RS PRO J Tipi Termokupl, Paslanmaz Çelik Prob, 2m, 1mm Çapında, 0°C → 400°C

Teknik Belgeler
Özellikler
Marka
RS ProTermoeleman Tipi
J
Prob Çapı
1mm
Prob Uzunluğu
150mm
Prob Malzemesi
316 Paslanmaz Çelik
Maksimum Algılanan Sıcaklık
+400°C
Sonlandırma Tipi
Kablo
Kablo Uzunluğu
2m
Karşılanan Standartlar
RoHS Uyumlu
Yanıt Süresi
0,7 sn
Menşe
France
Ürün Ayrıntıları
RS Pro IEC Mineral Insulated Type J Thermocouple with Fixed Stainless Steel Sheath
From RS Pro a range of type J thermocouple temperature sensors or probes that conform to IEC 584 specifications. These thermocouple temperature probes have a durable construction and feature a 316 stainless steel mineral insulated flexible probe sheath that can be bent and formed to suit a wide range of applications. The cable has a fibreglass insulation and is surrounded by a durable 316 stainless steel braid. The ungrounded hot junction of these thermocouple probes means they are able to perform with a reduction in electrical interference
39.065,52 TL
3.906,552 TL Each (KDV Hariç)
46.878,62 TL
4.687,862 TL Each KDV Dahil
10

39.065,52 TL
3.906,552 TL Each (KDV Hariç)
46.878,62 TL
4.687,862 TL Each KDV Dahil
10

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Teknik Belgeler
Özellikler
Marka
RS ProTermoeleman Tipi
J
Prob Çapı
1mm
Prob Uzunluğu
150mm
Prob Malzemesi
316 Paslanmaz Çelik
Maksimum Algılanan Sıcaklık
+400°C
Sonlandırma Tipi
Kablo
Kablo Uzunluğu
2m
Karşılanan Standartlar
RoHS Uyumlu
Yanıt Süresi
0,7 sn
Menşe
France
Ürün Ayrıntıları
RS Pro IEC Mineral Insulated Type J Thermocouple with Fixed Stainless Steel Sheath
From RS Pro a range of type J thermocouple temperature sensors or probes that conform to IEC 584 specifications. These thermocouple temperature probes have a durable construction and feature a 316 stainless steel mineral insulated flexible probe sheath that can be bent and formed to suit a wide range of applications. The cable has a fibreglass insulation and is surrounded by a durable 316 stainless steel braid. The ungrounded hot junction of these thermocouple probes means they are able to perform with a reduction in electrical interference