The AE5 series oxygen analysers have been designed to measure the absolute oxygen content of flue gases directly in the flow of analysed flue gases inside the thermal installations.
The absolute content of residual oxygen in gases produced during combustion or chemical processes is one of the most important indicators for combustion control. By determining the residual oxygen content, optimum thermal efficiency can be achieved, and negative environmental impact can be reduced.
Lorem ipsum dolor sit amet, consisttetur adipiscing elite.
Specifications
Power supply
230V, 50Hz
Outside boiler protection
IP65
Power input
100 VA
Measuring range
0-21% O! 2
Response time to change in O2
1 sec as standard.
O2 measurement accuracy
± 0,1% O! 2
Temperature in the flanges of the installation space outside the boiler
max. 60 °C
Flue gas temperature
max. 400 °C
Max. under- or overpressure measured environment
4 kPa
Outputs
current 4-20 mA, Modbus RTU (RS485), measurement validity (relay contact)
Probe length (other options available on request)
350mm, 500mm, 1200mm
Weight (incl. mounting flange)
17 kg
Dimensions (part outside the boiler) W × H × D
225 × 180 × 300 mm
The basic measuring element of the instrument is a ZrO2 solid electrolyte sensor located directly in the flow of the flue gas being analysed. The sensor is housed in a ceramic enclosure together with a heating element that heats the sensor to an operating temperature of approximately 700 degrees Celsius. The stainless steel cover provides both protection and support. The latter passes through the wall of the boiler and is connected to it by the mounting flange.
It is completed by a cabinet which houses the control electronics and all the other equipment necessary for the operation of the unit. At the bottom of the housing there is a reference air filter, connectors for power supply, a connector for communication signals and, if required, a calibration gas inlet.
Calibration can be performed without disassembling the analyser. Depending on the analyser version, it is possible to calibrate at two points (air and a calibration gas), and if the analyser is equipped with a calibration gas input, it is possible to calibrate at up to four points (air + 3 calibration gases).
Learn more
By continuously measuring oxygen and then adjusting to the optimum value, fuel consumption can be reduced and emission limits can be met.
Controlled waste incineration increases process efficiency and helps reduce emissions.
Controlling the protective atmosphere during the annealing and tempering of metal products is important for surface quality.
Optimisation of parameters in chemical processes, protection of gaseous mixtures against explosion and ignition.
Learn more
Easy to operate
Compact design
Low operating costs
Measurements are taken directly in the flue gas stream, no sampling device required
Easy to install and commission
Immediate response to changes in oxygen levels
Easy semi-automatic calibration
Easy sensor replacement and basic calibration
Learn more
Readings shown on the display
Indication of faults
Probe wear measurement
Verification of basic calibration for oxygen in air without disassembly
Semi-automatic 2 to 4 point calibration
ModBus remote management option
Would you like to find out more about the products? Contact us by e-mail or phone. We will arrange a meeting to present our ENELEX product portfolio in detail.
