Breath Alcohol Tester ALC-213Pro
ALC-213Pro handheld fuel cell tester, same published specification as the ALC-213 in a second housing, for distributors running a mixed device fleet.
Product Overview
What the ALC-213Pro Is For
The ALC-213Pro is a handheld fuel cell breath alcohol tester with the same electrochemical sensor and performance specification as the ALC-213. It differs only in housing and finish. It is designed for use in pre-shift screening where one operator tests a queue of people quickly. The device uses a fuel cell sensor that responds to ethanol specifically, not to acetone, tobacco smoke or fuel vapour. Testing is a single button press: the unit warms up in 10 to 15 seconds, the subject blows for about 6 seconds at roughly 10 L/min, and a 4 digit LCD shows the result in extended accuracy format in under 10 seconds. Accuracy is stated as plus or minus 0.005 percent at 0.05 percent BAC, and the device is established at concentrations of 0.008 and 0.032 percent BAC. Above 0.032 percent BAC accuracy is not established, which matters if you are writing a screening procedure and need to know where the instrument stops being defensible.
Key Benefits
Why Buyers Pick This Model
- Same sensor and specification set as the ALC-213, so calibration and maintenance schedules are identical across both models
- One button operation means gate guards and shift supervisors need no instrument training
- Fuel cell sensor responds to ethanol rather than to acetone tobacco smoke or fuel vapour
- Result in under 10 seconds keeps a shift start queue moving instead of stalling it
- Alarm point is set at the service centre to 0.02 0.05 or 0.08 percent to match local limits
- Audible alert and LCD colour change flag a positive result without the operator reading digits
- Recalibration every 500 tests or 12 months keeps readings traceable rather than drifting silently
- Runs on two AAA cells so a remote gate house needs no charging infrastructure
Application Scenarios
- Pre shift screening at mine gates quarries and construction site entrances
- Depot checks on truck and bus drivers before keys are issued
- Random workplace testing under an internal alcohol and drugs policy
- Roadside screening by traffic police and municipal road safety units
- Occupational health providers running contract testing across multiple client sites
- Marine and port operations where crew must be screened before boarding
Who It Is For
- Fleet and logistics operators who must document that a driver was screened before departure
- Mining and construction contractors enforcing a zero alcohol rule at site entry
- EHS managers writing a testing procedure that has to survive a union or legal challenge
- Distributors of safety and test instruments looking for a fuel cell unit at handheld price
- Law enforcement and road safety agencies running high volume roadside screening
- Occupational health providers managing a mixed device fleet across multiple sites
The Case for Buying It
Problems It Solves
- Semiconductor testers drift after a few hundred blows and cannot be recalibrated so results stop being defensible
- Consumer testers react to mouth alcohol solvents and fuel vapour which produces false positives at the gate
- Multi step menu driven instruments slow a shift start queue and get used incorrectly under pressure
- Instruments with no fixed recalibration interval leave an EHS manager unable to prove the device was in specification
- Fixed alarm thresholds do not match the legal limit in every market so a single model cannot be deployed globally
- Fleets using multiple models face different calibration schedules and separate consumable logistics
How It Works
Technical Features
- Electrochemical fuel cell sensor selective to ethanol
- 4 digit LCD showing results in extended accuracy format
- Warm up in 10 to 15 seconds from power on
- Blow detection at approximately 10 L/min over about 6 seconds
- Cumulative test counter showing the number of tests performed
- HI indication when the reading is above the display range
- Rolling memory of the last 5 test records
- Repeat test possible in under 60 seconds
- Selectable alarm point of 0.02 0.05 or 0.08 percent set at the service centre
Specifications
Published Specification
These are the figures published for this model. Nothing is carried across from another model in the range.
