Entry level domestic Oil, Gas & Biomass analyser
- O2 & CO over range protection
- Easy to use rotary dial & large display
- Protective magnetic hands free case
- Wireless now standard to KANE LIVE app
Entry level domestic Oil, Gas & Biomass analyser
Boiler commission & appliance sweep test analyser
As KANE258 plus:
As KANE358 plus:
As KANE958 plus:
Flue Gas Analyser with direct CO and CO2 measurement. Features a dual pump system for CO sensor 'over-range' protection.
Accurately measures & records CO ppm, CO2 % & CO2 ppm to commission & service commercial catering appliances, flueless gas fires, radiant industrial heaters, etc.
Flue Gas Analyser with direct CO and CO2 measurement, CO sensor 'over-range' protection and low range NO sensor
Latest Flue Gas Analyser technology with options for up to 7 gas measurements CO (0-10,000 ppm), CO2, O2, NO, NO2, SO2 & H2S
All the great features of KANE455 with... - Structured commissioning test, fast print, screen protection, 2 dec point resolution on CO2, 6 line display
Flue Gas Analyser with Direct CO2 Measurement. Used by leading boiler manufacturers the KANE455 is more than just a flue gas analyser.
Combustion Analyser with Direct CO2 measurement.
As KANE988 plus:
Combustion Analyser with Direct CO2 and high range CO measurement - ideal for Biomass Appliances.
Commercial & Domestic Boiler Analyser
Portable Oxygen Analyser - 7 year life sensor
A simple nine position rotary switch enables engineers to quickly perform combustion tests, differential pressure tests, let-by/tightness tests, differential temperature tests and CO build-up tests.
Hand-held Combustion Analyser with Wireless Communication Option - ideal for commercial oil, gas or biomass appliances.
As KANE458s plus:
Indoor Air Quality Analyser
Compact flue gas analyser suitable for all appliances burning natural gas, propane, butane, LPG and light oils and can also be used to accurately check CO levels in a room.
The KANE451 Combustion Analyser measures carbon dioxide (CO2 ) , carbon monoxide (CO), Nitric Oxide (NO), differential temp and differential pressure. Direct measurement of CO2 is achieved using a Kane designed infra-red sensor.