Carbon Dioxide Transmitters combine 3 room sensors.

Press Release Summary:




Suited for on demand ventilation, Series CDTA combines carbon dioxide, humidity, temperature, occupancy override, and temperature set point measurements in one. Transmitters use Single-Beam, Dual-Wavelength NDIR sensor for carbon dioxide, capacitive polymer sensor for humidity, and band gap sensor for temperature. Field selectable BACnet or Modbus® communications transmit measurements to building controller and allow transmitters to be daisy chained with other communicating sensors.



Original Press Release:



NEW! Series CDTA BACnet/Modbus® Carbon Dioxide Transmitters



Dwyer Instruments, Inc., the preferred source for your complete range of practical and affordable instrumentation, is announcing the release of its NEW SERIES CDTA COMMUNICATING CARBON DIOXIDE HUMIDITY, AND TEMPERATURE DETECTOR.



The Series CDTA combines carbon dioxide, humidity, temperature, occupancy override, and temperature set point measurements in one compact device.  Field selectable BACnet or Modbus® communications transmits the measurements to the building controller and allows for the transmitters to be daisy chained with other communicating sensors.  Combination sensors like the CDTA reduce installation and wiring cost along with requiring less I/O on the controller to save additional hardware costs.  Carbon Dioxide measurements are taken using our own Single-Beam, Dual-Wavelength Non-Dispersive Infrared (NDIR) sensor.  Humidity measurements are measured using a capacitive polymer sensor and the temperature is recorded by a solid state band gap sensor.  Local configuration of the temperature set point and override can be done using the buttons on the side of the detector and the optional integral or remote LCD.



Complete details are available on our website @ http://www.dwyer-inst.com/Product/AirQuality/CarbonDioxideTransmitters/SeriesCDTA



Dwyer Instruments, Inc.

P.O. Box 373

Michigan City, IN 46361

Phone: (800) 872-9141 or (219) 879-8000

Fax: (219) 872-9057

Internet address: http://www.dwyer-inst.com/

E-mail: lit@dwyermail.com

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