Figure 9
Figure 10

Clip the three speed nuts over the mounting holes as

shown in Figure 9.

9. Attach the Remote Nozzle Bracket to the plenum, using the three #8-15 x 1/2” long hex head sheet metal screws.

10. Locate a cold water line, upstream of any water softener, within 10 feet of the Remote Nozzle

Bracket Assembly. The line may be plastic, copper,

steel, iron or brass tubing or pipe and must

have an outside diameter of between 3/8” and 1-5/16”. If the nearest suitable line is

further than 10 feet away, 1/4” copper tube must be used instead of the plastic tubing supplied (contact Field Controls Technical Support for assistance if needed).

11. Carefully following the instructions printed on the Saddle Valve Assembly bag, attach

the saddle valve to the water line. (See Figure 10)

12. Attach one 10’ section of the supplied plastic tubing to the saddle valve and the

inlet connection of the Housing Assembly,

as shown in Figure 10, using the inserts, sleeves and nuts found in the saddle valve bag, and cutting to length as necessary.

CAUTION: To avoid overtightening of the fittings use caution. Only use enough force to “snug up” the fitting nuts, then turn nut half a turn more.

13.Attach another 10’ section of plastic tubing to the Housing Assembly’s outlet connection and the Remote Nozzle Bracket’s nozzle fitting.

14.Attach the remaining 10’ section to the drain fitting on the Remote Nozzle Bracket and fix the other end to an open drain or receptacle (a coffee can will do), or route outdoors. Maintain a downward slope of at least 1” of drop per foot of tubing if possible; cut the tubing to length as necessary. IT IS IMPORTANT THAT THE END OF THE DRAIN TUBE BE AT LEAST 10” LOWER THAN THE NOZZLE DRAIN FITTING. DO NOT CONNECT THE DRAIN TUBE TO A DRAIN PIPE OR VENT. THE END OF THE DRAIN TUBE MUST REMAIN FREE OF INSECTS, DIRT, AND OTHER BLOCKAGE AND BE FREE TO DRAIN AT ALL TIMES.

15.Slowly open the saddle valve, turning the handle counterclockwise, and check all connections for leaks. If any leaks are observed, tighten the fitting nut until the leak stops. Make sure the saddle valve is fully open.

16.Strip approximately 1/2” of insulation from the ends of both red and white wires at one end of the power supply cable.

17.Using an electrical crimper or pliers, securely crimp on a quick connect terminal (supplied) to each of the red and white wires.

18.Plug both of the terminals into the bushing terminals on the side of the Housing Assembly as shown in Figures 1-3 & 5. Turn the Housing Assembly power switch to the “OFF” position.

19.Route the power cable to a nearby 115 volt outlet and cut to length if necessary. If a longer cable is needed, contact Technical Support or use 18 gauge 2-conductor thermostat wire purchased locally.

20.Strip the ends of both red and white wires in the cable as before.

21.Firmly attach the red wire to either of the screw terminals on the 120/24 VAC transformer, and the white wire to the other terminal on the transformer.

22.Make certain the Housing Assembly’s power switch is “OFF,” and plug the transformer into the outlet. The transformer should now be supplying 24 volts AC to the TM-2000.

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Field Controls TM-2000 instruction manual

TM-2000 specifications

The Field Controls TM-2000 is a sophisticated air management system designed to enhance indoor air quality and energy efficiency in residential and commercial buildings. This advanced system employs cutting-edge technologies to ensure optimal performance and user-friendly operations.

One of the main features of the TM-2000 is its ability to effectively reduce airborne contaminants, including dust, allergens, and volatile organic compounds (VOCs). By utilizing a combination of mechanical filtration and advanced air purifying technologies, the TM-2000 helps create a healthier indoor environment. The system is equipped with a high-efficiency filter that captures particulate matter as small as 0.3 microns, ensuring that even the smallest pollutants are removed from the air.

The TM-2000 is designed with smart technology that allows for seamless integration with existing HVAC systems. It features a user-friendly interface that provides real-time monitoring of air quality levels, filter status, and system performance. This allows homeowners and building managers to stay informed and make necessary adjustments to maintain optimal indoor air quality.

Another key characteristic of the TM-2000 is its energy-efficient operation. The unit is engineered to minimize energy consumption while delivering powerful air purification. It incorporates programmable settings, allowing users to tailor operation times and intensity based on their schedules and the specific air quality needs of their spaces. This not only conserves energy but also reduces utility costs, making it an economical option for users.

The TM-2000 also stands out in its versatility. It is suitable for a wide range of applications, from residential homes to office buildings and industrial facilities. Its compact design enables easy installation and maintenance, making it user-friendly for both professionals and end-users.

Safety features are also integrated into the TM-2000, including automatic shutoff capabilities and indicators for filter replacement. These safeguards ensure that the system operates efficiently and protects both the unit and its users.

In conclusion, the Field Controls TM-2000 is a state-of-the-art solution for anyone looking to improve indoor air quality. With its advanced filtration technology, user-friendly interface, energy-efficient operation, and robust safety features, it represents a smart investment for healthier living and working environments.