Breath Alcohol Simulator
The Breath Alcohol Simulator is a device used to simulate the presence of alcohol in the breath for testing purposes. This simulator is commonly used by law enforcement agencies and alcohol testing centers to calibrate and validate alcohol breath testing equipment. It works by generating a controlled amount of alcohol vapor, which is then blown into the testing device to mimic the breath of an individual who has consumed alcohol. The simulator ensures accuracy and reliability of breath alcohol testing equipment, allowing for consistent and fair results. It is an essential tool in maintaining the integrity of DUI (Driving Under the Influence) testing procedures and ensuring the safety of the public on the roads.
The Guth Model 12V500 Alcohol Breath Simulator
is a State-of-the-Art, electronically temperature controlled, water-alcohol instrument for the purpose of providing a precise calibration standard for testing or calibration of alcohol breath analyzers. The Model 12V500 is the first simulator of its kind to incorporate dual temperature probes to independently control and monitor the temperature of the solution. The temperature of the water-alcohol solution placed in the simulator is maintained at 34°C ± .05°C or better. The inlet and outlet port pathways have been designed to be an integral part of the one piece heated aluminum top housing thus allowing uniform heating and reduction of condensation. The new LCD graphics display has a temperature resolution of .01° C and in the event of an error allows feedback to the user in the form of messages instead of codes. As with all Guth products the 12V500 has been engineered using the highest quality components to give reliable, accurate and trouble free operation.
GUTH Model 2100 Simulator Refurbished
Quality inspected, by engineer, provide quality service and quality product.
In addition to our simulator calibration, refurbished simulators.
Low cost Breath Simulator
Perfect for small business or personal use
Guth Air Pump
Air pumps are designed to mimic the breathing patterns of humans by effectively simulating the decrease in pressure that occurs when exhaling. The semi-automatic version of this pump offers an airflow of either 10 or 20 L/m, making it suitable for a variety of applications. The pump is housed in a lightweight yet durable casing, ensuring its longevity and ease of use. With its ability to replicate human breath characteristics, this air pump is a valuable tool in various industries and medical settings.
