Product Details
4CL2-10 4-CL2-10 CLE-0911-400 Electrochemical Chlorine Gas Sensor
for Waste Incineration Flue Gas Monitoring
The 4CL2 - 10 gas sensor is an electrochemical sensor mainly used
for measuring chlorine concentration, with the following uses and
characteristics:
- Industrial Safety Detection: It is applicable to safety detection
in petroleum and production processes. Chlorine is widely used in
the chemical industry, and there is a risk of chlorine leakage in
petroleum refining and chemical production processes. The 4CL2 - 10
gas sensor can detect chlorine concentration in time to ensure the
safety of workers and production equipment.
- Environmental Pollution Monitoring: Used for environmental
pollution detection and atmospheric environment monitoring.
Chlorine is a toxic gas, and its emission will cause pollution to
the air. The sensor can be used in environmental monitoring
stations, industrial parks and other places to monitor the chlorine
content in the air and provide data support for environmental
protection.
- Waste Incineration Flue Gas Monitoring: In the process of waste
incineration, some harmful gases may be produced, and chlorine -
containing compounds may generate chlorine gas. The sensor can be
used to monitor the chlorine concentration in flue gas to help
waste incineration plants control emissions and meet environmental
protection requirements.
- Automobile Exhaust Detection: Although the chlorine content in
automobile exhaust is relatively low, in some special cases, such
as when the vehicle uses some special fuels or the exhaust
treatment system fails, there may be a small amount of chlorine
gas. The sensor can be used for relevant research and detection of
automobile exhaust to promote the improvement of vehicle emission
standards.
- High - sensitivity Measurement: With a sensitivity of - 0.75 ± 0.15
μA/ppm at 20 °C, it can accurately detect low - concentration
chlorine gas, and the resolution can reach 0.05 ppm, which can meet
the needs of various precise detection occasions.
- Fast Response: The response time (t90) is ≤ 30 s, which can quickly
respond to the change of chlorine gas concentration, and can detect
the sudden leakage of chlorine gas in time, providing a shorter
reaction time for safety protection.
- Good Linearity: It has good linearity within the range of 0 - 10
ppm, which is convenient for linear calibration and data
processing, and simplifies the design and use of the measurement
circuit.
- Strong Environmental Adaptability: It can work normally in the
temperature range of - 40 °C ~ 50 °C, the pressure range of 1 ± 0.1
atm and the humidity range of 15% ~ 90% rh non - condensing, and is
suitable for various harsh industrial environments and outdoor
environments.
- Long - term Stability: The long - term output drift is < 2%
signal/month, and the expected service life in clean air is 2
years, which can ensure the long - term and reliable operation of
the sensor and reduce the maintenance and replacement cost.
- Easy to Replace: It can be used as a pin - to - pin replacement for
standard 4 - series electrochemical chlorine sensors of other
manufacturers, which is convenient for product upgrading and
maintenance, and has strong compatibility.
Warranty period | 12 months after delivery |
Service life | 2 years in the air |
Storage temperature | 0℃ to 20℃ |
Storage time | 6 months (in special box) |
Bias voltage | 0 mV |
Company Profile
Yijiajie Electronics is a full range of silicon pressure sensors
from the United States, FREESCALE/, GE, MEAS, SMI, and a full range
of sensing and control products from the United States pressure,
temperature and humidity, gas flow, current, Hall effect, etc.,
Japan HAMAMATSU flame, UV sensors, photodiodes, Japan FIGARO, UK
CITY, ALPHASENSE full range of semiconductors, catalytic,
electrochemical gas sensors, French HUMIREL/MEAS humidity sensors
and other international well-known companies authorized agents or
distributors, to provide customers with product information,
products Solutions, product selection, supply guarantee and
logistics services, etc.

