Guide de câblage pour les accessoires

SCHÉMAS DE CÂBLÂGE

Fig. 5 - Humidificateur non alimenté. La borne HM fournit 24 V lorsque l’humidification est activée.

C Transformateur

HM2

Humidificateur non alimenté

Fig. 6 - Humidificateur alimenté. Lorsque le commutateur HM2 est en position DRY (sec), HM et HM2 maintiennent un contact sec normalement ouvert pour le branchement de l’humidificateur alimenté à basse tension (24 V).

HM2

Humidificateur alimenté

Fig. 7 - Déshumidificateur alimenté. Lorsque le commutateur DHM2 est en position DRY (sec), DHM et DHM2 maintiennent un contact sec normalement ouvert pour le branchement du déshumidificateur central alimenté à basse tension (24 V).

DHM

DHM2

Déshumidificateur

alimenté

Fig. 8 - Déshumidificateur à même le système avec ventilateur à vitesse variable. Pour les systèmes dont la basse vitesse requiert le branchement à une borne DHM normalement ouverte à alimentation 24 V, pour le branchement à basse vitesse sur l’appareil de traitement d’air/la fournaise (24 V enlevé lorsque le déshumificateur est activé).

DHM

DHM2

Ventilateur à basse vitesse

Fig. 9 - Déshumidificateur à même le système avec ventilateur à vitesse variable. Pour les systèmes dont la basse vitesse requiert le branchement 24 V du déshumidificateur à une borne DHM2, placer le commutateur DHM2 en position DRY (sec) et brancher la borne DHM sur le branchement à basse vitesse de l’appareil de traitement d’air/la fournaise.

Transformateur

DHM

DHM2

Ventilateur

àbasse vitesse

1F98EZ-1421 specifications

The White Rodgers 1F98EZ-1421 is a versatile and advanced thermostat designed to provide precise temperature control and energy efficiency in residential heating and cooling systems. This device stands out for its blend of functionality, user-friendly interface, and smart technology, making it an excellent choice for homeowners looking to optimize their indoor climate while reducing energy consumption.

One of the key features of the 1F98EZ-1421 is its capability to manage both heating and cooling systems, including gas, electric, and heat pump configurations. This adaptability makes it suitable for a variety of HVAC setups, ensuring homeowners can use it in different environments without needing to switch devices.

The device boasts a large, easy-to-read LCD display that simplifies operation. Users can quickly adjust temperature settings and program heating and cooling schedules with just a few taps. The intuitive interface is designed for straightforward navigation, which minimizes confusion and enhances the user's experience.

Incorporating advanced technologies, the 1F98EZ-1421 features a Wi-Fi connectivity option, enabling users to monitor and control their home’s temperature remotely via smartphones, tablets, or computers. This capability allows for adjustments while away from home, thereby optimizing comfort levels and saving energy. The integration of smart home technology also allows for compatibility with voice-activated systems like Amazon Alexa and Google Assistant, further enhancing convenience.

The thermostat supports a seven-day programmable schedule, permitting users to set different temperatures for each day of the week. This feature is particularly useful for families with varying routines, as it can help reduce energy consumption when the house is empty. Additionally, it includes a temporary hold feature, allowing users to override scheduled settings with ease.

Energy-saving technology is another hallmark of the White Rodgers 1F98EZ-1421. The device employs a Smart Recovery feature, which learns how long it takes to heat or cool a space to the desired temperature and adjusts accordingly. This ensures that the desired climate is reached efficiently without unnecessary energy expenditure.

Overall, the White Rodgers 1F98EZ-1421 thermostat combines advanced technology with user-friendly features to enhance comfort and efficiency in any home. Its programmable capabilities, smart integrations, and flexible compatibility with various HVAC systems make it an attractive choice for homeowners seeking a modern temperature control solution.