Skip to main content
Press Enter
OMEGA

88000-J Quick Disconnect Handheld Thermocouple Surface Probes

Quick Connect Surface Thermocouple Probes w/ Miniature Connectors, Retractable Cable & Utility Handle

Normally ships in
3-4 weeks
Have questions? We're here to help!
Have questions? We're here to help!

Supported Applications

The Omega Quick Disconnect Handheld Thermocouple Surface Probes (Series HYP-5-SMPW-SURF) are designed for fast interchangeability in laboratory, industrial, and natural science applications. The series utilizes miniature connectors to interface with compatible handheld meters or data loggers.

Operating Conditions & Performance

The probes meet or exceed Special Limit of Error (SLE) per EN 60584-2, Tolerance Class 1 accuracy standards. Process temperature ratings vary by probe style and calibration:

• Hypodermic needle probes: rated to 200°C (400°F)
• Penetration probes with conical tips: rated to 925°C (1700°F)
• Reduced-tip, fast-response probes: rated up to 925°C (1700°F)
• Air probes and general purpose immersion probes: rated to 260°C (500°F)
• Ceramic tip probes with spring-loaded thermocouples: rated to 650°C (1200°F)

Calibrations are available in J, K, T, and E types. The series includes a retractable cable that measures 0.3 m (1') and stretches to 1.5 m (5'). Wetted materials include 304 SS and Ceramic.

Configuration Options

The HYP-5-SMPW-SURF series offers multiple probe configurations tailored for specific measurement geometries:

• Hypodermic Probe (Style A): Features a 38 x 0.79 mm (1.5 x 0.03") needle intended for laboratory, industrial, and natural science applications.
• Penetration Probe (Style B): Conical tip designed for penetration into semi-frozen objects; 3 mm (¹⁄₈") diameter with a 75 mm (3") insertion length.
• Reduced-Tip, Fast-Response Probe (Style C): Diameter reduces from 3 to 1.5 mm (¹⁄₈ to ¹⁄₁₆") at the tip for rapid thermal response; stem length is 150 mm (6").
Air Probe (Style D): Drilled end exposes bead to air flow; features a 4.5 mm (³⁄₁₆") diameter shield and 1.5 mm (¹⁄₁₆") tip.
• General Purpose Immersion Probe (Style E): 3 mm (¹⁄₈") diameter probe for liquid or bulk material immersion.
• Ceramic Tip Probe (Style F): Features a spring-loaded thermocouple to ensure consistent readings in high-temperature environments up to the rated limit.

The series includes a black utility handle with an integral locking mechanism that secures any miniature probe while in use. A quick-connect probe kit is available, including all styles shown (A-G) and the handle.

Key Product Differences

Variants within this series are distinguished by their physical tip geometry and maximum temperature rating rather than a single universal specification. The hypodermic style offers the lowest temperature limit at 200°C (400°F), while penetration and reduced-tip styles support measurements up to 925°C (1700°F). Air probes and immersion probes are limited to 260°C (500°F) due to their specific shield designs. The ceramic tip probe provides a distinct high-temperature option rated to 650°C (1200°F) with internal spring loading.

Model numbers follow the pattern TK-3-(†) - - - , where users must specify calibration as J, K, E, or T. Some models require specifying calibration as J, K, or E only. Probes are sold separately from handles unless ordered as a complete kit.

  • Various Probe Styles Available and Sold Separately
  • J, K, T and E Calibrations Available
  • Fast Interchangeability
  • Made from Special Limits of Error Material
Cable Length60 in
Color Code StandardANSI
Electrical ConnectionMiniature Male Thermocouple Connector
Process Temperature, Min0 °C
Series IDHYP-5-SMPW-SURF
Sheath Material304 Stainless Steel
Temperature Sensor TypeThermocouple
  • Download

    Data Sheet - 88000-J Quick Disconnect Handheld Thermocouple Surface Probes

    Download

Request a Calibration Quote

We’re here to make calibration easy. Request a quote today and let our team give you the care, precision, and service you can trust.
Learn more

Browse By Brands

Uncover the brands that set the standard for quality and dependability in every industry we serve.
Learn more