ecom-EN3 Tech - EXTREMELY accurate
High-tech measuring device for emissions measurements in a backpack case
EXTREMELY accurate.
ecom-EN3 Tech
High-tech measuring device for emissions measurements in a backpack case
- Preheating function ensures immediate system functionality at the site; the overall operating time is significantly reduced
- Cross-sensitivity-free emission measurements even at very low NO x / SO2 concentrations thanks to UV technology
- Immediate display update of measured values in case of fluctuating concentrations thanks to high-performance gas sampling pump
O2
CO
NO
NO2
SO2
EXTREMELY
preciseEXTREMELY
efficientEXTREMELY
roustEXTREMELY
safeEXTREMELY
broad reachEXTREMELY
lossless- with O2 / CO (H2 comp.) longlife sensors and UV module for NO / NO2 / SO2
- made of ultra-light aluminum in a backpack case with practical shoulder straps
- CO overload protection and purging without interrupting the measurement of other parameters
- Sample gas cooler including electronically monitored condensate trap with automatic draining
- powerful lithium-ion battery
- low-maintenance high-performance measuring gas pump (2.2 liters/minute)
- LED flow display
- TFT color display and backlit membrane keyboard
- integrated thermal printer
- wireless data transfer (e.g. to a smartphone or tablet)
- T-Space Stick
- Charging cable
- Calibration certificate - created after 100% - sensor calibration in the climate chamber
- ecom service package (including free PC software)
Dimensions
(W x H x D): 500 x 320 x 390 mm
Weight
approx. 13 kg (in measuring case without removal system)
- Heated sampling system consisting of heated hose and heated head with thermocouple (0-500 °C) with integrated hot gas filter for loss-free analysis of water-soluble NO 2 / SO 2 particles as well as dust particle filtration during long-term measurements.
- Sampling system consisting of special hose with Teflon core for loss-free transport of water-soluble NO 2 / SO 2 particles and pistol grip probe with high-temperature attachment and thermocouple (0-1,100°C).