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첨부자료 다운로드Specifications
| TYPE | CODE | 절연재질 | 차폐 | 사용가능온도 | 사용가능 도체규격 | 특징 |
|---|---|---|---|---|---|---|
| BX | PP | PVC | ALS/TA/SUS | -20~105℃ | 0.2SQ~2.5SQ(24AWG~14AWG) | 제품가격이 낮음/범용적 사용 |
| RX | TT | PFA | ALS/TA/SUS | -200~250℃ | 0.05mm~2.0mm | 클린룸/ 고온환경 /기계장비 |
| SX | FF | FEP | ALS/TA/SUS | -200~200℃ | 0.05mm~2.0mm | 클린룸/ 고온환경/기계장비 |
| KX | HGHG | HIGH TEMP GLASS | ALS/SUS | 0~400℃ | 0.127mm~1.0mm | 중고온에 사용 |
| WX | GG | GLASS GLASS | ALS/TA/SUS | 0~200℃ | 0.127mm~1.0mm | 수분에 약함/ 가격이 저렴 |
| VX | PIPI | Polyimde tape | -40~250’℃ | 0.127mm~0.81mm | 진공환경 사용 용이 | |
| EX | SS | High Temp Silica | SUS | 0~1000℃ | 0.254mm~0.81mm | 초고온에 사용 |
| JX | SRSR | Silicone | ALS/TA/SUS | -40~200℃ | 0.5SQ~2.5SQ(20AWG~14AWG) | 유연성이 요구되는 환경 |
| TX | FSR | Fep+Silicone | ALS/TA/SUS | -40~200℃ | 0.14SQ~2.5SQ(26AWG~14AWG) | 기계적강도가 높은 환경 |
| NX | ||||||
| CX |
TYPE 및 규격 사용가능 온도(ASTM E 230)
| Upper Temperature limit for various Wire Sizes, ℃(℉) | ||||||
|---|---|---|---|---|---|---|
| Thermo couple Type |
No. 8 AWG (3.25mm[0.128in.]) |
No. 14 AWG (1.63mm[0.064in.]) |
No. 20 AWG (0.81mm[0.032in.]) |
No. 24 AWG (0.51mm[0.020in.]) |
No. 28 AWG (0.33mm[0.013in.]) |
No. 30 AWG (0.25mm[0.010in.]) |
| T | 370[700] | 260[500] | 200[400] | 200[400] | 150[300] | |
| J | 760[1400] | 590[1100] | 480[900] | 370[700] | 370[700] | 320[600] |
| E | 870[1600] | 650[1200] | 540[1000] | 430[800] | 430[800] | 370[700] |
| K and N | 1260[2300] | 1090[2000] | 980[1800] | 870[1600] | 870[1600] | 760[1400] |
| R and S | 1480[2700] | |||||
| B | 1700[3100] | |||||
| CB | 2315[4200]C | |||||
Thermocouple Molding Type
The thermocouple molding Type is consisting of conductors such as thermocouples. Also, it represents temperature measurements such as thermocouples. It is used for mainly high fever and measurement at a close distance.
– Conductor : Thermocouple Wire Type ( K, E, T, J )
– Insulation : FEP(Teflon), Color( + : Red / –: White )
– Sheath : FEP(Teflon), Color ( Refer to below table )
– Temperature : 200 ℃ ~ 260
– Insulation : FEP(Teflon), Color( + : Red / –: White )
– Sheath : FEP(Teflon), Color ( Refer to below table )
– Temperature : 200 ℃ ~ 260
Tolerances
| Type | Standard | Special |
|---|---|---|
| K | ±2.2℃ or ±0.75% | ±1.1℃ or ±0.4% |
| E | ±1.7℃ or ±0.5% | ±1.0℃ or ±0.4% |
| T | ±1.0℃ or ±0.75% | ±0.5℃ or ±0.4% |
| J | ±2.2℃ or ±0.75% | ±1.1℃ or ±0.4% |
| Product Image | Type | Product Name | Color | AWG | Outer diameter(mm) | SQ(mm²) | Response TIme |
|---|---|---|---|---|---|---|---|
 ※TC-T-M |
K | TC-K-M | Blue | 40 36 30 28 24 22 |
0.0787 0.1270 0.2540 0.3200 0.5105 0.6452 |
0.0050 0.0127 0.0500 0.0810 0.2050 0.3260 |
|
| E | TC-E-M | Purple | |||||
| T | TC-J-M | Yellow | |||||
| J | TC-T-M | Brown |
Encapsulated Pt Temperature Sensor ( E motor sensor ) according to DIN EN 60751
Temperature range 50 C to +200 C, temporary up to +250 C
The Encapsulated Precision Temperature Sensor was originally designed as a precise, robust temperature sensor for high end industrial e motors. Its properties make it the ideal sensing solution in e motors, industrial automation, analytical equipment, or EV charging plugs. The Temperature Sensor is a standard product. In principle, the products can also be used in automotive applications.
– Robust semi rigid protection
– Pt1000 standard in F 0.3 (B)
– Wide operation range: 196 C to 550 C
– Pt1000 standard in F 0.3 (B)
– Wide operation range: 196 C to 550 C
Temperature Range of Tolerance Class
Validity of Class F 0.3 (B) 50 C to +200 C
Temporary up to 250 C (up to 50 hours)
Validity of Class F 0.3 (B) 50 C to +200 C
Temporary up to 250 C (up to 50 hours)
Temperature Coefficient
TCR = 3850 ppm/K
TCR = 3850 ppm/K
Conductor Resistance
0.0648 Ω (0.081 Ω/m)
0.0648 Ω (0.081 Ω/m)
Application Examples
– E motor and Stator protection
– Industrial Automation
– Analytic Equipment
– Charging Connectors
– E motor and Stator protection
– Industrial Automation
– Analytic Equipment
– Charging Connectors
Properties
– Internal Protection: IP67 and IP68 according to DIN EN 60529
– Approx. 100 N cable pull force, measured between cables and sensor housing at room temperature
– Robust semi rigid protection out of FEP
– Internal Protection: IP67 and IP68 according to DIN EN 60529
– Approx. 100 N cable pull force, measured between cables and sensor housing at room temperature
– Robust semi rigid protection out of FEP
