Cambridge-Sensotech Rapidox 7100 Multigas Analyser

Price Each

Quote Only

(exc. GST)

Description

The Rapidox 7100 Multigas Analyser is a high specification instrument designed for the analysis, control and monitoring of process gas in a wide range of industries. It allows the option of selecting multiple gas sensing configurations to suit the particular application. The analyser is housed within a 19″ (482mm) enclosure for convenient mounting into an industry standard test equipment rack.

Up to six gases are simultaneously measured using a range of high precision gas sensors; each sensor is specially designed and calibrated to avoid any cross interference effects with the background process gas. Safety is ensured by the inclusion of flashback arrestors in the gas measuring circuit where required. Measurable gases include amongst others: CO2, CO, H2O, O2, C2H4, SO2, CH4, H2 and H2S.

When configured for applications where the gases are energy containing (e.g. Biogas, Syngas) the calorific value of the gas sample is determined using thermodynamic calculations and simultaneously logged and displayed on-screen.

An optional pump enables two modes of operations. For samples that are taken from a gas source at atmospheric pressure or below, the pump is activated to draw a sample through the analyser. Alternatively the pump can be deactivated when sampling from a source at greater than atmospheric, allowing the gas to flow through the analyser. Gas flow is regulated manually via a rotary knob on the fascia and displayed electronically on the screen.

Standard features include two fully programmable alarm circuits (volt free contacts), programmable analogue outputs (0-10V and 4-20mA), easy calibration (user selectable gases), RS232 / RS485 communications and complete data-logging software.

A 7″ (180mm) full-colour touch screen interface with soft menu keys allows for easy operation in either permanent monitoring or sampling modes. All data is continuously logged for review and inspection and Excel compatible data can be downloaded via a USB memory stick.

Cambridge Sensotec offers a range of Rapidox servicing options. Regular gas analyser calibration significantly increases the measurement, reliability and repeatability of equipment. A full service is available via state-of-the-art automated stations, designed to calibrate Rapidox gas analysers accurately and efficiently.

  • Modular design allows for bespoke sensor combinations upon request
  • Housed within a 19” (482mm) enclosure for convenient mounting into industry standard test equipment racks
  • 7” (180mm) full-colour touch screen interface with soft menu keys
  • Permanent or sampling modes available
  • All data is continuously logged and Excel compatible data can be downloaded via a USB memory stick
  • Operates on any worldwide mains voltage (90-260VAC)
  • Fully programmable alarm settings
  • Multi-language (Please contact for details)
  • Password protection feature
Sample connections 4mm ID / 6mm OD Rectus or Swagelock fittings on rear
Warm-up time 3-4 minutes at 20°C
Measurement time Approximately 2-4 minutes
(dependant on sensor configuration)
Voltage outputs 0-10V linear, user programmable
Current outputs 4-20mA linear, user programmable
Digital outputs RS232 (RS485 option available): data streamed on demand
Data output Excel compatible data via USB memory stick
Data storage 4GB internal data storage is allowing for approx. 1 year of continuous monitoring
Max inlet temperature 50°C
Max inlet pressure 10 bar gauge
Operating temperature -10°C to 40°C
Sample pump 0-1 litre per minute, user selectable
Calibration Zero and span calibration with two user-selectable gases
Voltage 90-260VAC, 50/60Hz
Display 7″ (180mm) full-colour LCD with touch screen operation
Analyser dimensions 132mm(H) x 482mm(W) x 365mm(D)
Weight 6.5kg
Download the Rapidox 7100 Technical Specification

Additional information

Brands

Cambridge Sensotech

Reviews

There are no reviews yet.

Be the first to review “Cambridge-Sensotech Rapidox 7100 Multigas Analyser”

Your email address will not be published. Required fields are marked *