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Customer Class File Number
Ametherm Inc.
961 Fairview Drive
Carson City
Nevada
United States
89701
 9073-31
ELECTRONIC COMPONENTS - Thermistors - NTC Type
110861_0_000

  • NTC thermistors type SLXX YYYZZ, rated for use in 60Hz systems up to 250V.  XX is a 2-digit number indicating the disc diameter in mm; YYY is a 2-digit number with R between for decimal place or a 3-digit number with the last digit as a power of 10 multiplier indicating the resistance at 25C; and ZZ is a 2-digit number indicating the maximum steady state current.  See list below for specific types component Accepted.

Part No

Dia (mm) max

No Load Resistance at 25C (Ohms)

Max Steady State Current (Amps)

SL08 5R003

8.0

5.0

3.0

SL08 7R002

8.0

7.0

2.5

SL08 10002

8.0

10.0

2.5

SL10 1R506

10.3

1.5

6.0

SL10 2R005

10.3

2.0

5.5

SL10 2R505

10.3

2.5

5.0

SL10 4R004

10.3

4.0

4.0

SL10 10003

9.5

10.0

3.0

SL10 10004

9.5

10.0

3.2

SL12 1R008

11.5

1.0

8.0

SL12 1R308

11.5

1.3

8.0

SL12 10005

11.5

10.0

5.0

SL12 12101

11.5

120.0

1.0

SL15 2R508

15.0

2.5

8.0

SL15 2R509

15.0

2.5

9.0

SL15 5R007

15.0

5.0

7.0

SL15 10006

15.0

10.0

6.0

SL15 16004

15.0

16.0

4.0

SL15 25003

15.0

25.0

3.0

SL15 22102

15.0

220.0

2.0

SL22 0R516

22.0

0.5

16.0

SL22 0R712

22.0

0.7

12.0

SL22 1R020

22.0

1.0

20.0

SL22 2R018

22.0

2.0

18.0

SL22 2R510

22.0

2.5

10.0

SL22 2R515

22.0

2.5

15.0

SL22 4R014

22.0

4.0

14.0

SL22 5R012

22.0

5.0

12.0

SL22 7R010

22.0

7.0

10.0

SL22 10008

22.0

10.0

8.0

SL22 14007

22.0

14.0

7.0

SL22 16004

22.0

16.0

4.0

SL22 20005

22.0

20.0

5.0

SL22 30005

22.0

30.0

5.0

SL22 50004

22.0

50.0

4.0

SL22 60003

22.0

60.0

3.0

SL22 12103

22.0

120.0

3.0

SL32 0R530

32.0

0.5

30.0

SL32 0R536

32.0

0.5

36.0

SL32 1R030

32.0

1.0

30.0

SL32 1R036

32.0

1.0

36.0

SL32 2R023

32.0

2.0

23.0

SL32 2R025

32.0

2.0

25.0

SL32 5R020

32.0

5.0

20.0

SL32 10015

32.0

10.0

15.0

Notes:

  1. The body of these thermistors shall not be relied on for insulation.
  2. The rated voltage for thermistors Type SL08, SL10, SL12 and SL15 is 120V ac and that for thermistors Type SL22 and SL32 is 250V ac.
  3. The subject components are Certified as a component parts for use in other Certified equipment where the suitability of the combination is to be determined by the Canadian Standards Association.
  4. The thermistor should be:
    1)  protected by a fuse not larger than its current rating, or
    2)  mounted with suitable spacing from metal parts, or
    3)  connected in a circuit where a short-circuit across the supply after device is unlikely to occur.
  • NTC thermistors type SGXXYYYZZ, rated for use in 60Hz systems up to 250V.  XX is a 2 -digit number = 12, 15, 16 or 32 indicating the disc diameter in mm; YYY is a 2 - digit number with R between for decimal place or a 3 - digit number with the Last digit as a power of 10 multiplier indicating the resistance at 25C; and ZZ is a 2 - digit number indicating the maximum steady state current.  See below for specific types Component Accepted.

