Electrotherm PT100 Sensor, -200°C min +450°C max, 30mm Probe Length x 3mm Probe Diameter

Technical data sheets
Legislation and Compliance
RoHS Certificate of Compliance
COO (Country of Origin): DE
Product Details

Glass / ceramic measuring resistors

Glass / ceramic Pt100 measuring resistors
Connection wires 10 mm long

Specifications
Attribute Value
Sensor Type PT100
Probe Length 30mm
Probe Diameter 3mm
Minimum Temperature Sensed -250°C
Maximum Temperature Sensed +450°C
Termination Type Solder
Accuracy W0.3
11 In stock for delivery within 5 working day(s) (Global Stock)
Price (ex. GST) Each
$ 46.88
(exc. GST)
$ 51.57
(inc. GST)
units
Per unit
1 - 9
$46.88
10 - 24
$45.66
25 +
$44.87
Related Products
PTF Family - PT100 Professional range of TE ...
Description:
PTF Family - PT100 Professional range of TE Connectivity temperature sensors from the PTF family The sensors incorporate a structured platinum film on a ceramic substrate, passivated by glass coating. The sensors are a suitable solution for fast and precise ...
Platinum Probes Pt 100 Cylindrical From the great ...
Description:
Platinum Probes Pt 100 Cylindrical From the great value brand RS PRO, comes a range of high quality and great value PT100 PRT (Platinum resistance thermometer) probes Manufactured to industry standards, these high-temperature PRT probes are an excellent solution for ...
Platinum Chip Sensor For temperatures between -70 °C ...
Description:
Platinum Chip Sensor For temperatures between -70 °C and +600 °CNominal value of 100 Ω / 500 Ω / 1000 ΩStandardised nominal values and tolerances Small dimensions Rapid response time Impervious to shocks and vibrations Platinum chip temperature sensors Pt100, ...
Sheathed resistance thermometer in accordance with IEC 751 ...
Description:
Sheathed resistance thermometer in accordance with IEC 751 Working temperature from -50 °C → +600 °CFlexible, thin-walled sheathed wire made of stainless steel; the low-ohm copper internal conducting wires are embedded in compressed, fire-resistant magnesium oxide for vibration resistance Two ...