text.skipToContent text.skipToNavigation

If you have previously used the Omega Website, you will need to Reset your Password on the new site.
Resetting your password is required one time only.

Configure Product
Saved Configuration
View Configuration
Terms and Conditions
Saved Addresses
Your card information was not accepted. Please contact the issuing bank for details.
Payment submission timed out. The server might be busy.
There was an error processing your request.
Please verify there are no missing or invalid fields.
Please enter a card number
Please select a card type
Please enter a value for this field
Please enter an expiry month
Please enter an expiry year
Please enter an issue number
Please enter a start month
Please enter a start year
The card number is not valid
The card type is not supported
The card verification code is not valid
The expiry month is not valid
The expiry year is not valid
The issue number is not valid
The start month is not valid
The start year is not valid
This field is required
Errors were found with the address you provided. Please verify your address.
Date should be in MM/DD/YYYY format
Please enter valid values
Please enter future date
Please enter the shipping date
Shipment date is updated

Finned Strip Heaters For Fast Heat Transfer

Item# OTF-1003/240

Finned Strip Heaters For Fast Heat Transfer Finned Strip Heaters For Fast Heat Transfer
FEATURES
Durability is assured by rugged OMEGALUX™ strip heaters with locked-on aluminized steel fins.
Fast heat transfer to air from large finned area.
Large selection of lengths, wattages and watt densities.
UL Component Recognized
Finned elements (exclusive construction. High-quality, coiled nickel-chrome resistor wire is uniformly spaced over the width and length of the finned strip element, then embedded in high-grade refractory material which both insulates the wire and transfers heat rapidly. The refractory is then compressed to rock hardness and maximum density under tremendous hydraulic pressure to improve heat transfer from coil to sheath. Elements are oven baked at high temperature to semi-vitrify and mature the refractory. Sheath material is either rust-resisting iron or chrome steel. Fins of aluminized steel are provided to improve heat transfer to the air. Elements are individually replaceable.

CAUTION AND WARNING!
Fire and electrical shock may result if products are used improperly or installed or used by non-qualified personnel. See inside back cover for additional warnings.

OTF-1003/240
  • Rugged, Reliable Premium Quality
  • 250 to 4150 Watts
  • 120, 240 Volt Single Phase
  • 3.8 cm (1 1/2") Strip with 5 cm (2") Wide Fins
  • Maximum Work Temperatures from 107 to 295°C (225 to 565°F)
  • Available with Rust- Resistant Iron or Chrome-Steel Sheath
  • APPLICATIONS
    •For mounting across air stream within forced air ducts
    •For use in dryers, ovens and other process air heating equipment
    •For comfort heating applications, principally ducts, load banks and humidity controls
    •A wide range of air blast and convection requirements can be accommodated by the wide range of lengths, wattages, and watt densities available
Power
Supply Voltage
Power Density
Sheath Material
Strip Length
Maximum Operating Temperature
Finned
Fin Material
Number of Mounting Holes
Additional Option
See All Options
Quantity Price each
1-9 $145.95
10-24 $138.65
25-49 $135.73
50-99 $129.90
100-199 $126.98
200+ $124.06

In stock

Lead Time ( If not in Stock): 6 weeks

Product Specs

  • Finned Yes
  • Maximum Operating Temperature 565°F

FEATURES
Durability is assured by rugged OMEGALUX™ strip heaters with locked-on aluminized steel fins.
Fast heat transfer to air from large finned area.
Large selection of lengths, wattages and watt densities.
UL Component Recognized
Finned elements (exclusive construction. High-quality, coiled nickel-chrome resistor wire is uniformly spaced over the width and length of the finned strip element, then embedded in high-grade refractory material which both insulates the wire and transfers heat rapidly. The refractory is then compressed to rock hardness and maximum density under tremendous hydraulic pressure to improve heat transfer from coil to sheath. Elements are oven baked at high temperature to semi-vitrify and mature the refractory. Sheath material is either rust-resisting iron or chrome steel. Fins of aluminized steel are provided to improve heat transfer to the air. Elements are individually replaceable.

CAUTION AND WARNING!
Fire and electrical shock may result if products are used improperly or installed or used by non-qualified personnel. See inside back cover for additional warnings.

en-US
en
Save Configuration