Home » System Sensor CD100DH _ CD100M _ CD100VC
File preview
Click the button below to download immediately for free
Show text preview
CD100VC Ventilation year calibration interval and mounting base for easy low profile white case digital display can be with solid door, included simultaneous analog outputs & mA) relay with adjustable and dead-band screw secures complete to wall & Display Allow For: for elevation adjustment & fast one gas calibration one of nine or programming one setting of proportional or output Specifications ppm @ 1000 ppm drift 10 ppm per year ventilation in a building occupancy varies frequently. whether poor ventilation contributing to an indoor air problem. how tight a building is specific climatic conditions. ventilation to ensure excess air is not causing energy good air distribution zones. with a Year for Details Overview System Sensor line of carbon dioxide ventilation controls, your system can provide the right amount of fresh air, when, and you need it. It called demand controlled ventilation-and System is making it a reality with CO2 sensors that monitor actual rather maximum occupancy. costly overventilation when an office is partially occupied. Deliver of fresh air when a conference room is full of people. Our tech- can help your HVAC system realize energy savings of up to 30 or more, savings that can subsidize other building upgrades, to more efficiencies. Beam Absorption Infrared TEMA self calibration software Method or flow-through (50-100 ml/min) Range output: 0-2000 ppm factory default – to 10,000 ppm display: 0-10,000 ppm ppm ppm conditions 60-90 (15-32 ppm: ppm or of reading, is greater ppm: of reading conditions 32-122 (0-50 ppm: ppm or of reading, is greater ppm: of reading (Pressure) Correction 0.13% of reading per mm Hg decrease 760 (On-board correction, user set) Drift ppm (negligible) with TEMA on ppm typical with TEMA off Time 0..90% FS min. Time @ 25 minutes Conditions 50 (32 95% RH, non-condensing Temperatures Certification Part 15 Class B Interval years / zero ppm gas offset adjust VAC RMS, 50/60 Hz VDC polarity protected/dependent mA average, 100 mA peak, at 24 VDC Sensor Sales and Service 5 3/4 x 3 1/4″W x 1 1/8″D CD100DH Enclosure Duct Mount Applications CO2 Output VDC (100 Ohms output impedance) mA (RLmax = 500 Ohms) outputs available simultaneously Open or Normally Closed (wire either gold bifurcated, 2A rating. Adjustable factory set at 1000 ppm, 50 ppm AWG stranded copper wire only. 2 wires for power, analog output, and relay I/O interface Warranty Months from date of manufacture readings may be temporarily affected in presence of certain portable two-way and cellular phones. subject to change without Covered by United States Patents: and 5,163,332 Sensor Specification CO2 sensor for demand control ventilation be the CD100VC non-dispersive infrared offered by System Sensor featuring Technology. The CD100VC can be into the CD100DH for duct mount The diffusion gas chamber in the shall incorporate a reflective light pipe waveguide surrounded by a gas permeable that prevents particulate of the sensor. For long term stability, the sensor shall utilize a dual infrared detector, one channel for CO2 the other for reference. The sensor have a five year recommended calibration In addition, the sensor shall be with a five
CD100VC Ventilation year calibration interval and mounting base for easy low profile white case digital display can be with solid door, included simultaneous analog outputs & mA) relay with adjustable and dead-band screw secures complete to wall & Display Allow For: for elevation adjustment & fast one gas calibration one of nine or programming one setting of proportional or output Specifications ppm @ 1000 ppm drift 10 ppm per year ventilation in a building occupancy varies frequently. whether poor ventilation contributing to an indoor air problem. how tight a building is specific climatic conditions. ventilation to ensure excess air is not causing energy good air distribution zones. with a Year for Details Overview System Sensor line of carbon dioxide ventilation controls, your system can provide the right amount of fresh air, when, and you need it. It called demand controlled ventilation-and System is making it a reality with CO2 sensors that monitor actual rather maximum occupancy. costly overventilation when an office is partially occupied. Deliver of fresh air when a conference room is full of people. Our tech- can help your HVAC system realize energy savings of up to 30 or more, savings that can subsidize other building upgrades, to more efficiencies. Beam Absorption Infrared TEMA self calibration software Method or flow-through (50-100 ml/min) Range output: 0-2000 ppm factory default – to 10,000 ppm display: 0-10,000 ppm ppm ppm conditions 60-90 (15-32 ppm: ppm or of reading, is greater ppm: of reading conditions 32-122 (0-50 ppm: ppm or of reading, is greater ppm: of reading (Pressure) Correction 0.13% of reading per mm Hg decrease 760 (On-board correction, user set) Drift ppm (negligible) with TEMA on ppm typical with TEMA off Time 0..90% FS min. Time @ 25 minutes Conditions 50 (32 95% RH, non-condensing Temperatures Certification Part 15 Class B Interval years / zero ppm gas offset adjust VAC RMS, 50/60 Hz VDC polarity protected/dependent mA average, 100 mA peak, at 24 VDC Sensor Sales and Service 5 3/4 x 3 1/4″W x 1 1/8″D CD100DH Enclosure Duct Mount Applications CO2 Output VDC (100 Ohms output impedance) mA (RLmax = 500 Ohms) outputs available simultaneously Open or Normally Closed (wire either gold bifurcated, 2A rating. Adjustable factory set at 1000 ppm, 50 ppm AWG stranded copper wire only. 2 wires for power, analog output, and relay I/O interface Warranty Months from date of manufacture readings may be temporarily affected in presence of certain portable two-way and cellular phones. subject to change without Covered by United States Patents: and 5,163,332 Sensor Specification CO2 sensor for demand control ventilation be the CD100VC non-dispersive infrared offered by System Sensor featuring Technology. The CD100VC can be into the CD100DH for duct mount The diffusion gas chamber in the shall incorporate a reflective light pipe waveguide surrounded by a gas permeable that prevents particulate of the sensor. For long term stability, the sensor shall utilize a dual infrared detector, one channel for CO2 the other for reference. The sensor have a five year recommended calibration In addition, the sensor shall be with a five