Dual Funtions Infrared Thermometer - TN806LCE
IRT + LED Light + Laser |
Thermocouple socket |
IP54 Splash Proof |
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Specification
Model No |
TN806LCE |
| Measurement range |
-60~500°C (-76~932°F)
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| Full Range Accuracy (Tamb=23±3°C) |
Tobj=0~500°C:
±2% of reading or 2°C (4°F) whichever is greater.
Tobj=-60~0°C: ±(2°C+0.05/°C)°C |
| Distance: Spot |
8:1 |
| Mode |
Ave, Dif, Hi/Low Alarm, Real Time Max/Min, Lock |
Feature
- IP54 Splash Proof
- High-end arithmetic: Real Time Max/Min and DIF; AVG mode
- User Friendly Interface: 5-Key
- Large LCD Screen with bright amber color backlight
- Various TC probes are available
Available Packages
BL1 (Blister) |
Packing List |
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One set includes:
- Infrared thermometer
- 2 AAA battery
- 1 user manual
- Blister with inlay card
- COC (optional)
40 sets/carton
Carton size:
477*440*299mm ; 2.2Cube ft
N.W.:10.6kgs; G.W.:12.5kgs |
WH1 (WhiteBox) |
Packing List |
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One set includes:
- Infrared thermometer
- 2 AAA battery
- 1 user manual
- BWhite Box( With PaperTray )
- COC (optional)
40 sets/carton
Carton size:
483*450*366mm ; 2.8Cube ft)
N.W.:12.28kgs; G.W.:13.37kgs |
TL1 (ToolBox) |
Packing List |
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One set includes:
- Infrared thermometer
- 2 AAA battery
- 1 user manual
- COC (optional)
- Bead(optional)
- Tool Box(With Tool Box Label)
14 sets/carton
Carton size:
497*420*340mm ; 2.5Cube ft
N.W.:12.06kgs; G.W.:14.06kgs |
General Description
TN806 is the ultimate tool for temperature measurements.
It contains 2 most reliable sensors:
1) IP54 Splash Proof
2) Non-contact Micro Machineing Thermopile
3) K-type Thermocouple socket
Such an arrangement can fulfill most of temperature measurement requirements:
Use the Non-contact for instant; not-reachable situation.
Use the thermocouple for high precision; non-surface situation.
TN806 also come with an ultra long battery life (24days for Alkaline battery), no 9V battery,
It use the most affordable and available AAA size battery.
Learn Emissivity with theTN806
Emissivity is a difficult concept for general user to catch.
But, with TN806, it's easy to get, just use the contact thermometer to get the true temperature,
Then use the Non-contact to get the surface temperature, Adjust the Emissivity until they are the same.
Next time, use the correct Emissivity for that object. No more guess work, no more looking up on Emissivity Table.