| Sensor | Electrochemical fuel cell sensor |
|---|---|
| Accuracy | +/-0.005% at 0.05% BAC |
| Established Range | 0.008% to 0.032% BAC |
| Display | 4 digit LCD, extended accuracy format |
| Warm Up Time | 10-15 seconds |
| Testing Time | 10 seconds |
| Blowing Time | About 6 seconds |
| Blowing Flow | About 10 L/min |
| Repeat Test Interval | Less than 60 seconds |
| Memory | Last 5 records |
| Alarm Points | 0.02%, 0.05% or 0.08%, set by service centre |
| Power | 2 x AAA 1.5V batteries |
| Recalibration | Every 500 tests or 1 year |
| Operating Temperature | 10-40 C |
| Storage Temperature | 0-50 C |
| Included | 5 mouthpieces |
How It Is Built
Materials Process and Quality Control
Materials
- Impact resistant moulded plastic housing sized for one hand operation
- Replaceable hygienic mouthpieces supplied 5 per unit
Manufacturing Process
- Fuel cell sensor conditioning and burn in
- PCB assembly and firmware loading
- Gas calibration against a certified ethanol standard
- Alarm point configuration to the destination market limit
- Functional blow test on every unit before packing
Quality Control
- Every unit is gas calibrated before it leaves the line
- Alarm threshold is verified after it is set at the service centre
- Blow flow and warm up timing are checked on the finished unit
- Recalibration interval of 500 tests or 12 months is documented in the user guide
Configured Before Shipment
Customisation Options
- Alarm point preset to 0.02 0.05 or 0.08 percent before shipment
- Display unit configuration for the destination market
- Buyer branding on housing and retail packaging subject to order confirmation
- Mouthpiece quantity per carton adjusted to fleet consumption
Comparison
How It Compares With the Alternatives
| ALC-213 | Same sensor platform and specification set, so the ALC-213Pro is the alternative housing and finish if you want a different form factor for the same test |
|---|---|
| Semiconductor breath testers | The fuel cell sensor is selective to ethanol and can be recalibrated, where a semiconductor element drifts and reacts to solvents and smoke |
| ALC-605 screening terminal | The ALC-213Pro is portable and battery powered for roadside and gate use, while the ALC-605 is a fixed mains powered terminal that also gates access and reads temperature |
| ALC-303 alcohol interlock | The ALC-213Pro screens a person, the ALC-303 physically prevents the engine from starting, so an interlock is the choice when nobody is present to supervise |
Running the Test
Use Guide
- Wait at least 15 minutes after the subject has eaten drunk or smoked before testing
- Power on and allow the 10 to 15 second warm up to complete before handing the unit over
- Fit a fresh mouthpiece for every subject
- Ask the subject to blow steadily for about 6 seconds until the unit signals
- Read the result on the 4 digit LCD and note the test counter value for your record
- Wait under 60 seconds before running a repeat or confirmation test
- Send the unit for recalibration at 500 tests or 12 months whichever comes first
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Background Reading Before You Specify
FAQ
Questions About the ALC-213Pro
Why does a fuel cell sensor matter if a semiconductor tester is cheaper?
A fuel cell reacts to ethanol specifically, so acetone from a diabetic subject, tobacco smoke and fuel vapour at a depot do not push the reading up. It also holds calibration long enough that a documented 500 test or 12 month interval means something. Semiconductor units drift and generally cannot be recalibrated at all.
How often does the ALC-213Pro need recalibration?
Every 500 tests or every 12 months, whichever comes first. That interval is what lets you show an auditor the device was in specification on the date of a disputed test.
Can the alarm point be set to our national limit?
Yes. The alarm point is selectable between 0.02, 0.05 and 0.08 percent and is set at the service centre, so tell us the destination market when you order and the units arrive configured.
How fast can one operator screen a shift queue?
Warm up is 10 to 15 seconds from power on, the blow takes about 6 seconds, the result appears in under 10 seconds, and a repeat test is possible in under 60 seconds. In practice the mouthpiece change is what sets the pace.
What happens if a reading is above the display range?
The display shows HI instead of a number. Treat that as a positive screening result and follow your escalation procedure.
Does it store results for reporting?
It holds the last 5 records and a cumulative test counter. If your procedure needs a full audit trail per employee, the ALC-605 or ALC-608 terminal is the better fit because it stores 20000 test records.
What is the minimum order quantity and lead time?
Both are confirmed per order because they depend on alarm point configuration and any branding. Send your quantity and destination market to [email protected] or by WhatsApp and we will confirm in writing.
Quote the Breath Alcohol Tester ALC-213Pro
Send the quantity, the destination market and the alarm point you need. Configuration is set before shipment, so it is worth agreeing at order time.