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PDF NTHS0402 Data sheet ( Hoja de datos )
| Número de pieza | NTHS0402 | |
| Descripción | (NTHSxxxx) NTC Chip Termistors | |
| Fabricantes | Vishay | |
| Logotipo |  |
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NTC Thermistors
Vishay
FEATURES
• Custom designed executions
• Application specific leads, housings, and connectors
PRODUCT
DESCRIPTION
TYPE
NTC Thermistors
Screw terminal
2322 640 73…
TOLERANCE
AT R25°C
RESISTANCE
RANGE
OPERATING
TEMPERATURE
RANGE
5%
100 to 470k
-25 to +100˚C
APPLICATIONS
Heatsinks, vessel walls
NTC Thermistors
Insulated leads
2322 645 20…
down to 1%
3k to 10k
-40 to +125˚C
Automotive climate control
NTC Thermistors
Non-insulated leads
2322 645 10…
down to 1%
3k to 10k
-40 to +125˚C
General Industrial
NTC Thermistors
PVC Long Leads, Epoxy
2322 641 2….
NTC Thermistors
PVC Long Leads, Sleeved
2322 641 3….
NTC Thermistors
PVC Long Leads, Brass-pipe type 2322 641 4….
down to 3 %
2,2k to 470k
-40 to +80˚C
down to 3D%ataShe2e,2tk4tUo .4c7o0mk
-40 to +80˚C
down to 3 %
2,2k to 470k
-40 to +80˚C
Airconditioning
Fan-heaters
Refrigerators
DataShee
NTC Thermistors
Moulded
2322 641 6.…
down to 3 %
2,2k to 22k
-40 to +125˚C Temperature measurement on surface
NTC Thermistors
Steelcap
2322 640 90042
NTC Thermistors
ABS pipe type
Customized
down to 1,5%
down to 1,5%
2,2k to 470k
2,2k to 470k
-25 to +110˚C
Central heating system, washing
machine sensors
-40 to +60˚C
Refrigerators, freezers
NTC Thermistors
Metal Housings
Customized
down to 1,5%
2,2k to 470k
-40 to +125˚C
Boilers, central heating systems
NTC Thermistors
Ceramic Housings
Customized
NTC Thermistors
Lug
Customized
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102
DataSheet4 U .com
down to 1,5%
2,2k to 100k
-25 to +100˚C
Boilers, central heating systems
down to 2 %
2,2k to 470k
-40 to +125˚C Temperature measurement on surface
Document Number: 10022
Revision: 05-Sep-03
1 page  
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NTC Thermistors
Vishay
FEATURES
• Custom Designed using CAD to Individual Requirements
• Wide Range of Materials and Mounting Styles
• Typical Applications Include Automotive, Refrigeration, Air-conditioning and Industrial Controls.
TYPICAL ASSEMBLY STYLES AND APPLICATIONS
Standard and custom assemblies are available in a variety of configurations. The choice of assembly style is dependent on the
application. The primary factors which determine the optimum configuration of a thermistor assembly are the operating
environment, mounting, time response and minimum dissipation constant.
The two factors which do vary considerably with assembly design are time constant and dissipation constant. The time constant will
typically be of greater duration in encapsulated thermistors. This is, of course, due to additional mass surrounding the thermistor
element; therefore, extending the thermal transfer time. Dissipation constant will also be greater in assemblies. The additional
housing mass serves well as a heat sink. Greater power is therefore required to induce self-heating.
Both time constant and dissipation constant will vary with the selected thermistor and housing. Heat transfer properties of the
housing, thermistor location, mass and wire type determine these constants. It is recommended to evaluate or consult the factory in
applications where T.C. and D.C. are critical.
• IMMERSION PROBES
1
et4U.com
2
11
1. Thread Mounted: Features a stainless steel tube with a hermetically sealed threaded hex fitting.
Available in 1/8", 3/16" and 1/4" outer diameter tubes with 1/8" or 1/4" NPT hex fittings. Ideal for
3 pressured, closed systems.
2. Penetration Probe: 7" long x 1/8" outer diameter stainless steel tube. Pointed tip easily
penetrates soft and semi-frozen materials. Also ideal for soil and ground measurements.
3. Tubular Stainless Steel: 1/8", 3/16" and 1/4" outer diameter tubes in variable lengths. Good for
DataShee
4
universal immersion applications. Adaptable to use with compression thread mounts to give
designer vaDriaabtlae Simhmeeerst4ioUn .dceopmths.
4. Tubular Pyrex®: 6" long x 3/16" outer diameter glass tube. Excellent for lab use where a
5 chemically inert probe is required.
5. Flexible Immersion: 1.5" long x .280" outer diameter aluminum housing. Flexible 105°C PVC
tubing to protect wire and thermistor element from the liquid medium. Ideal assembly for
intermittent immersion in hard to reach areas.
