50m Infrared Flame Detector

The MIC200-UV/IR3 Flame Detector is comparable and equivlent to leading brands such as the Spectrax 40/40LB (UV/IR), Honeywell Fire Sentry FS24X-911series (IR3 + Visible light Sensor), Netsafety UV, Detronics X3302 (IR3) & Detronics 5MPX (IR2).

HiYi Technology manufacture world-class Flame Detector for IR3 & UV/IR who are pioneers leaders in the Flame Detector industry,providing the best in Fire Detection to all types of Applications such as Oil & Gas Facilities, Iron & Steel Facilities, Power Station, Chemical Facilities, Shipyards, Automobile Manufacturing Facilities, Refineries, Semi-Conductor Facilities, Historical sites and more.

Our Flame Detectors has advantages through its cost effective design, providing an economical solution with Long & Wide detection range. Its Explosion-Proof, achieving high standards in international certificates for use in Hazardous areas, detecting fire typically in 5 second using Optical Ultraviolet & Infrared Sensors giving a highly precise & responsive detection using their own unique Algorithm. It’s simple & easy installation for any site. Rezontech values its customer by offering its best efforts for faster delivery for quicker results.

MIC200-UV/IR Series are UV/IR type hydrogen and Hydrocarbon based Flame Detector with international certifications, Identify fire when both UV and IR sensors simultaneously detect the presence of a hydrogen and hydrocarbon based flame, with maximum 50 meters of detection range with a 120 degree cone of vision, this permits operation in Hazardous areas. User selectable output options among Relays, 4-20mA stepped output, and RS-485.

• Proven Technology: UV/IR flame detection uses an ultraviolet and an infrared detector to monitor for flames increasing false alarm immunity by measuring two different flame spectrums.
• Performance Approved: Six fuel sources (heptane, methane, methanol, propane, ethane, butane) tested with verified field of view.
• Wide Field of View: 120° cone of vision covers greater distance.
• Safety Integrity Self-Check: Continuous Optical Path Monitoring (COPM) performs self-check every two minutes to ensure the optical path is clear and the electronic circuitry is functional.
• Withstands Extremes: Wide operating temperature range (-55°C to +85°C) permits operation in extreme environments.
• Status at a Glance: Three LED status indicators for warning, alarm, and normal operations.
• Rugged Housing: Aluminum alloy withstand the harshest environments
• Multiple Output Options: Industry standard 4-20 mA (source or sink analog), Modbus, RS485, relays
• High immunity to false alarm
• Hydrogen and Hydrocarbons flame detection
• Ultra-fast detection mode detection within 5 -10s for fireballs or explosions
• High sensitivity – up to 50m n-heptane pan fire
• Data/Event logger – alarms, faults and other relevant events are logged to non-volatile memory
• Automatic and manual internal self-test of window cleanliness and the overall operation of the detector
• Window heater to avoid condensation and icing
• Tilt mounting bracket can be connected either above or below the detector
• ExdII CT6 explosion-proof grade, suitable for zone 1 and zone 2 hazardous locations

UV / IR Combined Detectors
This type of detector combines the two technologies (gate AND between "UV channel" and "IR channel") and provides excellent rejection of false alarms and good detection distance. However, UV / IR combined detectors suffer from the combined limitations of UV and IR detectors.

UV / IR2 Combined Detectors
The combined UVIR detector using a performant UV sensor is limited in terms of detection range (a distance of detection), by the infrared part.

The IR sensor is curbed to keep a “reasonable” activation of the IR chain by the surrounding thermal background. By using extra information in the IR band, via a second sensor, this increases the gain of the amplification chains of the detector and thus increases the detection range, and at the same time maintains a good immunity to false alarms.

Multi-IR Detectors
The present market is obviously geared towards multi IR detectors. The aim is to remove the multiplying information and UV in the IR domain. A large number of devices depend on the CO2 IR band at 4.4 micron, but there are some devices that use the H2O IR band (2.9 microns) in order to detect ammonia or hydrogen fires.

Usually, multi IR detectors possess a longer detection range and maintain an extremely low rate of false alarms. In addition, these detectors are insensitive to attenuations related to oil vapors and fumes as well as other interference sources like a welding arc, lightning, etc. Again, the idea is to increase the gain of a detector’s amplification chain and select the wavelength and suitable signal treatments.

Three IR detectors are generally used in three different spectral bands, reaching detection ranges between 40 and 80 meters on standard heptane standardized fires, even in the presence of many interfering IR sources in the environment.

This fast-acting technology is ideal for difficult-to-protect applications such as:

• production areas
• tank farms and product storage
• loading and unloading facilities
• hazard waste treatment and storage
• processes with high temperatures, pressure and flammable fuels
• pump rows
• manifolds
• hot oil systems
• rail car loading racks
• hydrocarbon filling and storage areas
• chemical storage tanks
• aircraft hangars