Temperature Sensors category icludes a variety of products dealing with Temperature-Measurment, -Alarm and -Control applications. They are used either as sensing elements or as complete probe-packages (including the necessary electronic circuitry, the sensor element and/ or special cases and/ or packages depending on the application field). There are alot of other temperature sensors not mentioned below due to their highly specialized applications.

NTC The NTC Thermistors (Negative Temperature Coefficient - Thermally Sensitive Resistors), are sensing elements known also as NTC - Transducers - Ceramic Semiconductors. They are resistors with very large Negative Temperature Coefficient (typically -4 to -5% / °C). With nowadays Advanced Chip Technology very stable and repeatable electrival characteristics are realized and in combination with new micropro- cessor designs they ate creating new chalenges and opportunities for temperature sensing and control. Tolerances, Rvalues, Lead Lengths, Wire & Insulation types other than the standard mentioned are Available Upon Request. Standard 30 and 28 A.W.G. Tinned Copper Leads.
Type Approved	Body-Dimension Lead-Dimension Insulation	Dissipation-Constant Thermal Time-Const.	Standard Tolerance Temp. Range	Rvalues @ 25°C Miscellaneous
Interchangeable
BetaCURVE ISO 9001	max 2.413mm 76.2mm, Radial with-w/out Teflon	1.0 mW / °C max 10 sec. in still air	±0.2°C from 0°C to 70°C - 55 to 150°C	0.1 to 1000 Kohm 8 Different Material-Curves
BetaCURVE ISO 9001	max 2.5mm 76.2mm, Radial with-w/out Teflon	2.0 mW / °C max 12 sec. in still air	±0.2°C from 0°C to 70°C - 55 to 150°C	2.252 to 1000 Kohm 8 Different Material-Curves
BetaCURVE ISO 9001	max 2.6mm 76.2mm, Radial with-w/out Teflon	3.0 mW / °C max 14 sec. in still air	±0.2°C from 0°C to 70°C - 55 to 150°C	2.252 to 1000 Kohm 8 Different Material-Curves
BetaCURVE miniPROBE ISO 9001	Diameter: 1.02mm Length: 5.08mm 50.8mm, Radial Black Kynar	0.5 sec. in oil bath	±0.2°C from 0°C to 70°C - 55 to 150°C	0.1 to 1000 Kohm 8 Different Material-Curves
Single-Point Temperature
BetaCHIP ISO 9001	max 2x2x0.39mm Leadless Gold Top-Bottom	1.0 mW / °C max 10 sec. in still air	± 2% 5% 10% @ single-point temperature - 55 to 150°C	0.1 to 1000 Kohm 8 Different Material-Curves
BetaCHIP Glass-Coated Mil-T-23648A	max 1.53mm 9.52mm, Radial with - w/out	0.4 mW / °C max 4 sec. in still air	± 5% 10% @ single-point temperature - 60 to 300°C	0.2 to 1000 Kohm 8 Different Material-Curves
BetaCHIP ISO 9001	max 2.413mm 76.2mm, Radial with-w/out Teflon	1.0 mW / °C max 10 sec. in still air	± 2% 5% 10% @ single-point temperature - 55 to 150°C	0.1 to 1000 Kohm 8 Different Material-Curves
BetaCHIP Glass-DO35 ISO 9001	Diameter: 2.03mm Length: 4.57mm 28.5mm, Axial with-w/out Teflon	2.0 mW / °C max 8 sec. in still air	± 5% 10% @ single-point temperature - 60 to 300°C	1 to 1000 Kohm 8 Different Material-Curves
BetaCHIP microCHIP ISO 9001	Diameter: 0.46mm Length: 3.2mm 28.5mm, Radial Isomid	0.3 sec. in oil bath	± 0.1°C @ single-point temperature - 55 to 150°C	2 to 100 Kohm 8 Different Material-Curves
BetaCHIP microCHIP Glass-Coated ISO 9001	Diameter: 0.46mm Length: 3.2mm 28.5mm, Radial Isomid	0.3 sec. in oil bath	± 0.1°C @ single-point temperature - 55 to 150°C	2 to 100 Kohm 8 Different Material-Curves
Linearized Thermistor - Resistor Networks
BetaTRACK Interchangeable ISO 9001	max 2.8mm 63.5/ 69.9/ 76.2mm Radial without	1.0 & 8.0 mW / °C Still Air & Liquid	± 0.15°C Mode: Voltage or Resistance - 30 to 100°C	Composite or Linear Network with 0.1% resistors

