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Application: Using protective stainless steel tube for encapsulation. The wires in the bottom are tightly pressed with rings, which excellent in resisting oil, water, shake and pressure. These sensors can be used in many areas, including medical instrument, intelligent instrument, gas, liquid, etc.
Sensitive element: Pt 100, Pt200, Pt 500 or Pt 1000 (single or double)
Tolerance: all conform to the requirements of IEC 751
Temperature range: -200--300
Shell:
-- diameter: 3.00 mm, length: 40 mm
-- diameter: 4.00 mm, length:50 mm
Other types can be customized
Wires: 2, 3 and 4-wire or connector
-- length: can be customized
-- type:
PTFE (Max. temperature 300)
FEP (Max. temperature 250)
Protective grade: all conform to the requirements of IP 54
Option:
-- Protective gradeIpxx
-- Higher precision ( Glass A, DIN1/3DIN1/10)
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description
The temperature sensor Pt 100-G-120-PG is a temperature probe which is based on the resistance change of platin at temperature influence.
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It exists two kinds of thermistors : NTC and PTC
(see these headings for technical information)
For the temperature probes it's generally a NTC
thermistor which is used. In such case American
are preferred for their accuracy and long term stability
These sensors are frequently welded at the end of leads
or cables, with or without a shield, depending of use.
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Application: This kind of temperature sensor adopts the special connecting technic by UST, the protective layers are processed with high temperature and pressure which excellent in resisting oil, water and humidity, and could be supplied for temperature measuring applications in areas including: surface, inner space, etc.
You can use quick drying glue to fix on the surface of measured object. By doing this, we can prevent from damaging the objects surface, the sensor can reuse also.
Feature: Easy install, high precision, fast response time, moveable while working
Sensitive element: Pt 100, Pt200, Pt 500 or Pt 1000 (single or double)
Tolerance: all conform to the requirements of DIN EN 60751
Temperature range: For low temperature type: -200--200
For high temperature type: -50--550
Shell: 1mm *1.3mm *0.25mm (length*width*height)
Other types can be customized
Wires: 2, 3 and 4-wire
-- length: can be customized
-- type: glass fiber (Max. temperature 650)
PTFE (Max. temperature 300)
FEP (Max. temperature 250)
Silica gel (Max. temperature 125)
PVC (Max. temperature 105)
Protective grade: all conform to the requirements of IP 54
Option:
-- Screening wire
-- Protective gradeIP 65
-- Higher precision ( Glass A, DIN1/3DIN1/10)
-- Protective tube (According to DGS, DGV)
-- Screwd wire
-- Protective metal tube
-- Connector
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Major advantages of this temperature sensor are its high accuracy and the long service life. The sensor can be modified to the customer 's needs regarding measuring range and accuracy.
The response time is less than 5 seconds. A temperature sensor with a wider range is available as well as a submersible sensor (see reverse side of the data sheet).
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Temperature
ND500 Series: Handheld Digital Thermometers
SC Series : Sheathed Thermocouples
NC Series : Solidpak Thermocouples
NR Series : Sheathed Resistance Thermometers
C015 Series : Roller Surface Thermocouples
R060 Series: Surface Temperature Sensors (RTD)
C060 Series : Surface Temperature Sensors (T/C)
MF1000 : Digital Thermometer For Foods
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Evikon MCI manufactures wide range of sensor assemblies for temperature measurement in gases and air, liquids and on solid surfaces for different applications
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Temperature Sensors
- Different type of sensor :
- Pt 100, Pt 500, Pt 1000 resistance bulbs,
- T/J/E/K/N/R/S/B thermocouples or others,
- Execution according to specifications,
- Protection sheat, specific case, seals, screwed connection in every material,
- Extension and compensation cables,
- - Connectors.
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Wired Sensor Elements
C - Cryo Temperature Range (-196C to +500C)
L - Low Temperature Range (-50C to 400C)
M - MediumTemperature Range (-70C to 600C)
H - High Temperature Range (-70C to 1000C)
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Temperature Sensor TSA 03 in Stainless Steel for Wall Fastening
TSA 03
Characteristics
Measuring element: Pt100
Output: 4-20mA (2- wire), or 0-10V DC (3- wire)
Max. temperature range: -30C up to +100C
Electrical connection: Aluminium case 64 x 58 x 36 mm
Protection: IP66
Reasonable prices
Areas of application
Temperature sensors TSA 03 are used for measuring temperatures in refrigerated warehouses, in greenhouses, in production halls and storehouses, outdoor etc.
