This unique Pilot Flame Detection System is designed for continuous duty monitoring of pilot flames on flare stacks under varied environmental and changing weather conditions. It reports the presence of a flame via a 4 mA or 20mA current output; low current signal when Flame is detected, and high level current (alarm) when No Flame is detected.
- Flame detection up to 400 m
- Detection of hydrocarbon as well as hydrogen flames
- CSA/US and ATEX explosion-proof housing
- Safety and environmental protection
- Automatic gain control for adverse weather conditions
- High quality sight-through optics
- On-board alarm set point relay
- Modular opto-electronic package for easy removal from housing
- IR pyrometer and amplification circuitry in one single module
This unique Pilot Flame Detection System is designed for continuous duty monitoring of pilot flames on flare stacks. The heart of the system is the QUASAR Model M8100PM-EXP multi-wavelength, non-contact infrared thermometer which can be removed from the explosion proof housing for repairs or replacement, leaving intact all wiring and alignment of system. A sight-through optical system and selection of various spot sizes enables the QUASAR to be positioned as far as 1300 feet from the stack being monitored, allowing for flame movement, varying luminosity and most climate conditions. Alignment on the flame is accomplished through superb sight-through optics and the M-3 Swivel Mount. Alarm contact closure, delay adjustment and 4-20 mA output can be customized for a specific location or application, eliminating false alarms due to intermittent flames. A single internally oven-heated detector assures long-term stability and drift-free operation. The system is complete with internal water base, swivel mount and airpurge tube.
All objects above absolute zero emit infrared (IR) energy. The amount of energy emitted is proportional to the body temperature. The QUASAR Model 8100PM-EXP collects this energy by means of a focusing optical system concentrating the energy from a body onto a sensitive infrared detector. Specialized amplification circuitry converts the signal received by the detector into a DC level to activate relay and mA outputs for signal/no signal indications.
The QUASAR utilizes pulse synchronized amplitude correction circuitry which, when initially set, will automatically correct for diminishing radiation amplitude due to weather conditions. When total loss of signal occurs while measuring product, an adjustable delay timing circuit starts a count-down to activate “loss of signal alarm ” outputs. This delay enables the flame to come back on or in sight in cases of high winds and or total blockage from trucks or the like.
The alarm outputs are a Normal Open or Normal Closed relay and a 4-20 mA circuit that is 4 mA or less with signal and 20 mA with no signal.
|All electrical and optical components of the QUASAR Model 8100PM-EXP, are housed in a single CSA AND CENELEC APPROVED enclosure with a hazardous location classification of Class 1, Division 1, Groups C and D; Class 1, Division 2, Groups A through D; and EExd IIB T4.
|0 to 1320 feet (400 m)
|Multi-wavelength infrared monitor sensitive to all flame including Hydrogen
|Field of View:
|Available in 37.5:1, 60:1, 75:1, 150:1 & 300:1
|4 or 20 mA switched output
(4 mA = flame and 20 mA = no flame)
|Alarm Output Delay:
|2 s to 2 min (Std)
|Automatic climate compensation and manual gain for easy system setup
|Available in 115 VAC or 230 VAC or 24 VDC (Voltages +/- 10%) 115 Watts
|10.5 x 12.5 x 8.5 in (27 x 32 x 22 cm)
|48 lbs (22 kg)
|Green and red
|M-3 heavy duty 360° swivel mount
|Ambient Temperature Limits:
|-40 to 140 °F (-40 to 60 °C) with no cooling and using internal heater
If the equipment is used at the ambient temperature above +60 °C, before turning on the equipment, the cooling system shall be verified that the ambient temperature does not rise above +60 °C
|CSA/US: Class 1, Division 1, Groups C and D Class 1, Division 2, Groups A through D, T4 CENELEC: EEx d IIB T4
LumaSense systems empower our customers to realize immediate, verifiable, and sustainable savings from efficiency gains and waste reduction that go directly to the bottom line. Typical efficiency gains range from a minimum of 1% and up to 4% – even well beyond – opening the door to billions of dollars of savings in readily preventable expenses for our customers in the Global Energy, Industrial Materials, and Advanced Technologies markets. Systems and sensors span thermal imaging, pyrometry, fiberoptic temperature sensors, non-dispersive infrared and photo acoustic spectroscopy, gas-sensing modules, and a range of purpose-built sensors. These are developed, optimized, and tuned for the specific requirements of resource-intensive global industries and all are integrated into a feature-rich and customizable software solution to optimize the insight these sensors can provide and to allow for integration into controls and automation of processes.