Product Overview
The ALPHAPEC 5060 Lightweight Fourier Transform Infrared Toxic Gas Analyzer primarily utilizes Fourier infrared spectroscopy technology, combined with ultra-small volume, highly corrosion-resistant, and highly reliable 3m micro-optical absorption cell. It enables rapid and accurate detection of various ppm-level chemical warfare agents (CWA) and toxic industrial gases (TIC). The instrument employs the company's independently developed spatial stereoscopic angle mirror Michelson interferometer structure, boasting significant technological advantages with its diverse detection capabilities, low detection limits, lightweight, and low energy consumption. It can be mounted on various mobile platforms such as small drones and robots, enabling quick measurement and alarming during movement.
Widely applied in national security, public security, emergency rescue, field reconnaissance, chemical industrial parks, and pollution source leakage, among other fields.
Technical Features:
- Highly integrated internal optical engine and hardware modules of the lightweight toxic gas analyzer, possessing strong technological advantages, making it the first miniature Fourier infrared gas analyzer in China.
- Highly integrated, powerful, compact, and lightweight, suitable for single soldier carry, drone mounting, unmanned robot, and other platforms for detection in various fields or scenarios.
- The instrument features a wide range of detection, high sensitivity, capable of monitoring and alarming over forty ppm-level concentration multi-component chemical warfare agents and toxic gases, expandable based on user requirements.
- High reliability in detection, utilizing professional multi-component gas qualitative and quantitative algorithms, suitable for detecting and analyzing mixed gases in various complex environments.
Independently Controllable:
The lightweight toxic gas analyzer's related technology is entirely independently controllable, with core components such as Fourier infrared interferometer, micro-absorption cell, and TE infrared detector realizing complete localization. Multiple patents related to Fourier infrared detection technology have been published and authorized.
Technical Specifications:
The product is the first of its kind domestically, positioned between ion mobility spectrometry and portable mass spectrometry in terms of functionality, the industry's first, suitable for detection in various fields and scenarios such as single soldier carry, drone mounting, and unmanned robot.
|
Name |
Technical Parameters |
|
Equipment Form |
Gaseous |
|
Types of Detection |
1.Chemical Agents: Sarin, Soman, Lewisite, Mustard Gas, AC, and others.2.Industrial Toxic and Hazardous Gases: CO, CH4, NH3, SF6, SO2, N2O, ETO, Acetylene, Vinyl Chloride, Ethanol, Methanol, Cyclohexane, Isopropanol, Acetaldehyde, Acetone, Benzyl Alcohol, Trichloroethylene, Styrene, and over 40 other hazardous chemicals. |
|
Detection Limit |
At concentrations greater than 5 ppm. |
|
Detection Accuracy |
＜5%F.S |
|
Size and Weight |
Dimensions (Length x Width x Height)：＜300mm*200mm*145mm Weight: ≤8 kg |
|
Operating Temperature |
0℃~40℃ |
|
Operating Humidity |
Humidity：0~65%RH |
|
Response Time |
T90＜45s |
|
Power Interface |
DC24V/5A，Battery-Powered and compatible with vehicle-mounted and unmanned aerial vehicle (UAV) power sources. |
Application areas
It is widely used in fields such as national security, public security and armed police, emergency rescue, field reconnaissance, chemical industry parks, and pollution source omissions.