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VITO temperature measurement systems for gauging temperature and volume
Anybody that wishes to determine the quantity of product present in bulk storage tanks has to take the product temperature into account. After all, temperature is a determining factor for the volume and hence the density of a product. ENRAF offers a comprehensive line of products for accurate temperature measurement. That line ranges from single spot temperature probes to the advanced VITO 16 element multiple thermosensor thermometer (MTT) for temperature and volume measurement.
Virtually the entire range is equipped with ENRAFs well-known VITO interface, which guarantees faultless communication with level gauging systems based on radar or servo technology. The gauging systems can easily be provided with an additional functionality for water bottom measurement. In that way the number of instruments and components in and on the tank is kept to a minimum.
Temperature gauging systems by ENRAF stand out by their reliability and robust design. That assures you not only of high measurement accuracy but also of minimal maintenance cost. Add to that their flexibility and simplicity of installation and you will understand just why so many companies benefit from ENRAF temperature gauges.
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Application: Using protective stainless steel tube for encapsulation, which excellent in resisting oil, water, shake. This kind of product can be used in measuring temperature for common instrument, constant temperature equipment, pipe, etc.
Sensitive element: Pt 100, Pt200,Pt 500 ,Pt 1000 (single or double)
Tolerance: According to DIN EN 60751
Temperature range: For low temperature type: -200--{400
For high temperature type: -50--{1200
Shell:
-- diameter: 3.00 mm to 16 mm
-- thread: all types(NPT, BSPT, BSPP)
-- length: can be customized
Wires: 2, 3 and 4-wire or connector
-- length: can be customized
-- type: metal protective wire (Max. temperature 800)
glass fiber (Max. temperature 650)
PTFE (Max. temperature 300)
FEP (Max. temperature 250)
silica gel (Max. temperature 125)
PVC (Max. temperature 105)
Combine type:
Crimping, tightness, crimping
Thread: all types(NPT, BSPT, BSPP)
Material: Cu, stainless steel
Option:
-- shellfs diameter
-- screening wire
-- higher precision: class A, DIN1/3CDIN1/10
-- screwd wire
-- protective tube
-- protective spring
-- curving stainless steel
-- non protection
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In addition to long-term stability, interchangeability and accuracy, elementary sensors are additionally characterized by small size footprints of only a few square millimeters. The temperature application range, however, is extremely high: from -196 Celsius to +1000 Celsius!
To increase the ease of use in mass production applications, Heraeus Sensor Technology has enhanced the capabilities of elementary sensors. DBS sensors, for example, are equipped with rectangular connecting wires that offer superior directional stability when compared to round wires. The DBS sensors, which are available in several different standard wire lengths, can eliminate the need for expensive extension leads.
Ideas developed by Heraeus Sensor Technology have simplified the need for further processing of SMD sensors. The FC-type SMD sensor, for example, which have no edge-metallization, can be die-bonded on PCBs instead of soldered, saving time and costs for automated manufacturing processes.
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Application: Using protective minisize ceramic tube for encapsulation, which excellent in resisting water and shake. These sensors can be used in many areas, including medical instrument, intelligent instrument, oven, also be suit for extreme environments measurement.
Sensitive element: Pt 100, Pt200, Pt 500 or Pt 1000 (single or double)
Tolerance: all conform to the requirements of IEC 751
Temperature range: -200--300
Shell:
-- diameter: 3.00 mm, length: 15 mm
Other types can be customized
Wires: 2, 3 and 4-wire or connector
-- length: can be customized
-- type:
PTFE (Max. temperature 300)
FEP (Max. temperature 250)
Protective grade: all conform to the requirements of IP 54
Option:
-- Protective gradeIpxx
-- Higher precision ( Glass A, DIN1/3DIN1/10)
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Heraeus Sensor Technology develops, manufactures and markets products whose function is based on structured thin films of platinum (Pt). With such an orientation the company is intentionally positioning itself at the start of the added value chain, i.e. the manufacture of components.
The customers of Heraeus Sensor Technology are generally manufacturers of equipment for process measurement technology, the life science sector, the complete bandwidth of heating, ventilation and air conditioning, or subcontractors for mass markets such as household appliances and motor vehicles, just to name a few as examples.
