The Mercury Vapour Indicator (MVI) is a revolutionary mercury detector, detecting mercury vapours in just 3 seconds!
The instrument’s dual beam UV absorption technology means MVI does not saturate or need regenerating between readings - like traditional gold film detection methods - eliminating instrument downtime. Fast and accurate, the MVI mercury detector gives a real time response and is ready to detect instantly. MVI provides continuous readings and offers two detection ranges: 0.1 to 200 and 1.0 to 1999 microgram/cubic meter.
MVI is a portable mercury vapour detector that utilises a high performance pump for fast indication and recovery. The instrument’s audible alarm and large digital display clearly indicate the levels of mercury present.
Ergonomically designed with simple, one handed operation MVI mercury vapour detector is the ideal survey unit for rapid and accurate mercury detection. Robust portable and fixed options are available.
The high-performance pump means you know immediately when tiny levels of mercury vapour are present.
There is no need to know where mercury is before measuring as the MVI finds the contamination and measures it quickly and accurately. The instrument also provides a highly accurate measurement - (other monitors may only be accurate to plus or minus 20%)!
The measurement provided is very fast - almost instantaneous. Other monitors may require up to 1 minute to get a reading! The MVI is not just a "Spot Checker" - it gives continuous readings.
The instrument is often used in manufacturing, recycling &, fluorescent lamp reprocessing plants
MVI Kit includes:
DETECTOR
Dual Beam Ultraviolet Absorption Module
ACCURACY
± 5 micrograms or ± 10% reading
OPERATION
After warm up MVI gives real time mercury vapour concentrations
ALARM
Audible Alarm Factory pre-set to 25 microgram/cubic meter
INSTRUMENT RANGE
0.1 to 200 and 1.0 to 1999 microgram.cubic meter
TEMPERATURE
10 oC to 50 oC
WEIGHT & DIMENSIONS
6 lbs 10 oz (3Kgs)
145 x 295 x 80 mm
REPEATABILITY
±5% FSD @ 1 μg/m3
POWER
NiMH
RESPONSE
= 3 seconds