Molybdenum Molybdenum is an ideal material for temperature sensors due to its excellent linearity and a thermal expansion coefficient that exactly matches with that of the alumina substrate. Sensors with temperature coefficient of 3000ppm/degree or 3850ppm/degree are linear enough to be used in many applications without any linearisation due their high compatibility to existing electronic circuitry. Whenever additional linearisation is required, can be easily and economically achieved by simply adding a constant series of parallel resistors (due to the positive curvature of molybdenum temperature characteristics). Features : Positive Temperature Coefficient, Good Linearity characteristics, Good Long-Term Stability, Short-Time Response, Thermal Shocks Insensitive, Different Tolerance Classes and Attractive Price-Performance Ratio.
Temperature Coefficient(T.C.)	Body-Dimension Lead-Dimension	Self-heating Coefficient Response Time t 50 / 90 sec.	Tolerance Classes Temp. Range	R values @ 0°C
Mo - series
3000ppm/degree	10x2x1(0.64)mm 15mm Radial/H	0.34 °C/mW in Still-Air 2 / 7 seconds Air at 3m/sec.	A, B(IEC 751) C, D - 200 to 200°C	100 - 500 ohm 1 - 2Kohm
3000ppm/degree	6.5x2.3x1(0.64)mm 15mm Radial/H	0.30 °C/mW in Still-Air 1.8 / 6.5 seconds Air at 3m/sec.	B(IEC 751) C, D - 200 to 200°C	1Kohm
3000ppm/degree	4x4x0.64mm 16mm Radial/R	0.27 °C/mW in Still-Air 1.6 / 5.5 seconds Air at 3m/sec.	B(IEC 751) C, D - 200 to 150°C	1Kohm
MoP - series
3850ppm/degree	10x2x1(0.64)mm 15mm Radial/H	0.34 °C/mW in Still-Air 2 / 7 seconds Air at 3m/sec.	A, B(IEC 751) C, D - 200 to 200°C	1Kohm
3850ppm/degree	5x2x1(0.64)mm 15mm Radial/H	0.30 °C/mW in Still-Air 1.7 / 6.0 seconds Air at 3m/sec.	B(IEC 751) C, D - 200 to 200°C	100 ohm

