Customization: | Available |
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Sensing Type: | Resistive |
Contact: | Contact |
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As a sensor for measuring temperature, thermal resistances are usually used in conjunction with display instruments, recording instruments and electronic regulators. It can directly measure the surface temperature of liquid, steam and gas media as well as solids in various production processes ranging from -50ºC to 400ºC.
Thermal resistance category | Measuring RangeºC | Grading | deviation△t ºC |
WZP type platinum resistor | -200~500 | Pt100 | B class deviation±(0.3+0.005|t| |
A class deviation±(0.15+0.002|t|) | |||
WZC type copper resistor | -150~100 | Cu50 | -50~100ºC deviation±(0.30+6.0×10-3t) |
Item NO. | Type | |||||||||
WZ | Thermal resistance | |||||||||
Code | Thermal resistance type | |||||||||
P | Pt100 | |||||||||
C | Cu50 | |||||||||
Code | Measuring Insert | |||||||||
NA | 1×PT100,3-wire | |||||||||
2 | 2×PT100,3-wire | |||||||||
Code | Installation form | |||||||||
1 | No fixtures | |||||||||
2 | Fixed thread | |||||||||
3 | Movable flange | |||||||||
4 | Fixed flange | |||||||||
5 | Ferrule thread | |||||||||
6 | clamp | |||||||||
Code | Junction Box | |||||||||
1 | Simple | |||||||||
2 | splash proof | |||||||||
3 | Waterproof | |||||||||
4 | Explosion-proof | |||||||||
7 | Circular Connector | |||||||||
Code | Protection tube diameter | |||||||||
0 | 16mm | |||||||||
1 | 12mm | |||||||||
Others | Please highlight the diameter | |||||||||
Code | Protective tube material | |||||||||
S4 | SUS304 | |||||||||
S6 | SUS316L | |||||||||
Code | Measuring end form | |||||||||
2 | 2-wire | |||||||||
3 | 3-wire | |||||||||
Code | Process connection | |||||||||
P1 | M20×1.5 | |||||||||
P4 | G1/2 | |||||||||
P17 | M27×2 | |||||||||
P22 | M16×1.5 | |||||||||
K1 | 1.5" clamp | |||||||||
K2 | 2" clamp | |||||||||
F20 | DN20 | |||||||||
F50 | DN50 | |||||||||
Code | Others | |||||||||
N | Integrated CNC, no welding | |||||||||
l | l=insertion depth(mm) | |||||||||
L | L=Total length of protective tube(mm) | |||||||||
T | temperature range T=(t1,t2) |