Name: Temperature sensors 202
SKU: 13671
Availability: InStock

Temperature sensors 202 group 2 are intended for measuring the surface temperature of solids in various industries. They have small dimensions, improved thermal inertia, do not require complex assembly work when installed on site.

Temperature is the most common measured parameter, and overheating is one of the most negative factors in the operation of equipment, therefore, there are a huge number of ways and places of using temperature sensors.

The principle of operation of resistance thermocouples is based on a change in the electrical resistance of conductors and semiconductors depending on temperature. The material from which such a sensor is made should have a high temperature coefficient of resistance, possibly a linear dependence of resistance on temperature, good reproducibility of properties and inertness to environmental influences. To the greatest extent, platinum satisfies all of the above properties; slightly less copper.

Thermocouple Are exclusively differential temperature sensors. They generate an electrical signal proportional to the temperature difference between two different points. Therefore, the junction (junction) that we use to measure the required temperature is called the "hot" junction, while the other junction (from which we can not escape) is called the "cold" junction.

Classification of temperature sensors 202 REGMIK by type of measuring (sensing) element

resistance thermocouples (thermometers) - TSM, TSP;
thermoelectric thermocouples (thermocouples) - THA, THK, TJK;
semiconductor converters - TP.

Main technical characteristics of temperature sensors 202:

SE connection diagram – two-, three-, four-wire;
by type of SE are divided into:
- resistance thermocouples (RTD, resistance thermometers, thermometers, temperature sensors) (50M, 100M, 50P, 100P, Pt100, Pt500, Pt1000, Pt2000, Pt10000);
- thermoelectric converters (TP, thermoelectric converters, thermocouples, temperature sensors) (ТХА (К), ТХК (L));
- semiconductor (DS18B20);
degree of protection against dust and water - IP54;
the design of thermal converters (temperature sensors) - non-separable;
insulation resistance - not less than 100 megohms;
tolerance classes - A, B, C (for vehicle), 1, 2 (for TP).

Additional Information

NSX type	TSM 50M, 100M, TSP 50P, 100P, RTD Pt100, Pt500, Pt1000, THK, THA
Tolerance class	1, 2, 3 (for THA), 2, 3 (for THK), A, B, B / 3 (for TSM, TSP)
Mounting part diameter D, mm	6, 8, 10
Mounting part length L, mm	1000, 120, 1250, 1500, 160, 200, 2000, 250, 320, 400, 500, 60, 630, 800
Working range of measured temperatures, ° С	-40..100, -40..180, -40..500, -40..600, -40..800
Thread type	M20x1.5
Thermal inertia index, s	6..8

Modifications

TSP - 101 - Pt100 B 3 × 1 - D6 L150 - 40 - 500 M20x1.5 S22 B12 (-40 ... 180)
TSP	1	01	Pt100.	B.	3×1	D6	L150	40	500	M20x1.5	S22	B12	(-40…180)
A type: TSM, TSP, THA, THK, TJK, TP (semiconductor)
Group: 0 - submersible; 1 - immersed with cable outlets; 2 - superficial; 3 - air.
Vehicle modification:
Designation modifications (groups)														Valid values yy
0yy	01, 02, 03, 04, 11, 12
1yy	01, 02, 03, 04, 05, 06, 07, 08
2yy	02, 03, 04, 04r, 05, 05r, 06, 07, 09
3yy	01, 02, 03, 03p, 07
HCX type: TSP - 10P, 50P, 100P, 1000P, Pt10, Pt50, Pt100, Pt500, Pt1000; TSM - 10M, 50M, 100M, 500M, 1000M
Tolerance class: TSP - AA, A, B, C; TSM - A, B, C
Connection diagram of the terminals of the vehicle: PxN, Where: P is the number of pins; N - number of SE according to Figure 1.1
Mounting part diameter, D, mm according to the dimensional drawing
Mounting part length, L, mm: according to the dimensional drawing
Length of the outer part, Lн, mm: according to the dimensional drawing
Lead length, Lв, mm: according to the dimensional drawing
Connection thread type: according to the dimensional drawing
Union nut size, mm: according to the dimensional drawing
Bayonet size, mm: according to the outline drawing
Temperature range, ° С: according to table 1.10