King Electrical, PKB2410-3-P, PKB Platinum Portable Heater, 240/208V 10/7.5KW 3-PH
Features:
- Platinum Electronic Temperature Controller
- Large LED Display
- Remote Control Included
- Fan Only & Timer Modes
- Patented Smart Limit Protection®
- Adjustable Louvers
- Unit Bearing Motor
- Spiral Finned Heat Elements
- 6ft. SO Cord (no plug)
- Heavy Duty 16 Gauge Wheelbase
- Non-Mercury Tip Over Switch
- Proudly Made in the USA with U.S. & Global Materials
King's PKB Platinum Electronic Portable Utility Heaters are the most full-featured utility heaters on the market, with in-built Platinum electronic thermostat for accuracy and remote control for simple operation. With integrated summer fan only and thermostat timer mode, the PKB Platinum has you covered. Constructed to hold up to the rigorous demands of a jobsite or industrial facility. It is the best heat source to assist in dry-out applications where dry electric heat is preferred to propane or kerosene space heaters. In addition, electric heat has no odor, flame or carbon monoxide. The high CFM and low temperature rise are also key features to make the PKB Platinum the best solution for temporary large capacity heating applications. Spiral finned steel elements and high CFM ensure even air distribution producing cooler element operation, prolonging heater life.
KB Platinum Includes It All. Offering an in-built electronic thermostat for accuracy and remote control for simple operation, as well as an integrated summer fan only mode and thermostat timer mode, the KB Platinum has you covered.
A study from Cornell University revealed that increasing the working environment temperature to warmer thermal zones can save employers significant money by reducing errors and improving employee focus. When one company increased working temperatures by less than 10°, the productivity gains amounted to saving 12.5% of their wage costs per worker.
The metal sheath element is copper brazed with spiral fins then molded into a coil configuration. This combination produces the heat transfer while eliminating the potential for hot spots by positioning the element in the maximum airflow stream.
