (450°C)
Protects termination from high-temperature environment.
Multiple, Independently Controllable Zones
Allows process temperature uniformity not possible with any other single-sheathed heater.
Radiant Design of Heater
Permits easy removal and replacement with minimal down time since it will not bind or seize in the hole.
Quick Disconnect Plug and Jack
Permits fast replacement of individual elements while the press stays at operating temperature.
Special Bending Capabilities
Solves unusual machinery needs and keeps leads away from heated zones.
Specifications
Material
Alloy 800
Maximum Operating Temperatures
250 F°
1120 C°
Maximum Watt Densities
W/in2 = 30
W/cm2 = 4.6
Alloy 800
Maximum Operating Temperatures
250 F°
1120 C°
Maximum Watt Densities
W/in2 = 30
W/cm2 = 4.6
Documentation
Quality Certificates
ISO 90012008 Exp 2018 St Louis
ASME N-4222 2014-2017
PED Module H1 Certificate
Brochures
Multicell Heaters
Catalogs
Thermal Component Reference Guide
Heater Catalog (Section) - Cartridge/Insertion Heaters
Heater Catalog (Section) - High Temperature Heaters
Heater Catalog (Section) - Heater Reference Data
Heaters Catalog
Specification Sheets
Multicell Insertion Heaters
Multicell High Temperature Insertion Heaters
Watlow Process Solutions
ISO 90012008 Exp 2018 St Louis
ASME N-4222 2014-2017
PED Module H1 Certificate
Brochures
Multicell Heaters
Catalogs
Thermal Component Reference Guide
Heater Catalog (Section) - Cartridge/Insertion Heaters
Heater Catalog (Section) - High Temperature Heaters
Heater Catalog (Section) - Heater Reference Data
Heaters Catalog
Specification Sheets
Multicell Insertion Heaters
Multicell High Temperature Insertion Heaters
Watlow Process Solutions
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