Pt Pt sensors are Platinum resistance bulb assemblies. They hane very high sensitivity and compact construction. Pt are light in weight and operate with high reliability under adverse conditions of shock, vibration, accelaration, humidity, high temperature and corrosion. Having no mooving parts are capable of virtually unlimited life when operated within specified limits. Main Advantages are : Excellent Stability, Repeatability and Interchangeability. Main Disadvantages are : Low System Signal Output and Poor Responce. They are assembled in ceramic and glass packages. Well known as Pt100 due to their 100 ohms @ 0°C resistance used in most applications there are also available in other resistances as Pt130, Pt500 and Pt1000 etc.
Self-heating Coefficient Air 1m/sec	Diameter Length Lead-Dimension	Response-Time a)Water 0.4m/sec b)Water 1m/sec 50% / 90% sec.	Tolerance Classes Temp. Range	R value@ 0°C Element
Ceramic Housing
0.1 °C/mW	0.75mm 15mm 8mm Radial/H	a) 0.12 / 0.4 sec. b) 2 / 6	A ± 0.06 ohm B ± 0.12 ohm - 200 to 850°C	100 ohm Single
0.09 °C/mW	0.9mm 15mm 8mm Radial/H	a) 0.15 / 0.5 sec. b) 2.5 / 8	A ± 0.06 ohm B ± 0.12 ohm - 200 to 850°C	100 ohm Single
0.09 °C/mW	1.2mm 15mm 8mm Radial/H	a) 0.2 / 0.6 sec. b) 3.5 / 10	A ± 0.06 ohm B ± 0.12 ohm - 200 to 850°C	100 ohm Single
0.08 °C/mW	1.6mm 8mm 8mm Radial/H	a) 0.2 / 0.6 sec. b) 5 / 20	A ± 0.06 ohm B ± 0.12 ohm - 200 to 850°C	100 ohm Single
0.08 °C/mW	1.6mm 15mm 8mm Radial/H	a) 0.2 / 0.6 sec. b) 5 / 20	A ± 0.06 ohm B ± 0.12 ohm - 200 to 850°C	100 ohm Double
0.08 °C/mW	1.6mm 25mm 8mm Radial/H	a) 0.2 / 0.6 sec. b) 5 / 20	A ± 0.06 ohm B ± 0.12 ohm - 200 to 850°C	100 ohm Double
0.07 °C/mW	2.0mm 6mm 8mm Radial/H	a) 0.25 / 0.7 sec. b) 10 / 35	A ± 0.06 ohm B ± 0.12 ohm - 200 to 850°C	100 ohm Single
0.07 °C/mW	2.0mm 15mm 8mm Radial/H	a) 0.25 / 0.7 sec. b) 10 / 35	A ± 0.06 ohm B ± 0.12 ohm - 200 to 850°C	100 ohm Single
0.07 °C/mW	2.0mm 25mm 8mm Radial/H	a) 0.25 / 0.7 sec. b) 10 / 35	A ± 0.06 ohm B ± 0.12 ohm - 200 to 850°C	100 ohm Double
0.06 °C/mW	2.8mm 8mm 8mm Radial/H	a) 0.25 / 0.7 sec. b) 15 / 50	A ± 0.06 ohm B ± 0.12 ohm - 200 to 850°C	100 ohm Single
0.06 °C/mW	2.8mm 15mm 8mm Radial/H	a) 0.25 / 0.7 sec. b) 15 / 50	A ± 0.06 ohm B ± 0.12 ohm - 200 to 850°C	100 ohm Single
0.06 °C/mW	2.8mm 25mm 8mm Radial/H	a) 0.25 / 0.7 sec. b) 15 / 50	A ± 0.06 ohm B ± 0.12 ohm - 200 to 850°C	100 ohm Double
0.06 °C/mW	3.0mm 8mm 8mm Radial/H	a) 0.25 / 0.7 sec. b) 15 / 50	A ± 0.06 ohm B ± 0.12 ohm - 200 to 850°C	100 ohm Single
0.06 °C/mW	3.0mm 15mm 8mm Radial/H	a) 0.25 / 0.7 sec. b) 15 / 50	A ± 0.06 ohm B ± 0.12 ohm - 200 to 850°C	100 ohm Double
0.06 °C/mW	3.0mm 25mm 8mm Radial/H	a) 0.25 / 0.7 sec. b) 15 / 50	A ± 0.06 ohm B ± 0.12 ohm - 200 to 850°C	100 ohm Double
0.06 °C/mW	3.2mm 8mm 8mm Radial/H	a) 0.25 / 0.7 sec. b) 20 / 60	A ± 0.06 ohm B ± 0.12 ohm - 200 to 850°C	100 ohm Single
0.06 °C/mW	3.2mm 15mm 8mm Radial/H	a) 0.25 / 0.7 sec. b) 20 / 60	A ± 0.06 ohm B ± 0.12 ohm - 200 to 850°C	100 ohm Double
0.06 °C/mW	3.2mm 25mm 8mm Radial/H	a) 0.25 / 0.7 sec. b) 20 / 60	A ± 0.06 ohm B ± 0.12 ohm - 200 to 850°C	100 ohm Double
0.06 °C/mW	3.8mm 25mm 8mm Radial/H	a) 0.25 / 0.7 sec. b) 20 / 60	A ± 0.06 ohm B ± 0.12 ohm - 200 to 850°C	100 ohm Double
0.06 °C/mW	4.0mm 8mm 8mm Radial/H	a) 0.35 / 1.4 sec. b) 30 / 120	A ± 0.06 ohm B ± 0.12 ohm - 200 to 850°C	100 ohm Single
0.06 °C/mW	4.0mm 15mm 8mm Radial/H	a) 0.35 / 1.4 sec. b) 30 / 120	A ± 0.06 ohm B ± 0.12 ohm - 200 to 850°C	100 ohm Double
0.06 °C/mW	4.0mm 30mm 8mm Radial/H	a) 0.35 / 1.4 sec. b) 30 / 120	A ± 0.06 ohm B ± 0.12 ohm - 200 to 850°C	100 ohm Double
0.06 °C/mW	4.5mm 8mm 8mm Radial/H	a) 0.35 / 1.4 sec. b) 30 / 120	A ± 0.06 ohm B ± 0.12 ohm - 200 to 850°C	100 ohm Single
0.06 °C/mW	4.5mm 15mm 8mm Radial/H	a) 0.35 / 1.4 sec. b) 30 / 120	A ± 0.06 ohm B ± 0.12 ohm - 200 to 850°C	100 ohm Double
0.06 °C/mW	4.5mm 30mm 8mm Radial/H	a) 0.35 / 1.4 sec. b) 30 / 120	A ± 0.06 ohm B ± 0.12 ohm - 200 to 850°C	100 ohm Double
0.06 °C/mW	4.8mm 25mm 8mm Radial/H	a) 0.35 / 1.4 sec. b) 30 / 120	A ± 0.06 ohm B ± 0.12 ohm - 200 to 850°C	100 ohm Double
Glass Housing Pt100, Pt500, Pt1000 ohm
Other Classes : 1/3B, 1/5B, 1/10B available Upon Request
Other R values : Pt 130-500-1000 ohms available Upon Request

Probes Temperature Probes are a variety of packages and housings with at least one of the above mentioned sensor elements fixed on them, with or without the nescessary electronic circuitry. Designs and materials used for their production are limited only from the special requirements of each application.

NTC, Molybdenum & Pt Probes available Upon Request

Cost -Effective Designs According to performance Specs Rugged/ Reliable/ Stable Constructions in a wide variety of packages/ materials Surface/ Immersion/ Gas Sensing Designs