Condition is New, with 12 months Warranty.
Designed for use as a workplace breath alcohol tester, it is also popular for general public use due to the affordable price. Certified accuracy, stylish and easy to use!
The Enforcer 3 breathalyser is perfect for workplaces where irregular or occasional testing takes place and a low volume of testing is performed annually. ie. <500 tests per year.
The Enforcer 3 Breathalyser is a dual-mode device:
Normal mode, used for a specific digital readout eg. 0.050%BAC.
In-built Safety and Precision Technologies:
AlcoLimit's Flow Control Technology means that the sensor checks the flow rate of your breath and must receive an adequate air sample before it will provide you with a reading. This is just one of the safety measures built into the AlcoLimit range.
AlcoLimit's Intelli-sensor Recognition Technology checks the sensor condition every time you use your breathalyser. Stability of the sensor is analysed as well as the level of alcohol residue built-up on the sensor. An indication will be given if the sensor needs recalibration.
Manufacturer recommendation for personal use - at least every 12 months or 200 uses, whichever comes first.
Australian Standards requirement for workplace use - at least every 3 months or 200 uses, whichever comes first.
Self-calibration is an option on this model with SRS technology you can purchase a pre-calibrated sensor and replace it yourself.
Our in-house technicians will specifically calibrate your breathalyser in accordance with Australian Standards regulations for the Australian/New Zealand legal limits.
Regular calibration is required to maintain the specified accuracy of each device. An in-built usage counter and an on-screen recalibration reminder make remembering to have your unit serviced simple. AlcoLimit's Flat-fee servicing cost includes return overnight freight. Turnaround is guaranteed 3-4 working days.
For accurate results users must wait at least 20 minutes after the cessation of drinking before testing. Use prior to this time will result in inaccurate readings and shorten the lifespan of the sensor.