RS PRO Type K Mineral Insulated Thermocouple 150mm Length, 1.5mm Diameter → +1100°C
技術文件
規格
Brand
RS ProThermocouple Type
K
Probe Diameter
1.5mm
Probe Length
150mm
Probe Material
Stainless Steel
Maximum Temperature Sensed
+1100°C
Termination Type
Standard Plug
Standards Met
IEC, RoHS Compliant
原產地
United Kingdom
產品詳情
RS Pro Type K IEC Thermocouple Probes with Standard Plug Termination, Ungrounded
From RS Pro a range of Type K thermocouple temperature sensing probes that conform to IEC 584-1 & 2 standards with a fast response time and a durable construction. These Type K thermocouple probes feature a stainless steel 310 sheath and are terminated with a standard IEC round pinned plug for a quick and simple connection. The sheath of the probe is mineral insulated making it flexible, allowing it to be bent and formed to suit a wide range of applications. The thermocouple has a single element grounded hot junction for a reduction in electrical interference
310.50 MOP
310.49 MOP Each (不含稅)
Calibration type
No Calibration
1
310.50 MOP
310.49 MOP Each (不含稅)
暫時無法取得庫存資訊。
Calibration type
No Calibration
1
暫時無法取得庫存資訊。
| 數量 | 單價 |
|---|---|
| 1 - 5 | 310.49 MOP |
| 6 - 29 | 298.12 MOP |
| 30+ | 245.36 MOP |
技術文件
規格
Brand
RS ProThermocouple Type
K
Probe Diameter
1.5mm
Probe Length
150mm
Probe Material
Stainless Steel
Maximum Temperature Sensed
+1100°C
Termination Type
Standard Plug
Standards Met
IEC, RoHS Compliant
原產地
United Kingdom
產品詳情
RS Pro Type K IEC Thermocouple Probes with Standard Plug Termination, Ungrounded
From RS Pro a range of Type K thermocouple temperature sensing probes that conform to IEC 584-1 & 2 standards with a fast response time and a durable construction. These Type K thermocouple probes feature a stainless steel 310 sheath and are terminated with a standard IEC round pinned plug for a quick and simple connection. The sheath of the probe is mineral insulated making it flexible, allowing it to be bent and formed to suit a wide range of applications. The thermocouple has a single element grounded hot junction for a reduction in electrical interference