PTM100 Volatile organic gas analyzer PTM100
The PTM100 Volatile Organic Gas Analyzer provides precise measurement of VOC levels in various environments, ensuring compliance with safety and regulatory standards. Its user-friendly interface allows for seamless operation in both field and lab settings, delivering reliable data for effective monitoring and analysis.
Overview
PTM100 volatile organic gas analyzer is equipped with flame ionization (FID) and photoionization (PID) detectors that can work simultaneously and adopts explosion-proof design. It is used for LDAR detection, leakage detection of closed points in oil and gas collection and recovery systems , detection of VOCs on leaking and open liquid surfaces, rapid screening of soil pollutants and comprehensive regional surveys.
PTM100 volatile organic gas analyzer is equipped with flame ionization (FID) and photoionization (PID) detectors that can work simultaneously and adopts explosion-proof design. It is used for LDAR detection, leakage detection of closed points in oil and gas collection and recovery systems , detection of VOCs on leaking and open liquid surfaces, rapid screening of soil pollutants and comprehensive regional surveys.
Features
▪ Support hydrogen flame ionization (standard configuration) and photoionization dual detectors;
▪ Digital display of hydrogen pressure and intelligent reminder of remaining working time;
▪ Intelligent reminder of battery power and remaining time;
▪ FID automatic ignition, flame temperature real-time monitoring;
▪ Built-in database of more than 200 volatile organic gases;
▪ Host explosion-proof mark: Ex db ia IIC T4 Gb;
▪ The explosion-proof hand operator uses a 6.5-inch touch screen and supports Bluetooth and WIFI;
▪ Explosion-proof mark of handheld operator: Ex ib IIC T4 Gb/ Ex ibD 21 T130℃.
Parameters
▶ Functional parameters
| Main parameters | Parameter range |
| Measuring range | FID: 0～ 100,000 ppm |
| PID: 0～2,000 ppm , multiple ranges available; [Optional configuration] | |
| Method detection limit | FID: 0.5 ppm methane |
| PID: 0.5 ppm isobutylene | |
| Accuracy | ±5% of reading or ±1 ppm, whichever is greater |
| ±5% of reading or ±1 ppm, whichever is greater | |
| Repeatability | FID: 2% at 500 ppm methane |
| PID: 1% at 100 ppm isobutylene | |
| Responding to an event (T 90 ) | FID: ≤3.5 s (10000ppm methane) |
| PID: ≤3.5 s ( 5 00ppm isobutylene) | |
| Sampling flow | 800 ml/ min ( adjustable) |
| Battery life | ≥ 10 hours (0℃) |
| Hydrogen endurance | ≥ 15 hours |
| Power adapter | DC8.4 V 1A |
| Work Environment | - 30 ~45° C , 10 % ~95% RH |
| Gas interface | 1/4 inch |
| Host weight | 3. 5 KG |
▶ Packing List
| Name | Specification | Unit | quantity |
| PTM100 Host | Standard Configuration | tower | 1 |
| Shoulder Straps | / | indivual | 1 |
| Explosion-proof handheld operator | / | tower | 1 |
| Protective box | indivual | 1 | |
| Power adapter | AC 8.4V , 1.2A | indivual | 1 |
| Inlet filter | Φ2 5mm ，1 μm | indivual | 20 |
| Inlet filter | Φ17*2, 50 um | indivual | 2 |
| Sampling probe assembly | / | set | 1 |
| Hexagon wrench | 2 mm | indivual | 1 |
| 5200 tooling | / | indivual | 1 |
| Drain port seal | Φ18.5 * 1.8 | indivual | 2 |
| Inlet seal | Φ22*2.5 | indivual | 2 |
| Filter trap | / | indivual | 1 |
| Calibration components | / | set | 1 |
| Hydrogen filling components | / | set | 1 |
| User Manual | Electronic version | share | 1 |
| Product Certificate | / | share | 1 |
Application Scenes
The PTM100 is a high-performance VOC analyzer specifically designed for detecting fugitive emissions from industrial sources. It enables rapid and accurate identification of volatile organic compound (VOC) leaks at equipment seals, pipeline components, and open liquid surfaces. By supporting both Flame Ionization Detector (FID) and Photoionization Detector (PID) configurations, the PTM100 offers flexible detection options for a wide range of VOCs. Ideal for petrochemical plants, pharmaceutical manufacturing, environmental monitoring, and LDAR (Leak Detection and Repair) programs, the PTM100 helps industries comply with environmental regulations while enhancing workplace safety.