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The Ni1000SOT is a nickel thin film resistance temperature detector (RTD) that is suitble for use in contact temperature sensing. The characteristics of the temperature sensor comply with DIN 43760. The Ni1000SOT is manufactured by PVD-depositon on a silicon substrate. The thin film structure is covered by a passivation layer for environmental protection and enhanced stability. The nickel elements are mounted on lead frames and encapsulated in SOT23 packages. This technology allows the production of miniature, low cost, high precision temperature sensors. The Ni1000SOT sensor is qualified for the most demanding automotive applications (including exposure to hot oil) and is suitable for many more applications in harsh environments.
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This sensor is the recent product for the control of temperatures which evaporate. Its construction allows a very fast speed of response and a high measurement for the operation temperature.
Basically, each of these sensor variants is made up of an NTC resistor. NTC resistors have a negative temperature coefficient and increase their conductivity as temperature increases. Some of the variants in the product range have an open NTC element which is covered by a protective glass layer. These sensor variants stand out particularly thanks to their fast reaction times of up to six seconds (t according to DIN EN 60539). Encased sensor variants have longer reaction times, but provide better protection for the NTC element against external environmental conditions. The basis circuit diagram comprises a sensor and a constant resistor connected in series. The resistance of the NTC temperature sensor can be calculated using the voltage divider law on the basis of the voltage drop at the resistor or at the sensor. The temperature can be assigned to the resistance of the NTC sensor by means of the resistance curve. There are four air temperature sensors to choose from.
For more technical information please regard our catalogue.
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This integral sensor measures the average temperature in an airstream because of its constructional assembling. A parallel capacitor improves the electromagnetic contability. In spite of this improvement the electromagnetic contability has to be proved by all variants.
Basically, each of these sensor variants is made up of an NTC resistor. NTC resistors have a negative temperature coefficient and increase their conductivity as temperature increases. Some of the variants in the product range have an open NTC element which is covered by a protective glass layer. These sensor variants stand out particularly thanks to their fast reaction times of up to six seconds (t according to DIN EN 60539). Encased sensor variants have longer reaction times, but provide better protection for the NTC element against external environmental conditions. The basis circuit diagram comprises a sensor and a constant resistor connected in series. The resistance of the NTC temperature sensor can be calculated using the voltage divider law on the basis of the voltage drop at the resistor or at the sensor. The temperature can be assigned to the resistance of the NTC sensor by means of the resistance curve. There are four air temperature sensors to choose from.
For more technical information and variants please regard our catalogue.
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NTC temperature probe Part No.: 3025-L00
- NTC temperature probe -50..+140C
- With protection tube G 1/2"
- LS=135mm
- D=10mm, p=40bar, 2 terminals, stainless steel V4A
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Features
- Operating temperature range of -20C to +50C
- 10 kOhm resistance at 25C 10%
- Small size, comformally coated for durability and stability
- Solid nickel wires with Teflon insulation
- Works with all ILX Lightwave Temperature Controllers
The TS-520 is an uncalibrated NTC 10 kOhm leaded thermistor with a baked on phenolic coating for durability and long-term stability. These have solid nickel 30 AWG wires with Teflon insulation to provide insulation when assembled in a heat sink or plate with a lead length of 3 inches (76 mm). They are ideal for measuring the temperature of a laser diode or other component during testing. These devices can be calibrated with accuracies to 0.05C over their temperature range using the Steinhart-Hart model
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Measuring range : from 0/+10 Pa to -10 000/+10 000 Pa
Configurable intermediary and central zero ranges
Air velocity and airflow functions
Interchangeable measuring sensor (SPI technology)
Simultaneous display of 1 to 4 parameters
External transmitter unputs (KIMO class 200 and 300) and thermocouple K
2 output 4-20 mA or 0-10 V (4 wires), RS 232, 2 RCR relays 6A/230 Vac
2 visual (dual color LED) and audible (buzzer) alarms
Software, keypad or remote control configuration
MODBUS network RS 485 system (optional)
ABS or ALU IP 65 housing, with or without backlit gaphic display
Mounting with the 1/4 turn system with wall-mount plate
CP301 : -100/+100 Pa
CP302 : -500/+500 Pa
CP303 : -1000/+1000 mbar
CP304 : -10 000/+10 000 mbar
Barbed fittings 5,2 mm
Unit of measurement : Pa, mmH2O, mbar, inWG, mmHG
Power supply : 24 Vac /Vdc, 115 Vac or 230 Vac
Outputs : 2 x 4-20 mA or 2 x 0-10 V
Functions : pressure, air velocity, airflow with Pitot tubes, Debimo and other coefficients, integration of measure, self-calibration, measuring correction factor, temperature compensation : manual or automatic (thermocouple K input).
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