Dust Continuous Emission Monitoring(CEM)

Continuous Emission Monitoring systems manufactured and supplied at HNL Systems Pvt. Ltd are useful for the monitoring of flue gas for its further activity in oxygen, carbon dioxide, carbon monoxide. These also provide data for combustion control in several industrial surroundings. Continuous Emission Monitoring products are provided with the detectors and monitors for controlling temperature, opacity and flow. The data acquisition systems these are featured with are made to exhibit the environmental controlling compliance of many industrial foundations of air toxins. Some products of the range are capable to detect the filter leakage as well as specify the comparative condition of bags. Provided reliable and sensitive products are featured with sensors as well electronic control units that can deliver optimum functionality even in the rough industrial environments.

Broken Bag Detector

MOQ : 1 Piece

Equipment Type
Broken Bag Detector

Accuracy
5% of reading

Application
Dust Collector, Bag Filter, Silo, Hopper Applications

Automation Grade
Automatic

Connection
3 wire

Control Mode
Electronic

Display Type
LED Indication

Features
Non-contact monitoring, LED alarm, Suitable for continuous operation, Fast detection, Easy installation, Maintenance free

Frequency
50/60 Hz

Gas Pressure
4-6 Bar

Humidity
Upto 95% RH

Interface Type
Relay Output (NO/NC), 4-20mA (Optional)

Machine Weight
520 g

Measuring Range
0.1 mg/m3 to 200 mg/m3 (typical)

Mounting Type
Threaded (1/2 BSP)

Operating Voltage
24V DC

Port Size
1/2 BSP

Power Supply
24V DC

Resolution
0.1 mg/m3

Response Time
<1 second

Temperature
-10C to 60C

Usage
Continuous dust/fume monitoring

Broken Bag Detectors continuously monitor for filter leakage as well as indicate the relative condition of bags and acts as a preventative maintenance tool.Broken bag detector is highly sensitive and reliable. It consists of a sensor and a micro controller based electronic control unit designed specially for Rough Industrial Environments.

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