|
  Sensor Scientific Insulated Lead Epoxy-Coated Chip Thermistor combine a cost-effective thermistor with a tough insulated lead.The Kynar lead insulation offers many of the advantages of Teflon insulation with a lower cost.Units are available in resistance values from 100 to 100k ohms @25 °C.The wide choice of resistance vs.temperature curves (SSi curves A,B,C,D,E,F,T,X &Y)are industry-standard,insuring cost-effectiveness and compatibility.If a standard unit does not meet your needs,customized tolerances,resistance values,temperature ranges,and termination options are available. Design assistance is also available.
FEATURES: - TOUGH KYNAR (PVDF) LEAD INSULATION
- SILVER-PLATED COPPER CONDUCTOR RESISTS OXIDATION
- HIGH ACCURACY
- HIGH STABILITY
- INDUSTRY--STANDARD RESISTANCE VS.TEMPERATURE CURVES
- LOW THERMAL MASS
OPTIONS: - LONGER OR SHORTER LEAD LENGTHS
- TERMINATION TYPE
- NON-STANDARD TOLERANCES
- VALUE ADDED CUSTOM PROBE ASSEMBLIES
SPECIFITIONS: - THERMAL TIME CONSTANT::10 SECONDS TYP.IN STILL AIR
- DISSIPATION CONSTANT: 1.5 mW/°C
- MAXIMUM OPERATING TEMPERATURE::125 °C
| Resistance @ 25 Deg C ohms | Part Number | Curve | Maximum Diameter (D) | | inches | (mm) | | 100 | KW101A* | A | 0.250 | (6.3) | | 500 | KW501A* | A | 0.125 | (3.2) | | 1000 | KW102A* | A | 0.095 | (2.4) | | 1000 | KW102C* | C | 0.150 | (3.8) | | 2000 | KW202C* | C | 0.095 | (2.4) | | 2252 | KW222C* | C | 0.095 | (2.4) | | 3000 | KW302C* | C | 0.095 | (2.4) | | 4000 | KW402C* | C | 0.095 | (2.4) | | 5000 | KW502C* | C | 0.095 | (2.4) | | 6000 | KW602C* | C | 0.095 | (2.4) | | 10000 | KW103C* | C | 0.095 | (2.4) | | 10000 | KW103Y* | Y | 0.095 | (2.4) | | 20000 | KW203C* | C | 0.095 | (2.4) | | 30000 | KW303D* | D | 0.095 | (2.4) | | 30000 | KW303E* | E | 0.095 | (2.4) | | 50000 | KW503D* | D | 0.095 | (2.4) | | 100000 | KW104D* | D | 0.095 | (2.4) | To specify desired resistance tolerances, substitute the required tolerance for ‘*’ in the part number. For example, for a 5% tolerance KW502C* part, the complete part number would be KW502C5. Dissipation Constant: 1.5 mW/°C Typ. in still air Time Constant: 10 sec. Typ. in still air | RESISTANCE VS. TEMPERATURE TABLESClick on the part number to download a resistance vs. temperature chart in PDF format "The information contained herein is believed to be accurate. The user, however, should verify the suitability of a particular product for a specific application. Sensor Scientific, Inc. does not warrant the accuracy of this information, and disclaims any liability with respect to its use" © Sensor Scientific, Inc. Thermistors |