15 • GENERAL PURPOSE SENSORS
12 11. Delrin® Housing: 1/2" long x .170" outer diameter thermoplastic. Excellent for environmental
controls and applications below 100°C.
16 12. Stainless Steel Rod: .875" x .156" outer diameter. Good for environmental chamber
13 measurement where corrosive gasses exist.
13. Gold Anodized Flanged Sensor: .630" long x .275" outer diameter with a .298" flange
14 17 diameter. An easy to mount press fitting.
14. ABS Housing: .476" long x .230" outer diameter. Black thermoplastic and configuration suits it
well in air flow temperature measurements.
21 15. Polyester Housing: 1.50" long x .280" outer diameter. Heavy thermoplastic case makes it ideal
for applications requiring delayed time responses. Ideal for process controls in refrigeration and
heating.
16. Epoxy Tip Probe: Durable epoxy encapsulation, small size, fast time response, versatility and
low cost make this sensor universally accepted. Assembly size will vary with wire and thermistor
23 choice.
17. Pipe Sensor: .625" long with a cut-out radius of .250" suits this nylon thermoplastic as an ideal
22 pipe sensor. Extensive use is seen in environmental and water heating/cooling systems.
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• SURFACE SENSORS
21. Ring Tongue Lugs: Surface mount with a #4, #6, #8 or #10 screw. Excellent for measurement
and control of surfaces where fast time responses are necessary.
22. Heat Sink Sensors: Available in brass, aluminum or stainless steel with various threads. A
durable and practical surface sensor, especially where shock and vibration are present.
23. Rectangular Block Sensors: Aluminum blocks for measurement and control of large surface
areas. Easily mountable with #6 screws.
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106
Document Number: 10022
Revision: 05-Sep-03
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5 Page 
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PTC Thermistors
Vishay
PRODUCT
DESCRIPTION
TYPE
PTC Thermistors
Dual Type
Umax = 276 Vrms
PTC Thermistors
Dual Type
Umax = 145 Vrms
et4U.com
PTC Thermistors
Mono Type
Umax = 276 Vrms
PTC Thermistors
Mono Type
Umax = 145 Vrms
PTC Thermistors
Double Mono Type
Umax = 276 Vrms
PTC Thermistors
Double Mono Type
Umax = 145 Vrms
2322 662 96209
2322 662 96211
2322 662 96216
2322 662 96616
2322 662 96724
2322 662 96626
2322 662 96702
2322 662 96742
2322 662 96706
2322 662 96746
2322 662 96708
2322 662 96648
2322 662 96709
2322 662 96213
2322 662 96705
2322 662 96745
2322 662 96743
2322 662 96281
2322 662 96688
2322 662 96286
2322 662 96682
2322 662 96683
2322 662 96692
2322 662 96684
2322 662 96696
2322 662 96687
2322 662 96698
2322 662 96681
2322 662 96285
2322 662 96686
2322 662 96695
2322 662 96693
2322 662 96754
2322 662 96752
2322 662 96756
2322 662 96758
2322 662 96759
2322 662 96757
2322 662 96755
2322 662 96753
UL 1434 and C-UL
(E148885)
IEC 60065
(Licence 12166)
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112
DataSheet4 U .com
R AT25˚C
(Ω)
MIN Iin
(App)
30 11
26 14
22 16
22 16
18 20
18 18
14 25
14 25
12 21
12 21
9 20
9 20
7 21
7 19
5 27
5 30
3 30
30 11
26 12
22 16
18 DataSheet4U2.0com
14 25
14 25
12 21
12 21
9 20
9 20
7 21
7 19
5 27
5 30
3 30
9 (18x2)
33
7 (14x2)
34
6 (12x2)
36
4.5 (9x2)
33
3.5 (7x2)
35
3.5 (7x2)
27
2.5 (5x2)
34
1.5 (3x2)
39
Rcoil MIN.
(Ω)
17
14
14
10
10
10
10
10
10
10
13
13
20
5
5
4
4
17
14
14
10
10
10
10
10
13
13
20
5
5
4
4
7
7
7
10
13
3
3
3
DECAY TIME
(ms)
60
40
40
65
50
75
40
45
70
80
95
115
110
80
85
85
115
75
90
40
50
40
45
70
80
95
115
110
80
85
85
115
25
25
25
35
35
45
45
45
IRESIDUAL
AFTER 180ms
(mApp)
2
2
4
2
2
2
4
4
5
5
5
10
10
10
14
10
10
20
20 DataShee
20
25
30
30
30
30
30
25
30
40
40
40
40
70
80
85
130
135
255
200
250
Document Number: 10022
Revision: 05-Sep-03
11 Page | ||
| Páginas | Total 12 Páginas | |
| PDF Descargar | [ Datasheet NTHS0402.PDF ] | |
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