Field Controls 1182 - POWER VENTER 290,000BTU/HR MAX--1.85 GPH

POWER VENTER 290,000BTU/HR MAX--1.8

Field Controls 1182 - POWER VENTER 290,000BTU/HR MAX--1.8 GPMR-Series full-range burners can be used with any outdoor grill and feature a wide range of BTUs to provide the right heat for every dish. This thermal management design maximizes burner performance and delivers increased productivity.

Features include the POWER VENTER 290,000 BTU/HR MAX--1.8 GPH and 1 Year Parts and Labor Warranty.

For outdoor cooks who demand exceptional performance, Field Controls's Power Venter models offer unrivaled gas burner technology. Powered by premium steel-core burners with brass valves and weather-resistant stainless frames, these burners will help you bring out the best in your outdoor cooking repertoire. The DV2E-290 has a capacity of 290,000 BTUs per hour, coupled with 1.8 gallons per hour.

This Power Venter from Field Controls is rated at 290,000 BTUs (or 1.86 GPH at 90 PSI) and is built to vent gas fired burners from 50,000 BTU to 350,000 BTU. With independent control over right and left sides of any dual burner system, it allows you to select which side receives full air. The Power Venter also has top or bottom firing capabilities so it can be used on a patio or in a pit. Features include

The Power Venter is a complete and simple 210-degree vertical venting solution that requires no cutting, framing or vent cover replacement.

The Power Venter™ 1182 is an AC powered roof mount condensing unit that is easily incorporated into the chimney for residential and commercial roof mount applications. Unit is factory wired with a 811 Amp circuit breaker, 25 ft. cord with plug, t-stat and fan control. Includes a 50’ capillary tube assembly.

Field Controls' power venters are capable of distributing massive amounts of cool fresh air in an efficient manner. They are high velocity fans designed to operate in direct counter-flow (reverse-flow or down draft) natural gas or liquid propane heaters. Typically, they will draw down stale air from a building and distribute it to the outside to dilute harmful gasses and generate a convective flow within the perimeter of the area being cooled. When used in tandem with either passive ambient air intake or