Minco Single Element RTDs S8010PD20T219Z36

Description
Minco single element RTDs feature sensing elements extending through most of the RTD body length. They also feature stranded copper lead wires with PTFE insulation and are available in a variety of standard lengths and thicknesses. These Class H RTDs feature a high temperature epoxy glass body. For applications requiring: Reliable and continuous monitoring Average temperature readings High dielectric strength Temperature limit: 180°C (356°F), Class H
Description
Minco single element RTDs feature sensing elements extending through most of the RTD body length. They also feature stranded copper lead wires with PTFE insulation and are available in a variety of standard lengths and thicknesses. These Class H RTDs feature a high temperature epoxy glass body. For applications requiring: Reliable and continuous monitoring Average temperature readings High dielectric strength Temperature limit: 180°C (356°F), Class H
Datasheet
Datasheet Summary
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Minco's Single Element RTDs, specifically the part number S8010PD20T219Z36, are designed for embedding in stator windings to monitor temperature and prevent overheating. These RTDs feature sensing elements that extend through most of the body length, allowing for average temperature readings and reducing the risk of missing localized hot spots. They are compliant with ANSI C50.10-1990 standards for synchronous motors and are available in Class F and Class H temperature ratings, with maximum limits of 155¬8C (311¬8F) and 180¬8C (356¬8F) respectively. The body material varies between epoxy glass for Class F and high-temperature epoxy glass for Class H. Additionally, these RTDs have a dielectric strength of 3200 VRMS, ensuring robust performance in demanding environments. Customization options are available, including different sensing elements and configurations for specialized applications.

Datasheet Summary
Powered by GS/AI

Minco's Single Element RTDs, specifically the part number S8010PD20T219Z36, are designed for embedding in stator windings to monitor temperature and prevent overheating. These RTDs feature sensing elements that extend through most of the body length, allowing for average temperature readings and reducing the risk of missing localized hot spots. They are compliant with ANSI C50.10-1990 standards for synchronous motors and are available in Class F and Class H temperature ratings, with maximum limits of 155¬8C (311¬8F) and 180¬8C (356¬8F) respectively. The body material varies between epoxy glass for Class F and high-temperature epoxy glass for Class H. Additionally, these RTDs have a dielectric strength of 3200 VRMS, ensuring robust performance in demanding environments. Customization options are available, including different sensing elements and configurations for specialized applications.

Suppliers

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Product
Description
Supplier Links
Minneapolis, MN, United States
Single Element RTDs
S8010PD20T219Z36
Single Element RTDs S8010PD20T219Z36
Minco single element RTDs feature sensing elements extending through most of the RTD body length. They also feature stranded copper lead wires with PTFE insulation and are available in a variety of standard lengths and thicknesses. These Class H RTDs feature a high temperature epoxy glass body. For applications requiring: Reliable and continuous monitoring Average temperature readings High dielectric strength Temperature limit: 180°C (356°F), Class H

Minco single element RTDs feature sensing elements extending through most of the RTD body length. They also feature stranded copper lead wires with PTFE insulation and are available in a variety of standard lengths and thicknesses. These Class H RTDs feature a high temperature epoxy glass body.

For applications requiring:

  • Reliable and continuous monitoring
  • Average temperature readings
  • High dielectric strength
  • Temperature limit: 180°C (356°F), Class H
Supplier's Site Datasheet

Technical Specifications

  Minco
Product Category RTD Temperature Probes
Product Number S8010PD20T219Z36
Product Name Single Element RTDs
Element Material Platinum
Reference Resistance 100 Ohms (Most Common)
# of Lead Wires Per Element 3
RTD Temp. Coefficient (Alpha) 0.0039 #
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