Value Collection HDA-140A-0013 Strip Finned Heater 300W

Product Description

The VALUE COLLECTION HDA-140A-0013 is an iron high density strip finned heater rated at 300 watts and 240 volts, with an overall length of 14 inches. Designed for industrial and commercial resistance heating applications, this strip heater uses a finned iron sheath to maximize surface area and heat transfer efficiency, delivering 8 watts per square inch of watt density. The offset terminal configuration allows for flexible wiring access in tight enclosures or tooling setups. Electricians and industrial maintenance technicians typically specify this type of heater for process heating, mold heating, platens, and similar resistive heating assemblies.

This strip finned heater is suited for applications requiring consistent, high-density surface heat output in confined spaces. The offset terminal style simplifies lead routing in panel or fixture installations where straight terminals would obstruct adjacent components. At 14 inches in length, the heater fits a range of standard heating fixture formats used in industrial process equipment, packaging machinery, and maintenance heating setups operating on 240-volt single-phase circuits.

Key Features

• 300-watt output at 240 volts for high-density resistive heating
• 8 watts per square inch watt density for efficient surface heat transfer
• 14-inch overall length fits standard industrial strip heater formats
• Iron high density finned sheath increases effective heating surface area
• Offset terminal style allows flexible wiring access in tight enclosures

Compatibility

Designed as a direct-replacement or new-installation strip finned heater for industrial process heating fixtures, tooling, and equipment operating on 240-volt single-phase power where a 14-inch, 300-watt offset terminal heater is specified.

Installation Notes

Installation of resistance strip heaters should be performed by a qualified electrician in accordance with applicable NEC requirements for fixed electric heating equipment. De-energize and lock out the circuit before handling or replacing the heater. Ensure the heater is fully seated and making proper contact with the mounting surface before restoring power, and verify that the circuit voltage and amperage rating match the heater specifications prior to energizing.