Certificate Information
ATEX / IECEx Certificate No TRAC12ATEX0037X / IECEx TRC 12.0019X
ATEX / IECEx Certificate Types • Ex ib IIC T4 Gb Tamb -10°C to +40°C (Vapor)
• Ex ib IIIC T200°C Db Tamb -10°C to +40°C (Dust)
• Ex ib I Mb (Mining)
MET Listing No E113607
MET (North American)
Certificate Type
Class I, Division 2
Class II, DIvision 2
Class III
Temperature Information
Measurement Range -4°F to 1112°F (-20°C to +600°C )
Accuracy ± 2°C or 2% of reading
Imaging
Image Frequency 9Hz
Detector 320 x 240 uncooled microbolometer
Thermal Sensitivity/NETD 50mK
Spectral Range 8μm to 14μm
Field of View (FOV) 25° x 20.5°
Spatial resolution (IFOV) 1.38 mrad
Minimum focus distance ≈ 4” (10cm)
Lens F 1.2
Image Capture
File Storage 8GB
File Formats CDX (Radiometric) JPEG (Non-radiometric)
Voice Annotation YES
RFID Tag Reader • Operates with 13.54MHz passive tags
• Detection range up to 5cm (1.9in)
• SupportsISO/IEC15693-2,ISO/IEC18000-3 tag formats
General
Operating Temperature -4°F to 104°F (-20°C to +40°C)
Storage Temperature -40°F to +158°F (-40°C to +70°C)
Display 3.2” Backlit LCD
Software CorDEX CONNECT (Included)
Batteries Removable and Rechargeable
Battery Life Upto 8 hours
TEN SUGGESTIONS FOR
THERMOGRAPHY BEST PRACTICE
1
Ensure that the electrical or mechanical
system you are imaging is running fully loaded
to highlight thermal anomalies. A fully loaded
system will generate higher temperature
differential making it simpler to identify
problems.
2
Ensure y our image is in f ocus – this is
impor tant not only for ima ge clarit y but also
accurate temperatur e discrimination and
measur ement. Fo cus should al ways be se t to
the obje ct being mea sured eve n if this means
that a surrounding area may be out of focus.
3
If wor king in a Zon e 1 Hazardous area, ensu re
that your thermal imaging camera is marked
with the appropriate cer tification to avoid
risk of explosion. Employers are required
to identify hazardous areas clear ly for both
employees and contractors.
4
If you ar e looking f or temperatures ab ove
or below a temperat ure threshold, use an
isotherm or max imum temper ature within an
area feature to clearly highlight any excess.
These features save tim e and increase
awareness as sur veys can take several
hours w here fat igue could cause an impor tant
anomaly to be overlooked.
5
Obser ve a scene f rom dif feren t angles to
minimise thermal reflection as an unusual
warm ar ea could jus t be your own thermal
reflection. Minimise solar r eflecti on on display
screens outdoors by changing your stance or
swivelling the lens to eliminate reflection.
6
Alwa ys conside r the object emissivity firs t
if you want to come close to an accur ate
temperature measurement, but remember
that r egular comparativ e thermography will
also sho w temperature changes leading to
potential failure.
7
For comparative thermography, ensure that
thermal camera sett ings and especially
emissivit y remain consistent. Ideally system
load should also be similar althou gh this is
often impractical.
8
Use inf rared windows to image electrical
switchgear under full load in safet y. Never
open cabinet doors or override protection
devices, this will put you at serious r isk of
injur y from arc flash. Even a change of air flow
or dust and debris being dislodged can trigger
an arc flash incident .