TE Connectivity PT100 RTD Sensor, 1.2mm Dia, 4mm Long, Chip, ±0.1 °C +200°C Max

RS Stock No.: 100-7541Brand: TE ConnectivityManufacturers Part No.: NB-PTCO-188
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Technical Document

Specifications

Sensor Type

PT100

Probe Length

4mm

Probe Diameter

1.2mm

Minimum Temperature Sensed

-30°C

Maximum Temperature Sensed

+200°C

Termination Type

Solder

Process Connection

Chip

Accuracy

±0.1 °C

Response Time

0.2 (Water) s, 10 (Air) s

Product details

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 feedback due to the small outline and low mass. Ideal for use with temperature feedback control, industrial applications and medical equipment.

Wide temperature range
Global interchangeability

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1.720 OMR

Each (ex VAT)

1.806 OMR

Each (inc VAT)

TE Connectivity PT100 RTD Sensor, 1.2mm Dia, 4mm Long, Chip, ±0.1 °C +200°C Max

1.720 OMR

Each (ex VAT)

1.806 OMR

Each (inc VAT)

TE Connectivity PT100 RTD Sensor, 1.2mm Dia, 4mm Long, Chip, ±0.1 °C +200°C Max
Stock information temporarily unavailable.

Buy in bulk

quantityUnit price
1 - 91.720 OMR
10 - 491.625 OMR
50+1.540 OMR

Technical Document

Specifications

Sensor Type

PT100

Probe Length

4mm

Probe Diameter

1.2mm

Minimum Temperature Sensed

-30°C

Maximum Temperature Sensed

+200°C

Termination Type

Solder

Process Connection

Chip

Accuracy

±0.1 °C

Response Time

0.2 (Water) s, 10 (Air) s

Product details

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 feedback due to the small outline and low mass. Ideal for use with temperature feedback control, industrial applications and medical equipment.

Wide temperature range
Global interchangeability