PID sensor TVOC detection photoionization sensor - 4PID-2000

1. Description of PID sensor TVOC detection photoionization sensor 4PID-2000:

A photoionization sensor composed of a vacuum ultraviolet lamp, high-sensitivity low-noise detection circuit, and miniature ionization chamber. It can provide a detection range up to 10000ppm and a detection limit as low as 0.1ppb. The standard 4-series compact design makes it easy to apply in various handheld portable, field fixed instruments, and also in various types of analytical instruments.

2. Features of PID sensor TVOC detection photoionization sensor 4PID-2000:

Extremely fast response speed

Extremely high resolution

Standard 4-series compact design

3. Applications of PID sensor TVOC detection photoionization sensor 4PID-2000:

Various handheld portable devices

Field fixed instruments

Various types of analytical instruments

Detection of most volatile organic compounds

Detection of some inorganic vapors

Environmental protection

Widely used in petrochemical and other fields

4. Parameters of PID sensor TVOC detection photoionization sensor 4PID-2000:

Basic characteristics
Working principle	Photoionization detector
Detection range	0~2000ppm
Resolution	20ppb
Repeatability accuracy	<±2% (calibration point)
Operating temperature range	-40~60°C
Operating humidity range	0~99%RH (non-condensing)
Operating pressure range	800~1200 mbar
Electrical characteristics
Operating voltage	5±0.5V
Operating current	30~50mA
Output signal	0.2V~input voltage
Safety certification	Pending
Lifetime
Recommended storage temperature	0~20℃
Normal service life	Greater than 36 months in air
UV lamp life	24 months
Warranty	12 months

5. Selection of PID sensor TVOC detection photoionization sensor 4PID-2000:

Product classification & performance classification (10.6eV)
Range	20ppm	100ppm	1000ppm	2000ppm	10000ppm
Part Number	134-000-020	134-000-120	134-000-130	134-000-230	134-000-140
Resolution	0.1ppb	1ppb	10ppb	20ppb	100ppb
Sensitivity	＞100mV/ppm	＞20mV/ppm	＞2mV/ppm	＞1mV/ppm	＞0.5mV/ppm
Response time (T90)	≤5second	≤5second	≤3second	≤3second	≤3second