TE Connectivity PT1000 RTD Sensor, 0.3mm Dia, 2.3mm Long, Chip, ±0.3 °C +300°C Max

RS kataloški broj:: 100-7530brend: TE ConnectivityProizvođački broj:: NB-PTCO-157
brand-logo
Prikaži sve u RTD Sensors

Tehnička dokumentacija

Tehnički podaci

Sensor Type

PT1000

Probe Length

2.3mm

Probe Diameter

0.3mm

Minimum Temperature Sensed

-50°C

Maximum Temperature Sensed

+300°C

Termination Type

Solder

Process Connection

Chip

Accuracy

±0.3 °C

Response Time

0.2 (Water) s, 10 (Air) s

Detalji o proizvodu

PTF Family - PT1000

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.

Informacije o stanju skladišta trenutno nisu dostupne.

Proverite ponovno kasnije.

Informacije o stanju skladišta trenutno nisu dostupne.

RSD 503

Each (bez PDV-a)

RSD 604

Each (s PDV-om)

TE Connectivity PT1000 RTD Sensor, 0.3mm Dia, 2.3mm Long, Chip, ±0.3 °C +300°C Max

RSD 503

Each (bez PDV-a)

RSD 604

Each (s PDV-om)

TE Connectivity PT1000 RTD Sensor, 0.3mm Dia, 2.3mm Long, Chip, ±0.3 °C +300°C Max
Informacije o stanju skladišta trenutno nisu dostupne.

Kupujte na veliko

količinaJedinična cena
1 - 9RSD 503
10 - 49RSD 490
50+RSD 477

Tehnička dokumentacija

Tehnički podaci

Sensor Type

PT1000

Probe Length

2.3mm

Probe Diameter

0.3mm

Minimum Temperature Sensed

-50°C

Maximum Temperature Sensed

+300°C

Termination Type

Solder

Process Connection

Chip

Accuracy

±0.3 °C

Response Time

0.2 (Water) s, 10 (Air) s

Detalji o proizvodu

PTF Family - PT1000

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.