GS368 Energy-Efficient HVAC Smart Thermostat

Remote Control: Adjust your thermostat anytime, anywhere using the mobile app and dial in your perfect temperature settings.

Fault Monitoring: Monitor your heating and cooling systems and receive alerts via the app in case of any malfunction, making maintenance a breeze.

Energy Saving: Optimize your energy usage by adjusting to the best energy-saving temperature based on time and room temperature, with flexible scheduling and remote access.

Precision Temperature Control: Utilizing high-quality temperature sensors, achieve precise temperature regulation with 0.5 degrees Fahrenheit/Celsius accuracy for ultimate comfort.

Automatic Light Adjustment: The device interface automatically adjusts its brightness based on ambient light, providing optimal visibility in any lighting condition.

Touch Screen: When you touch the functional icons, the device provides an audible prompt.

Voice Control: Adjust your thermostat using voice commands with Alexa or Google Assistant compatibility.

The primary differences between a smart thermostat and a traditional thermostat are as follows:

1. Connectivity: A smart thermostat can connect to other smart devices through wireless means such as Wi-Fi and Bluetooth, whereas a traditional thermostat is typically limited to wired connections.

2. Operation: A smart thermostat offers greater flexibility with remote control through devices such as phones and computers, while a traditional thermostat usually requires manual adjustment or limited remote control through a remote.

3. Functionality: Smart thermostats typically offer more features such as voice control, automatic adjustment, learning capabilities, and scheduling, which can all be customized to meet user needs. In contrast, traditional thermostats tend to have fewer features.

4. Energy Efficiency: A smart thermostat can achieve precise temperature control, improve energy efficiency, and reduce energy consumption. On the other hand, traditional thermostats are prone to energy waste.

Not all types of heating and air conditioning systems are compatible with every type of HVAC thermostat. Different HVAC systems may require different types of thermostats. For example, some HVAC systems use DC power while others use AC power. Therefore, if you are installing a new HVAC thermostat, ensure that it is compatible with your HVAC system and complies with the manufacturer's instructions. If you are unsure, seek assistance from a professional technician.

Air conditioning is a device in HVAC system used to control indoor temperature and humidity. It absorbs heat from the indoor air and discharges it outside to lower the indoor temperature. An air conditioning system typically consists of a compressor, condenser, evaporator, fan, and control circuit. Air conditioning can be manually or automatically controlled to regulate the temperature and humidity, providing a comfortable indoor environment.

A thermostat is a control device in the HVAC system used to control the operation of air conditioning or other heating, ventilation, and air conditioning equipment to achieve the set temperature and humidity. A thermostat typically consists of a temperature sensor and control circuit, and it can adjust the operation of air conditioning or other equipment manually or automatically to ensure that the indoor temperature and humidity remain within the set range.

Advantages of a thermostat are:
1. It can control temperature more accurately: a thermostat can achieve constant temperature control based on indoor temperature settings, which is more precise than air conditioning.
2. Energy saving: using a thermostat can precisely adjust the indoor temperature according to demand, avoiding waste of energy, and achieving energy-saving effect.
3. Easy installation: a thermostat can be relatively easily installed on the wall without major modifications.

Therefore, air conditioning and thermostat are two different parts of the HVAC system. Air conditioning is used to control indoor temperature and humidity, while a thermostat is used to control the operation of air conditioning or other equipment to achieve the set temperature and humidity.

There are two solutions when there is no C line:

Method 1: Replace C wire with unused wire Most systems do not use all the wires coming out of the wall, and you can install the thermostat by using any unused wire as a C wire (connect the unused wire to the C port on the thermostat and the system control panel).

Method 2: Use a C-line adapter The wires in the system control panel are the same as those in the thermostat. When some old houses do not have a C wire, a C wire adapter can be used to provide the C wire. Note: The power adapter is an optional accessory and is in the planning and development stage. It is not yet available in real form.

Our Thermostat Anemoi G1 devices are only compatible with HVAC systems and Heat Pump systems, no millivolt system matches.

Two possibilities: 1. Line C may not be connected properly. 2. There may be a problem with the 24V DC-DC chip of the device. You can confirm whether the C line is connected correctly, reconnect, and check again; because the C line is not connected properly, this display will also occur. If you still encounter problems, please feel free to contact us.

Only the set temperature is displayed on the Siterwell Thermostat Anemoi G1 device. The current temperature needs to be viewed on the APP.

ECO: When eco is turned on, the device will work according to the schedule set in the scheduled task and at the specified time point in the specified working mode and temperature.