MCO Home Electrical Heating Thermostat with humidity sensor Version 2

The MCO Home Electrical Heating Thermostat with Humidity Sensor, Version 2 (model likely MH7H-EH2 for the Electrical Heating version), is an advanced, Z-Wave Plus smart thermostat designed to control various electrical heating systems.

Here are the key features and specifications:

Functionalities:

• Application: Primarily for controlling electrical heating systems, such as:

  • Heating cables (electric underfloor heating).

  • Electro-thermal films.

  • Electric radiators/heating actuators.

• Z-Wave Plus: Utilizes Z-Wave Plus (often referred to as Gen 5) for integration into a smart home network.

• Design: Features a modern aesthetic with a tempered glass panel and capacitive touch buttons.

• Installation: Requires a permanent mains power supply (AC85-260V) and is designed for flush-mount installation in European wall boxes.

Sensing and Control:

• Dual Sensing: Includes a built-in room temperature sensor and a humidity sensor.

• External Sensor: Supports an optional external NTC temperature sensor (e.g., for floor temperature limit) with a high-temperature protection function (cuts off heating if floor temperature exceeds 55∘C).

• Control Modes: Supports:

  • Manual Mode

  • Auto Mode (programmable time periods)

  • Holiday/Energy Saving Mode

• Programmable Schedule: Allows for a weekly schedule with 4 events (time periods) each day (7-day or 5+2 / 5+1+1 options).

Technical Specifications (MH7H-EH):

• Power Supply: AC85-260V, 50/60Hz.

• Max Output: $\le 16A$ (for Electrical Heating model).

• Self-Consumption: $\le 1W$.

• Temperature Setting Range: 5∘C to 37∘C (41∘F to 99∘F).

• Sensors: Internal NTC 15K, External NTC R25$^\circ C$=15K$\Omega$.

Version 2 Enhancement:

• The key feature of Version 2 (V2) is enhanced Z-Wave capability, specifically the ability to use Association Groups to directly control other Z-Wave binary switch actors (like plugs and relays) without requiring a constant command from the central Z-Wave gateway. This makes it more resilient and versatile in controlling various heating components.