| Item | Value |
|---|---|
| Measured gases | O2oxygen |
| Measuring range | |
| Detection principle | electrochemical |
| Accuracy | |
| Resolution | |
| Response time | |
| Ingress protection | IP-66 |
| Explosion protection | |
| Operating temperature | -20~50°C continuous operation; -40~55°C short-term operation |
| Power supply | |
| Output signal |
The Pac III can be configured independently in many different ways. Depending on the specific situation, different electrochemical sensors can be easily and simply installed in the device to measure a wide range of hazardous gases. The Pac III is available in three models:
Dräger: A leader in the field of inspection
Since 1937, the first detection tube has been introduced. Dräger has become the world leader in the detection of gases and vapours in industrial environments. Over the years, we have researched and developed more sensors and detectors for a wide range of applications!
Advanced technology keeps us at the forefront of electrochemical sensors, so we provide the most accurate and specific measurement results.
| state-of-the-art singlegas detector The Pac III detector has excellent performance! Powerful sound and light alarm, large screen display, easy to use, and equipped with intelligent sensors. All of these features are concentrated in this small but solid onegas detectoron. The Pac III uses Dräger sensor technology to measure a wide range of gases, and more than 20 intelligent sensors can be interchangeable on a single main unit. Dräger sensors respond quickly and precisely to toxic gas to ensure that you can be alerted in the event of a hazard. The Pac III is the most sensitive and alarmable detector for detecting a single gas in today's industrial sector. |
Rugged housing
A wide variety of application environmentsgas detectorIt is a challenge. It is not uncommon for use in environments affected by extremely hot, cold, humid, dirty, or corrosive gases. The use of instruments is a test in extremely harsh environments, such as on oil platforms or under mines. The Pac IIl is designed to adapt to the harsh operating environments on these board ends. ABS metal shell, lightweight, easy to carry, and also withstands impacts.
Whether accidentally dropped on the ground, an unintentional collision or accidentally sank into water, the Pac III can still detect and alarm. The O-ring of the housing is dustproof and waterproof. The buzzer and sensor chamber are sealed against dust. The Pac III is the best application instrument.
Anti-RF interference
The shimmering silver case isn't just about aesthetics. The chrome-plated housing effectively protects against potential radio frequency interference with RFI, which means that when you use the walkie-talkie close to the instrument, it will not cause false alarms.
In addition to effectively preventing RFI, metal ten L shells are also resistant to thermal radiation, and the most valuable feature of metals is that they can withstand high temperatures. The Pac III can get the job done in harsh environments, protecting not only itself but also those who use it.
Easy to operate
Small, rugged and easy to use, the Pac III is simple with three buttons on the instrument panel to power on, shut down, and view the general data needed (e.g., battery level) with just three keys on the instrument panel. The confirmation alarm and activation background lighting are also clearly marked on the three keys, making it a smart choice to use the instrument when you need to detect gases.
Display
The large screen keeps the user informed. For quick analysis of the environmental situation, gas concentrations are continuously displayed in large letters. Below the concentration are the gases to be measured (e.g. CO, CL2, PH2, etc.) and the units of measurement (ppm or %Vol) and alarm levels (A1 and A2) are also displayed on the screen. The bottom of the display is reserved for displaying some special symbols. For example, the battery symbol indicates a battery alarm or warning and displays information and symbols. Pac III will tell you what you want to know and what you must know.
Menu function
Functions such as calibration and alarm setting are done via menu commands in a simple language. These features are password-protected in case of accidental or unauthorized changes. In this mode, the functions of the three keys are up, down, and enter, which help you navigate the menus. The operation of the Pac III is very intuitive and simple.
Whether it is TWA, STEL or upper limit exposure value, the PacIII Extended can provide the required data and calculation results, and the PacIII can record and store data for 125 hours per minute of gas exposure. To monitor rapid changes with greater accuracy, the average cycle can be adjusted (extended or shortened).
With a standard RS 232, 9-pin interface, the PacIII can be connected to a computer, but with the use of the "Gas Vision" software, a window-based program that can chart or analyze the collected data for online data transmission, which can be easily transferred according to the gas, date or person being tested.
Dimensions 67×116×32mm
Weight 200g
Environmental conditions -20~50°C continuous operation
Environmental conditions -40~55°C short-term operation
Battery life Alkaline battery: 600 hours
Battery life Lithium battery: 1000 hours
Battery life NiMH battery: 200 hours
Audible alarm Two high-intensity LEDs
Light alarm electromagnetic buzzer within 95dBA30cm
Alarm signals A1, A2, TWA, STEL and low battery
Alarm signal ACGIH or TRGS 402 alarm
Ingress protection IP-66
Data storage scaled > an average of one per minute for 125 hours
Ordering information
Gas Measurement Range Resolution
Acetaldehyde 0-200ppm 1ppm
Acetylene 0-100ppm 1ppm
Acrylonitrile 0-100ppm 0.1ppm
ammonia 0-200ppm 1ppm
Arsine 0-20.0ppm 0.01ppm
Bromine 0-20.0ppm 0.05ppm
Butadiene 0-100ppm 1ppm
carbon dioxide 0-5.00% Vol. 0.1%Vol.
carbon monoxide 0-2000ppm 1ppm
carbon monoxide 0-10,000ppm 1ppm
Chlorine 0-20.0ppm 0.05ppm
Chlorine dioxide 0-20.0ppm 0.05ppm
Ethylborane 0-1.00ppm 0.01ppm
Diethylamine 0-100ppm 1ppm
Diethyl ether 0-200ppm 1ppm
Dimethylamine 0-100ppm 1ppm
Dimethyl sulfide 0-40ppm 1ppm
Ethanol 0-300ppm 1ppm
Ethylene 0-100ppm 1ppm
Ethylene oxide 0-200ppm 1ppm
Formaldehyde 0-200ppm 1ppm
Fluorine 0-20.0ppm 0.01ppm
Germanium 0-20.0ppm 0.01ppm
hydrogen 0-2000ppm 1ppm
Hydrogen cyanide 0-50.0ppm 0.1ppm
Hydrogen peroxide 0-20.0ppm 0.1ppm
Hydrogen selenide 0-1.00ppm 0.01ppm
hydrogen sulfide 0-100ppm 1ppm
hydrogen sulfide 0-1000ppm 1ppm
Isobutene 0-300ppm 1ppm
Isopropyl alcohol 0-300ppm 1ppm
Methanol 0-200ppm 1ppm
Methylamine 0-100ppm 1ppm
Nitric oxide 0-200ppm 1ppm
Nitrogen dioxide 0-50ppm 0.1ppm
oxygen 0-25.0%Vol. 0.1%Vol.
Phosgene 0-3.00ppm 0.01ppm
Hydrogen phosphine 0-20.0ppm 0.01ppm
Phosphine 0-500ppm 1ppm
Propylene 0-100ppm 1ppm
Propylene oxide 0-200ppm 0.1ppm
Silicon tetrahydride 0-50ppm 0.01ppm
Styrene 0-100ppm 1ppm
Sulfur dioxide 0-100ppm 0.1ppm
Tetrahydrothiophene 0-40ppm 1ppm
Tebutanol 0-40ppm 1ppm
Triethylamine 0-100ppm 1ppm
Trimethylamine 0-100ppm 1ppm
Vinyl acetate 0-100ppm 1ppm
Vinyl chloride 0-100ppm 1ppm
It is suitable for industrial safety monitoring and on-site inspection scenarios.