OVERVIEW
• Type E, J, K, or T thermocouple
• Miniature or Standard size quick disconnect connector
• Mineral insulated sheath for high strength, bendable
• Designed for research & development applications
MADE IN THE USA
The QDC miniature thermocouples are an ideal solution for surface temperature measuring applications. These thermocouples feature an attached quick disconnect connector for easy connectivity and special Limits of Error accuracy. The mineral sheath is insulated for high strength and bendable. Ideal for Air, Gas, or Liquid temperature measurements
Contact us for volume pricing. Custom configurations available.
Options:
TECHNICAL SPECIFICATIONS
Thermocouple type: | E, J, K, or T |
Accuracy: | Greater of +/-0.4% of reading or +/- 1.1°C (Special Limits of Error) |
Operating Range: | (E = -328 to 1600°F) (J = 32 to 1400°F) (K = -328 to 2300°F) (T = -328 to 700°F) |
Sheath Material: | 304 Stainless Steel, 316 Stainless Steel, or Inconel 600 |
Sheath Insulation: | Magnesium Oxide (MgO) |
Sensing Junction: | Exposed, Grounded, or Ungrounded |
Connector: | Mini or Standard 2-pin Quick Disconnect ; Male Plug or Female Jack |
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High-Performance, Fast-Response Thermocouple Probe for R&D and Industrial Testing
The QDC Quick Disconnect Thermocouple Probe with Attached Connector is a versatile, high-quality temperature sensor designed for applications requiring fast, reliable measurements and easy probe interchangeability. Built with a durable mineral-insulated sheath and available with quick disconnect connectors, the QDC probe is ideal for research and development, laboratory testing, and industrial temperature monitoring.
Manufactured in the USA using premium materials and Special Limits of Error (SLE) thermocouple wire, the QDC probe delivers accurate, repeatable temperature measurements while offering the flexibility to quickly connect and disconnect sensors as needed.
Designed for Fast, Flexible Temperature Measurement
The QDC thermocouple probe is engineered for applications where sensors must be frequently changed, repositioned, or replaced without rewiring the system. The integrated quick disconnect connector allows users to easily swap probes, reducing downtime and simplifying testing procedures.
This makes the QDC ideal for:
Research and development environments
Laboratory testing and validation
Prototype evaluation
Multi-point temperature measurement setups
Industrial troubleshooting and diagnostics
The ability to quickly disconnect and reconnect sensors improves workflow efficiency and enables more flexible testing configurations.
Quick Disconnect Connector for Easy Integration
Each QDC thermocouple probe is supplied with a built-in connector, available in both miniature and standard configurations:
Miniature 2-pin connector
Standard 2-pin connector
Male plug or female jack options
This design allows for rapid connection to thermocouple extension wire, instrumentation, or data acquisition systems, eliminating the need for hardwired connections and simplifying installation.
Mineral Insulated Sheath for Strength and Flexibility
The QDC probe features a mineral insulated (MI) sheath, providing an excellent combination of durability and flexibility.
Sheath insulation: Magnesium oxide (MgO)
High mechanical strength
Bendable for routing in tight spaces
Resistant to vibration and mechanical stress
This construction ensures long-term reliability, even in demanding environments.
Wide Range of Thermocouple Types
The QDC thermocouple probe is available in multiple thermocouple types to suit different applications:
Type E
Type J
Type K
Type T
Each thermocouple type offers unique characteristics in terms of temperature range and sensitivity, allowing users to select the optimal configuration for their specific application.
Broad Operating Temperature Range
The QDC probe supports a wide range of operating temperatures depending on the thermocouple type:
Type E: –328°F to 1600°F
Type J: 32°F to 1400°F
Type K: –328°F to 2300°F
Type T: –328°F to 700°F
This versatility makes the probe suitable for both low-temperature and high-temperature measurement applications.
Special Limits of Error Accuracy
The QDC thermocouple probe is manufactured using Special Limits of Error materials, providing enhanced measurement accuracy:
Accuracy: Greater of ±0.4% of reading or ±1.1°C
This ensures reliable and repeatable data, making the probe suitable for precision testing and critical applications.
Multiple Sheath Material Options
To accommodate different environments and media, the QDC probe is available with a selection of sheath materials:
304 Stainless Steel (S4)
316 Stainless Steel (S6)
Inconel 600 (IN)
Each material offers specific advantages:
304 Stainless Steel: General-purpose use
316 Stainless Steel: Improved corrosion resistance
Inconel 600: High-temperature and oxidation resistance
This flexibility allows users to select the appropriate material for their operating conditions.
Configurable Sensing Junction Options
The QDC thermocouple probe is available with multiple sensing junction types:
Exposed junction: Fastest response time
Grounded junction: Faster response with mechanical protection
Ungrounded junction: Electrical isolation for noise-sensitive applications
This allows users to optimize the sensor for speed, durability, or electrical isolation depending on the application.
Multiple Probe Sizes and Lengths
The QDC probe is available in a range of sheath diameters and lengths to suit various applications:
Sheath Diameters:
0.062"
0.125"
0.187"
0.250"
Standard Length Options:
2", 4", 6", 8", 10", 12"
This variety allows for precise placement and optimal thermal contact in different measurement scenarios.
Designed for Research and Development Applications
The QDC thermocouple probe is specifically designed for R&D and testing environments where flexibility and accuracy are essential.
Typical use cases include:
Thermal mapping and profiling
Product development testing
Experimental setups
Process validation
Its quick disconnect design and customizable configurations make it an ideal solution for engineers and researchers.
Durable and Reliable Construction
The QDC probe is built for long-term performance:
Mineral insulated construction for durability
Resistance to vibration and mechanical stress
Stable performance in demanding environments
These features ensure consistent operation even in challenging conditions.
Custom Configurations Available
The QDC series is highly customizable to meet specific application requirements:
Custom sheath lengths
Custom thermocouple types
Specialized junction configurations
Connector variations
This flexibility allows users to tailor the probe to their exact measurement needs.
Why Choose the QDC Thermocouple Probe?
The QDC Quick Disconnect Thermocouple Probe stands out due to its:
Quick disconnect connector for fast installation and replacement
Mineral insulated sheath for strength and flexibility
Special Limits of Error accuracy
Multiple thermocouple type options
Wide operating temperature range
Configurable junction styles
Multiple sheath materials and sizes
Designed for demanding R&D and industrial applications
A Flexible Solution for Accurate Temperature Measurement
The QDC Quick Disconnect Thermocouple Probe provides a reliable, easy-to-use solution for temperature measurement in environments where flexibility, accuracy, and durability are essential. Its quick-connect design simplifies testing workflows while maintaining the performance required for precision measurement.
Optimize Your Temperature Measurement Setup
Whether you are conducting laboratory testing, developing new products, or troubleshooting industrial systems, the QDC thermocouple probe offers the performance and convenience needed to capture accurate temperature data.
Contact us today to learn more or to configure a probe tailored to your application.