CA-10 Carbon Dioxide Analyzer

Features dual-wavelength infrared sensor and barometric pressure compensation

CA-10 Carbon Dioxide Analyzer

Features dual-wavelength infrared sensor and barometric pressure compensation

Features        Description       Specs        Downloads       Contact Us       Sable Enables

Features      Description     Specs      Downloads     Contact Us     Sable Enables

Features

  • Span, calibrate, and change multiple settings using control knobs and LED display
  • Barometric pressure compensation eliminates errors caused by ambient pressure variation
  • Scalable analog and digital output
  • Fast response time of 0.5 second
  • Resolution down to 1 ppm
  • Intuitive Menu System
  • Internal 16-bit A/D conversion

DESCRIPTION

The CA-10 Carbon Dioxide Analyzer measures CO2 in a range of applications from respirometry to industrial gas monitoring. It features a dual-wavelength infrared sensor that provides stable, fast response in a broad CO2 measurement range.  Operation is intuitive and flexible, allowing easy operation by a wide range of users.  High resolution of 1 ppm at atmospheric levels assures you of trustworthy results.

Barometric pressure compensation is standard. Direct modulation of the infrared source translates to greater ruggedness and reliability versus chopper-based CO2 analyzers. The optical bench is differential (dual-wavelength), reducing drift and virtually eliminating sensitivity to water vapor. The design of our optical bench is proprietary, using a low volume, gold-over-nickel-plated optical path and the highest quality machining – with premium emitter, differential detector and optical filtration components.

Depending on your application, the CA-10 CO2 analyzer can be supplied in two different optical bench lengths, optimized for 0-5% or 0-10% CO2. We will recommend the appropriate model for your application at time of order (0 – 5% is typical).

The CA-10 CO2 analyzer is easily interfaced to any data acquisition system or data-logger. Eleven ranges of voltage proportional to carbon dioxide concentration or partial pressure, plus multi-range outputs proportional to barometric pressure and optical path temperature, are easily accessed at the rear panel using high-quality BNC connectors.  Serial output provides further versatility.

specs

Accuracy and Resolution: At constant temperature, accuracy better than 1% of calibrated span, Resolution to 1 ppm/0.0001%
Analog Outputs: 0 – 5 Volts, adjustable from 0 – 100 ppm/10 Pa, to 0 – 20%/kPa carbon dioxide in eleven ranges, plus separate outputs for optical bench temperature and barometric pressure, 4 ranges each; short circuit protected
Concentration Ranges: 0-5% CO2  standard; 0-10% CO2  optional; or 0 – 10 kPa CO2
Connections: Nickel plated barb fittings for 1/8in (3mm) ID flexible or semi-rigid tubing
Dimensions: 12 x 12 x 4 in. (30.5 x 30.5 x 10.2 cm)
Display: Digital, 2 x 16 alphanumeric LCD
Flow Rate: 5 – 2000+ ml/min. Recommended flow rate from 20 – 500 mL/min
Noise and Drift: At constant temperature, flow rate and CO2 concentration- Noise < 1 ppm RMS (5 sec digital filtration setting), over 20 min near zero; Zero drift < 0.002% over 24 hours
Power Requirements: 12 – 24 VDC; universal adapter supplied
Readout: Selectable between %CO2 (barometric pressure corrected), %CO2 (uncorrected), kPa CO2 partial pressure; barometric pressure displayed on line 2 to .001 kPa
Recommended Calibration Interval: 1 Year
Response Time: <0.5 second for 10% to 90% of a step change (200 mL/min, no averaging)
Serial Output: RS232-8N1; both polled and broadcast modes available
Technology: Dual wavelength non-dispersive infrared spectrometry with gold-plated optical path and sapphire windows
Weight: 5 lb (2.3 kg)

downloads

CA-10 Carbon Dioxide Analyzer Brochure
Product Note

contact us

Please fill out the form here and our specialists will help configure the right system for your needs or provide you with a detailed quote.

To request manuals and software updates, or find warranty and service information, please contact our Support department.