INSTALLATION

Continued

2.Connect one terminal of 25 ft. wire to the “TH” terminal on the control valve. Connect the other terminal to the “THTP” terminal on the control valve. See Figure 32.

3.Route the 25 ft. wire to a convenient location to mount your thermostat (no outside wall). IMPORTANT: The wire may be shortened but must not be lengthened.

The thermostat should be mounted 54" above the floor in a location where there is good air circulation. Avoid heat sources such as lamps, direct sunlight, fireplace, or heat and air conditioning ducts.

4.Gently remove the cover of the thermostat from the base. Grasp the sides of the cover firmly and pull to separate from the base.

5.Feed the electrical wires through the rectangular slots on each side of the base (see Figure 33).

WARNING: Do not con- nect the thermostat to a power source. Electrical shock and/or a fire hazard will occur.

6.Connect one bare wire end to each terminal (“W” and “R”) of the thermostat base (see Figure 34).

7.Install the base onto the wall with the provided screws.

8.Move the temperature adjustment back and forth to insure the bimetal is free from restrictions.

9.Replace the cover onto the base. (Upon in- stallation, the thermostat must be allowed to stabilize at room temperature for a minimum of 30 minutes for proper operation).

10.Set the temperature adjustment to the desired setting. This thermostat has been electroni- cally calibrated at the factory. No adjustment or leveling is necessary.

Control Valve

To Wall Thermostat or Switch

To Wall

Thermostat

or Switch

Figure 32 - Connecting Wire Terminals

Feed wires through rectangular slots

Figure 33 - Back View of Thermostat Base

Terminal “W”

W

Terminal “R” R

Figure 34 - Thermostat Base Terminals

“W” and “R”

OPTIONAL WALL SWITCH - GWMS2 (Remote-Ready Models Only)

WARNING: Read and fol- low installation instructions. Installation should be done by a qualified installer familiar with low-voltage wiring procedures.

WARNING: Do not connect this switch to any electrical source! Electrical shock and/or fire hazard will occur.

1.Remove jumper wire from control valve (see Figure 27, page 19).

2.Connect one terminal of 25 ft. wire to the “TH” terminal on the control valve. Connect the other terminal to the “THTP” terminal on the control valve. See Figure 32.

3.Route the 25 ft. wire to a convenient location to mount your wall switch (no outside walls).

WARNING: Do not connect the switch to a power source. Electrical shock and/or fire haz- ard will occur.

20

www.desatech.com

111244-01D

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Desa CDCFNR Optional Wall Switch GWMS2 Remote-Ready Models Only, Remove jumper wire from control valve see
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CDCFNR specifications

Desa CDCFNR, or the Community Development and Capacity Building Framework for Natural Resources, is a pioneering initiative designed to empower local communities in managing their natural resources sustainably. This comprehensive framework is particularly focused on fostering resilience and enhancing the socio-economic conditions of communities that depend on these resources.

One of the main features of Desa CDCFNR is its emphasis on community participation. The framework encourages active engagement of community members in decision-making processes, which ensures that the management of natural resources reflects the needs and aspirations of local populations. By involving communities, the framework promotes a sense of ownership, responsibility, and accountability towards natural resource management.

Technologically, Desa CDCFNR leverages various innovative tools and platforms to facilitate data collection, sharing, and analysis. Geographic Information Systems (GIS) are utilized to map natural resources and analyze spatial patterns, which aids in effective planning and resource allocation. Mobile applications are also employed to engage community members, allowing them to report changes in resource availability or environmental conditions in real time. This use of technology ensures that data-driven decisions can be made promptly, leading to more adaptive management strategies.

Another notable characteristic of Desa CDCFNR is its integrated approach. It does not view natural resource management in isolation; instead, it recognizes the interplay between social, economic, and environmental factors. This holistic perspective ensures that interventions are designed to address multiple dimensions of sustainability, including economic development, environmental conservation, and social equity.

Capacity building is at the heart of the Desa CDCFNR initiative. Training programs and workshops are organized to enhance the skills of community members in areas such as sustainable farming practices, water management techniques, and biodiversity conservation. By building local capacities, the framework aims to equip communities with the necessary tools and knowledge to manage their resources effectively and adapt to changing environmental conditions.

In summary, Desa CDCFNR focuses on community engagement, harnesses technology for better resource management, adopts an integrated approach to sustainability, and emphasizes capacity building. Together, these features position Desa CDCFNR as a transformative framework in the realm of community-led natural resource management, paving the way for sustainable development and resilience in local communities.
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