WIRING:

CAUTION: When wiring the spillage switch into the burner control circuit route the wiring and secure away from any hot surface. Shut off all electrical power and gas supply to the appliance before working with any electrical connections.

CAUTION: Never wire to the 24V GND terminal.

Wire the spill switch in series with the burner fan-proving air pressure switch(es) as shown in Figure 4.

WARNING: All field wiring must be in accordance with appliance manufacturer’s recommendations and all applicable local and national electrical codes.

Figure 4

SYSTEM CHECK-OUT PROCEDURE FOR GAS SPILLAGE SWITCH CONTROL

1.Disconnect electrical power to the appliance.

2.Shut off gas supply to appliance(s).

3.Block the flue pipe above the draft control, draft hood or draft diverter.

4.Re-establish gas supply to appliance and re-light pilot (if required).

5.Adjust thermostat to call for heat.

6.Flue gases should be spilling from draft control hood. Allow approximately 2 minutes for the system to back up and the GSK to trip, shutting the burner off.

7.Disconnect electrical power, shut off the gas supply, and remove the blockage from the vent pipe after allowing the vent to cool.

8.The GSK switch should reset a few minutes after tripping, and allow normal operation of the appliance. If the burner control has locked out, reset for normal operation.

CAUTION: If for any reason the system has shut down during normal operation, the cause of the system failure should be investigated and corrected before resetting the safety switch and relighting the pilot.

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Field Controls GSK-160A installation instructions Wiring, System CHECK-OUT Procedure for GAS Spillage Switch Control

GSK-160A specifications

The Field Controls GSK-160A is a highly efficient and innovative device specifically designed to enhance air quality and maintain a clean environment in residential and commercial spaces. This advanced system combines several technologies and features that make it a robust solution for indoor air quality improvement.

One of the standout characteristics of the GSK-160A is its powerful filtration system. Equipped with high-efficiency particulate air (HEPA) filters, it captures an impressive percentage of airborne particles, including dust, pollen, smoke, and pet dander. This feature makes it particularly beneficial for allergy sufferers and individuals with respiratory conditions, as it significantly reduces the presence of indoor allergens.

The GSK-160A also boasts an advanced UV-C light technology, which works in conjunction with the filtration system to neutralize harmful bacteria, viruses, and mold spores. By employing ultraviolet light, the device not only purifies the air but also helps to maintain cleaner surfaces within the treated space. This dual function of air and surface purification ensures a healthier environment for occupants.

Another notable feature of the GSK-160A is its user-friendly controls and smart technology integration. The device includes an intuitive interface that allows for easy adjustments and status monitoring. Moreover, the GSK-160A can be integrated into smart home systems, enabling users to remotely manage their air quality preferences through mobile applications. This connectivity enhances convenience and empowers users to maintain optimal air conditions effortlessly.

In terms of energy efficiency, the GSK-160A is designed to operate quietly and consumes minimal power. This characteristic not only reduces the overall energy expenses but also contributes to a more sustainable environment, reflecting the growing need for eco-friendly solutions in today's market.

The construction of the GSK-160A emphasizes durability and reliability. Made with high-quality materials, it is built to withstand continuous operation, ensuring longevity and consistent performance. This reliability is a crucial factor for both residential and commercial applications, where equipment must perform effectively over extended periods.

In summary, the Field Controls GSK-160A is a cutting-edge air quality management system offering advanced filtration, UV-C purification, smart technology integration, energy efficiency, and durable design. These features make it an excellent choice for anyone looking to improve indoor air quality and create a healthier living or working environment.