Temperature Sensor Specials
Cryogenic sensors for liquid hydrogen applications
PW sensors for high temperatures
For high accuracy at 600 °C
Go lead-free
Switch to lead-free sensors early
At this years Sensor+Test in Nuremberg the latest as well as future sensor developments are on display.
Wire-wound alternatives
PW 100 class F0.1 up to +600 °C
This temperature sensor operates in IEC 60751 class F0.1 up to +600 °C and is also suitable for cryogenic applications. The ESD-optimized sensor is an excellent alternative to wire-wound sensors.
The sensor has a very stable characteristics cure, low hysteresis and an increased long-term stability
Thin film RTD in glass housing
This 100 Ω class A temperature sensor operates in a medium high temperature range at IEC 60751 F0.15 and is protected by a glass housing. It is suitable as a replacement for a wire-wound sensor.
Resistance: 100 Ω at 0°C
Tolerance: IEC 60751 F 0.15
from -200°C to +400°C
TCR: 3850 ppm/K
T.-Range: -200°C - +400°C
Dimensions: 2.4 x 1.4 x 0.8 mm (LxWxH, element)
Contacts: Pt-wire, Ø 0.2 mm, 10 mm long
Special: in round glass housing 8 x 2.25 mm (LxD)
Product name: PW0K1.216.4K.A.010.S
Order code: 151495
Coming soon
Cryogenic temperature sensors
Designed for liquid hydrogen applications, our new cryogenic temperature sensors are ready for action! With our PC1K0.216.7W.K.007 innovative technology meets proven and established thin-film technology.
Resistance: 1000 Ω
Temperature range from -253 °C to +200 °C
Their temperature range of 20K makes our cryogenic sensors ideal for LH2-applications
Tolerance IEC60751 F0.15 from -200 °C to +200 °C
±3 K Tolerance from -258 °C to -200 °C
Depending on your application's requirements we can offer you a very attractively priced uncalibrated version as well as calibrated versions at highly competitive prices.
Comply with future RoHS & REACH regulations
Future RoHS & REACH regulations will no longer allow for glass containing lead. Switch to lead-free sensors early. Ask for engineering samples of our Pb-free RTDs.
For example:
Resistance: 100 Ω at 0°C
Tolerance: IEC 60751 F 0.3
T.-Range: -200°C - +600°C
Dimension: 2 x 2 x 1.1 mm (LxWxH)
Contacts: Pt/Ni-wire, Ø 0.2 mm, 7 mm long
Special: Pb-free sensor
Product name: P0K1.202.6W.B.007.S
Order code: 157130
Contact us for samples
NEW element for low conductivity measurements
LFS 9595 front view
The LFS 9595 is the ideal solution for low conductivity measurements. The sensor is designed to detect low levels of conductivity to provide accurate readings in the following systems: water purity measurement systems used for pharmaceutical and semiconductor manufacturing as well a water cooling systems in power plants, where water purity is critical.
The monitoring of coolants prevents electrical shorts.
LFS 9595 back view
iST 's latest conductivity sensor features 2 measurement eletrodes on the front. The electrodes are available in gold or platinum versions. The back of the sensor features pads for SMD temperature sensors.
Features:
Measuring range: 1 μS/cm to 100 μS/cm
Dimensions: Ø 9.5 mm (round)
Connection: Soldering pads
Pt-element : Soldering pads
Electrode: Au (or Pt)
Product name: HF.LFS.9595.Au.V02
Order code: 157320
Contact us for samples
FLOW SENSOR NOVELTIES
Flow Switch Module for alarms and direct control
Designed for reproduceable air flow rate monitoring, the flow switch module is known designed for longterm reliable operation. It operates on the thermal anamometric principle and has no moving parts. It features an adjustable switching point and is easy to integrate into HVAC systems for environmental monitoring.
Operating temperature range: -20 °C to +80 °C
Housing dimensions: 30 x 76 x 10 mm
Flow range full bridge mode: 0.1 to 15 m/s
Response time t63: < 3 s
Double Flow Sensor FDS.A
The double flow sensor features a decoupled sensor and heater element. Its Pt technology warranties an excellent long-term stability and reproducibility. Its housing is identical to iST's FS7.A element and is easy to integrate into various gas flow applications.
The thermal mass flow sensor is optimal for low gas flow applications up to 150 °C.
Features
Operating measuring range: 0m/s to 100 m/s
Response sensitivity: 0.01 m/s
Accuracy: < 3 % of the measured value
Response time t63: ~200 ms (jump from 0 to 10000 sccm)
Operating temperature range: -20 °C to +150 °C
Connection: 4 pins, AWG30/7 stranded wire, insulated with PTFE,
Colour coding: red heater, black temperature 155 mm long, 5 mm stripped