Part No

Dia (mm) max

No Load Resistance at 25C (ohms)

Max Steady State Current (Amps)

SG122R010

12.0

2

10

SG122R209

12.0

2.2

9.3

SG122R509

12.0

2.5

8.5

SG122R708

12.0

2.7

8.1

SG123R307

12.0

3.3

7

SG123R907

12.0

3.9

7

SG124R007

12.0

4

7

SG124R707

12.0

4.7

6.7

SG125R007

12.0

5

6.7

SG125R008

12.0

5

8.1

SG125R608

12.0

5.6

7.6

SG126R007

12.0

6

7.3

SG126R807

12.0

6.8

6.8

SG127R007

12.0

7

6.7

SG128R206

12.0

8.2

6.1

SG1210006

12.0

10

5.5

SG1212005

12.0

12

4.9

SG1215004

12.0

15

4.2

SG1216004

12.0

16

4.1

SG1218004

12.0

18

3.8

SG1220004

12.0

20

3.5

SG1222003

12.0

22

3.3

SG1225003

12.0

25

3.1

SG1227003

12.0

27

3.4

SG1230003

12.0

30

3.2

SG1233003

12.0

33

3

SG1239003

12.0

39

2.7

SG1240003

12.0

40

2.6

SG1260003

12.0

60

2.6

SG1268002

12.0

68

2.4

SG1282002

12.0

82

2.1

SG1210102

12.0

100

1.8

SG1212102

12.0

120

1.6

SG1222101

12.0

220

0.9

SG151R314

15.0

1.3

14

SG151R513

15.0

1.5

13

SG151R812

15.0

1.8

12

SG152R011

15.0

2

11

SG152R211

15.0

2.2

10.5

SG152R510

15.0

2.5

9.5

SG154R009

15.0

4

8.5

SG154R708

15.0

4.7

7.7

SG155R008

15.0

5

7.5

SG155R607

15.0

5.6

7

SG156R007

15.0

6

7

SG156R807

15.0

6.8

6.8

SG157R007

15.0

7

6.7

SG158R206

15.0

8.2

6.3

SG1510006

15.0

10

6

SG1512006

15.0

12

5.5

SG1517004

15.0

17.5

4

SG1525004

15.0

25

3.6

SG1527003

15.0

27

3.4

SG1530003

15.0

30

3.2

SG1560003

15.0

60

2.6

SG1568002

15.0

68

2.4

SG1582002

15.0

82

2.1

SG1510102

15.0

100

1.8

SG1512102

15.0

120

1.6

SG1590101

15.0

900

1

SG161R014

16.5

1

14

SG161R213

16.5

1.2

12.5

SG161R312

16.5

1.3

12

SG161R511

16.5

1.5

11

SG161R810

16.5

1.8

9.5

SG162R009

16.5

2

9

SG164R009

16.5

4

9

SG164R709

16.5

4.7

9

SG165R009

16.5

5

9

SG165R609

16.5

5.6

8.5

SG166R008

16.5

6

8

SG166R807

16.5

6.8

7

SG167R007

16.5

7

7

SG168R207

16.5

8.2

7

SG1612006

16.5

12

6

SG1615005

16.5

15

5

SG1616005

16.5

16

5

SG1618005

16.5

18

4.5

SG1620005

16.5

20

4.5

SG1630005

16.5

30

4.5

SG1633004

16.5

33

4

SG1639004

16.5

39

3.5

SG1640004

16.5

40

3.5

SG1647003

16.5

47

3

SG1656003

16.5

56

3

SG1660003

16.5

60

3

SG1668003

16.5

68

2.5

SG1682002

16.5

82

2

SG1610102

16.5

100

2

SG1622102

16.5

220

1.7

SG320R436

32.0

0.4

36

SG320R528

32.0

0.5

28

SG320R724

32.0

0.7

24

SG320R823

32.0

0.8

23

SG320R922

32.0

0.9

22

SG321R021

32.0

1

21

SG321R219

32.0

1.2

19

SG321R318

32.0

1.3

18

SG321R517

32.0

1.5

17

SG321R817

32.0

1.8

17

SG322R016

32.0

2

16

SG322R215

32.0

2.2

15

SG322R514

32.0

2.5

14

SG322R713

32.0

2.7

13

SG323R313

32.0

3.3

13

SG323R912

32.0

3.9

12

SG324R012

32.0

4

12
Notes:
1.    The subject components are Certified as component parts for use in other Certified equipment where the suitability of the combination is to be determined by CSA International.
2.    The body of these thermistors is not relied on for insulation.
3.    The thermistor should be, 1) protected by a fuse not larger than its current rating, or 2) mounted with suitable spacing  from metal parts, or 3) connected  in a circuit where a short-circuit across the supply after device is unlikely to occur.
4.    The CSA Component Acceptance Mark and date code may appear on the smallest packaging.

 

/df