Portable H2 gas detector Introduction
Portable H2 gas detector is a gas analyzer used to detect hydrogen gas concentration in the field and can alarm over the limit. Portable H2 gas detector with sound and light alarm, chart display, waterproof, fireproof and explosion-proof, data recording, super long standby five characteristics. Built-in high sensitive high quality electrochemical gas sensor probe, can store 200,000 pieces of data, can be exported, viewed and deleted. The body adopts ABS shell, which can be grasped in one hand, feel comfortable, light and portable.
Portable H2 gas detector Features:
1. high quality sensor, high sensitive probe
Sensitive response, quick response, accurate measurement.
2. mechanical principle, humanized design
Anti-slip design based on the principle of human mechanics, let us ensure the sensitivity and accuracy of the product under the premise of strengthening human comfort, so that the product in line with human operating habits.
3. 200,000 data storage/large capacity
One click export/fast and convenient, can enter the menu to view, can browse/delete records.
4.lithium battery power durable endurance
Rechargeable lithium battery, large battery capacity, long standby time, support mobile power supply.
Real-Time Monitoring:
Portable multi-gas detectors provide real-time monitoring, enabling workers to assess the air quality continuously. These devices can display the gas concentrations in a clear and straightforward manner, allowing users to monitor the levels closely and take immediate action if necessary.
Alarm Systems:
Portable multi-gas detectors are equipped with alarm systems that alert users when gas levels exceed pre-set thresholds. Once the alarm is activated, users are immediately notified through audible and visual signals, ensuring prompt action. These alarms effectively warn individuals and prompt them to evacuate the area or take necessary measures to prevent potential health issues.
PORTABLE H2 gas DETECTOR PARAMETERS
|
Parameter |
Technical index |
| Detection gas | Hydrogen |
| Hydrogen measurement range | 0-1000ppm |
| Hydrogen measurement resolution | 0.1ppm |
| Default alarm point for hydrogen measurement | 50ppm |
| Measurement method | electrochemical |
| Charging time | ≤8H (standard) |
| Display erro | ≤ soil 3%F.S |
| Explosion-proof mark | EXIA II CT6 |
| Recovery time | ≤30S |
| Protection level | IP65 |
| Response time | T90<30s |
| Linearity | ≤ 2 |
| Repeatability | ≤ soil 2 |
| Charging time | ≤8H(standard) |
| Power supply: | 3.6V DC, 1500mAh (standard) lithium battery |
| Communication mode | USB (charging and communication) |
Application:
The instrument can easily handle various application environments, suitable for gas storage leak monitoring, food factory, greenhouse detection, workshop disinfection residue detection, gas leakage, indoor air gas detection.
FAQs
What is hydrogen?
Hydrogen is a simple element in nature, hydrogen is a colorless, odorless, tasteless, reductive diatomic gas. Hydrogen, which makes up about 90 percent of the universe, is arguably the most basic chemical element in the universe. Similar to oxygen and nitrogen, hydrogen has a relatively low solubility, but oxygen can combine with hemoglobin and can be absorbed by the body through respiration, while hydrogen and nitrogen cannot be absorbed in large quantities. People have not paid attention to the role of hydrogen in higher organisms.
What is a hydrogen sensor?
Hydrogen sensor is very sensitive to hydrogen at room temperature and has good selectivity, which can be used as a sensor to detect hydrogen concentration in the environment. Due to the safety requirements in production and life, fast, sensitive and accurate hydrogen sensor is very necessary to avoid the possibility of explosion in time.
What does hydrogen do?
1. In the petrochemical industry, hydrogenation is required to refine crude oil through desulfurization and hydrogenation cracking.
2. Another important use of hydrogen is to hydrogenate fats in margarine, cooking oil, shampoo, lubricants, household cleaners and other products.
3. In the high-temperature processing of glass manufacturing and the manufacture of electronic microchips, hydrogen is added to the nitrogen gas to remove residual oxygen.
4, used as raw materials for synthesis of ammonia, methanol and hydrochloric acid, reducing agent for metallurgy.
5. The space industry uses liquid hydrogen as fuel due to its high fuel nature.
