Catálogo de Productos
TRI2-FU-TH-221.202C
Wall-mounted Controller and Sensor / US Edition
The TRI2 is a programmable controller and sensor with communication capabilities. Each control loop may use 2 PI sequences and 2 binary stages.
Flexible application configuration is made with a parameter-setting routine using the standard operation terminal.
Complete parameter sets may be copied by use of an accessory called AEC-PM2 or exchanged with a PC using an RS485-USB converter, the EasySet program and the configuration adapter called AEC-TRI.
Applications
- Ventilation control
- Tempearture control
- Zone control
- Air humidifier and dehumidifier
Caracteristicas
- Two universally configurable control loops:
- Functions for dehumidifying, set point shift and cascade control
- Multiple auxiliary functions: heat-cool auto changeover, automatic enable, set point compensation
- Free heating and cooling with economizer function based on enthalpy or temperature
- Differential, averaging, min and max functions, enthalpy and dew point calculations
- Transmitter function for inputs and set points
- 2 passive inputs (NTC, open contact), 1 analog input (VDC) and 2 analog outputs (VDC)
- 2 relays with each a normally open contact to switch line voltage
- 8 freely assigned alarm conditions, selectable state of outputs on alarm condition
- Power Cap protected real-time clock with 48hr power backup
- 7-day programmable schedules, with options including change of set points and direct position of manual outputs
- Password protected programmable user and control parameters
Especificaciones
| Item name | Item code | Functions | Description |
| TRI2-FU-TH-221.202C | 40-100226 | Temperature- and humidity sensor | wall mounted
controller with communication |
| TRI2-FU-TH-221.202C-MOD | 40-100227 | Temperature- and humidity sensor with Modbus
RTU or ASCII communication |
|
| TRI2-FU-TH-221.202C-BAC | 40-100228 | Temperature- and humidity sensor with BACnet®
communication |
Descargas
Operation Manual
Install Sheet
Application Notes
Certificates
Archive
