Alco-Sensor® IV - Handheld Instruments

Approvals

NHTSA (U.S. DOT)
CDOJ (Canada)
Home Office (UK)

Datasheets

Product Datasheet

Intended Users

Standard Equipment

- Alco-Sensor IV

- 25 Mouthpieces

- Carrying Case

- Calibration Tool

- Manual

- 1 Year Parts and Labor Warranty

Alco-Sensor® IV

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Introduction:

The Alco-Sensor IV (ASIV) is a handheld breath alcohol tester. It provides a simple, accurate and economical method of determining a subject’s breath alcohol concentration with evidential grade accuracy.

Unique Features:

The Alco-Sensor IV follows an automated, software driven test protocol. Each function is displayed on an LED display which provides the operator with step-by-step instructions for fail-safe testing. The ASIV automatically samples deep lung breath and displays the result in a three digit readout (two or four digits where required). The proper insertion of the mouthpiece powers the instrument ON and a mouthpiece release feature, which eliminates operator contact with a used mouthpiece, turns the instrument OFF.

Approvals	NHTSA	Listed on the Conforming Products List for Evidential Breath Measurement Devices.

Analytical System	Electrochemical Sensor (Fuel Cell)	Select sensor, manufactured to Intoximeters exacting specifications for accuracy, repeatability and long life.

Measurement Range	0.000 to 0.400 g/210L	The off the shelf instrument is designed to offer a range of results that our customers commonly encounter when performing breath alcohol testing. Custom ranges, and results reported in a most units of measure are available upon request.

Accuracy and Precision	Highly accurate and precise evidential grade results	Intoximeters fuel cell based instruments set the industry standard for accuracy and precision. These precise and linear devices offer consistent output that results in evidentiary grade analysis.

Sensor Selectivity	Highly specific for alcohol	Fuel Cell sensors are sought after for their specificity to alcohol.

Sampling Method	Flow, Volume, Breath Drop	Instruments running the standard software require a consistent flow, a minimum volume and then a drop in flow before sampling a deep lung breath. Alternate sample capture algorithms are available in customized programs.

Testing Environment	Instrument Temperature	The temperature of the instrument must be at, or between, 10 and 40 degrees C.
	Ambient Temperature	As long as the instrument is at temperature, the instrument can be used at, or between, ambient temperatures of -20 to 70 degrees C.
	Humidity	10% to 100% relative humidity (The instrument is not designed to be used under water.)
	Ambient Pressure	600 mbar to 1400 mbar; 450 mmHg [0 °C] to 1050 in mmHg [0 °C]

Mouthpiece	Style	One-way check valve
	Installation	Insert to power unit ON

Visual Output	Display	Red, four character LED

Audio Output	Beeper	Audible tone to support displayed messaging system.

Data Storage	Number of Tests	Last test

Power Options	Disposable Battery	Single 9V alkaline battery
	Rechargeable Battery	9V rechargeable battery - Optional

Case Construction	Metal flake impregnated ABS	Rugged casing protects instrument and internal components.

Size, Shape and Weight	Dimensions	5.5” x 3.5” x 1.5”
	Weight	11 oz (311.8 grams)

Measurement Types	Automatic Direct Breath	Auto sampling of subjects' deep lung breath samples.
	Manual Direct Breath	Manual sampling option for subjects who cannot meet the minimum flow and volume requirements of the instrument.

Options	RBT IV Printer	Microprocessor/Printer allows input of subject ID number, printed result, memory storage.
	Computer Interface	ASIV @ Work software - For DOT/workplace testing. Connect compatible ASIV to computer & software drives the testing process.