Fluke 2098723 Температурный зонд

Fluke Temperature Probe, 600°C Maximum Temperature, 1m Cable Length - 80PK-27

This temperature probe is a Type K surface sensor designed for compatibility with instruments that accept miniature thermocouple connectors and provide cold junction compensation. It is intended for measurement of surface temperatures in demanding industrial settings and features an ergonomically shaped grip to aid steady handling during inspections.

Features & Benefits

• Measurement range from -127°C to 600°C provides wide thermal coverage
  ±1.2% accuracy K-type probe ensures precise temperature readings
  Durable ribbon sensor resists wear in rugged environments
  1m cable with mini plug enables quick connection to instruments
  Round tip and 322.6mm probe length assist contact on flat surfaces

**Applications**

• Suitable for HVAC system surface temperature verification
  Ideal for electrical panel and busbar temperature checks
  Used for thermal inspection in mechanical maintenance tasks
  Can be used for process equipment surface monitoring
  Used with handheld thermometers in automation troubleshooting

What connector type is used to link the probe to measurement devices?

The probe uses a miniature thermocouple connector commonly referred to as a mini plug suitable for instruments with Type K thermocouple inputs.

Which temperature scales does the instrument accept when displaying measurements?

The associated measurement equipment can present temperatures in both Celsius and Fahrenheit scales depending on instrument settings.

What sensor element does the probe employ and which standard is referenced?

It uses a Type K thermocouple sensor and conforms to the ANSI MC96.1 reference for thermocouple thermometry.

How is handling improved for repetitive surface measurements?

The grip design reduces hand fatigue and helps maintain stable contact during inspection, improving measurement consistency.

What is the probe tip configuration and how does it aid measurement?

The probe has a round tip geometry which promotes firm contact on flat work surfaces for reliable surface readings.