The
CHV-TSTAT and CHV-THSTAT are wall-mounted universal thermostats
designed for seamless integration into a Crestron HomeŽ control
network.
The CHV-TSTAT and CHV-THSTAT provide total
control of single-stage and multi-stage heating and cooling
systems, including conventional fossil fuel systems and heat pumps
with auxiliary heat. The CHV-THSTAT offers all the functionality
of the CHV-TSTAT, with humidity control.
Features include easy pushbutton selection
of heating and cooling set points, with optional automatic
changeover between heating and cooling modes; adjustable
anticipator that prevents overshooting the set temperature; and
optional continuous fan operation to keep air circulating for
better comfort. The CHV-THSTAT can also provide outdoor
low-temperature compensation to prevent condensation on windows
during cold weather.
The CHV thermostats accept input from up to
four remote sensors to ensure accurate monitoring; climate can be
regulated according to the built-in sensors, the remote sensors,
or any combination of sensor readings. The CHV thermostats can
even be programmed to perform remote functions not possible with
third-party thermostats, such as turning on lights or controlling
window coverings.
The easy-to-read, backlit LCD display can
show the current temperature and set point in either Fahrenheit or
Celsius, outdoor temperature, and relative humidity. System mode
and fan status indicators show when the equipment is running,
while a message indicator displays maintenance notifications and
filter change reminders.
The CHV-TSTAT and CHV-THSTAT can operate as
standalone thermostats independent of the control system. When
integrated into the Cresnet network, readings such as temperature,
humidity, and operating mode can be seamlessly displayed on
Crestron touch panels, allowing users to control and adjust the
thermostats from any room in the Crestron Home. Users can also
create their own convenient daily or weekly climate-control
schedules from a touch panel, to maintain the desired level of
comfort automatically while saving energy when the home is
unoccupied.
