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Measure and store temperature readings and upload the data to a PC.
Store up to 500 readings on these thermometers and determine temperature within ±0.75° F accuracy.
For more accurate and consistent readings than thermometers with thermocouple probes and a longer service life, this thermometer has a resistance temperature detector (RTD) probe.
These thermometers have a thermocouple probe that can handle extreme temperatures, and come with a calibration certificate traceable to NIST that states they have passed a test for accuracy.
For a longer service life than thermocouple probes and more consistent readings over time, these thermometers have a resistance temperature detector (RTD) probe. They come with a calibration certificate traceable to NIST that states they’ve passed a test for accuracy.
The thermocouple probe measures temperatures up to 500° F, and the thermometer housing meets IPX7 for protection from temporary submersion.
Designed for laboratory applications, these thermometers determine temperature within ±0.75° F accuracy.
A remote probe extends your reach in hard-to-access areas. These thermometers come with a calibration certificate traceable to NIST that states they’ve passed a test for accuracy.
A water-resistant housing and rubberized keypad stand up to washdown conditions and outdoor use.
For use in food-processing applications, this thermometer meets NSF/ANSI standards and includes a thermocouple probe with a pointed tip to pierce dense meats and frozen foods.
Often used to remotely monitor probe readings in high-temperature applications, these thermometers have a housing designed for installation in instrument and control panels.
Install the small display in tight spaces and crowded instrument panels up to 10 feet from the probe.
Protect temperature-sensitive materials in refrigerators and freezers with one of these thermometers that sound an alarm and flash the display when temperature rises above your activation point.
Monitor the temperature of difficult-to-access system components from a distance.
A resistance temperature detector (RTD) probe responds to temperature change faster than dial thermometers.
Remotely check temperature on the go. These thermometers have a magnetic-back display for temporary mounting and a thermocouple probe with a 5-ft. coiled cable.
Externally monitor the air temperature inside freezers, refrigerators, water baths, and incubators. These thermometers come with a calibration certificate traceable to NIST that states they’ve passed a test for accuracy.
To withstand harsh environments, a protective head seals out dust and moisture and thick probe walls reduce wear on the sensing element.
For easy installation in thermowells, tanks, pipes, and other closed vessels, these thermocouples have an NPT male probe connection.
The included thermowell protects the probe from vibration, corrosion, and shock in tanks and pipelines.
Bend these probes up to 90° for a custom fit.
Get the fast response times of a small-diameter probe without sacrificing durability. The thin tip reacts quickly to temperature changes while the rest of the probe is thick for strength.
To prevent wear and corrosion, an armored stainless steel cable protects the wiring that connects these probes to your temperature-monitoring device. The probes themselves are also made of stainless steel, so you don't have to worry about corrosion when you're measuring the temperature of liquids and gases.
Send temperature readings to two separate devices—these probes, also known as duplex thermocouples, have two thermocouples inside.
Trim these probes to the exact length you need with a pipe cutter.
An armored stainless steel cable protects wiring from corrosion and damage in humid conditions and harsh environments.
Thick wire with ceramic insulation stands up to extreme air temperatures in forging, die casting, and heat treating.
The probe tips come attached to mounting connections for fast installation.
Often used with thermocouple thermometers, these probes have a handle for a comfortable grip.
Touch the exposed probe tip to your surface for a quick reading.
Keep an eye on the surface temperature of your equipment—these probes thread directly into a tapped hole for continuous monitoring.
Send temperature readings from tanks, containers, and pipes to devices such as remote displays and programmable logic controllers (PLCs) without the need for a separate thermocouple transmitter.
Monitor your system’s temperatures directly from your smart device. These battery-powered transmitters send real-time data to smartphones and tablets via Bluetooth, so you can easily confirm your processes are functioning properly. Good for route-based monitoring and preventative maintenance.
Safely measure the temperature of liquids and gases wherever flammable gases, dust, and fibers are present.
Measure the temperature of liquids and gases without damaging the probe on these transmitters. An included thermowell shields the probe from vibration, corrosion, and shocks in tanks and pipes.
To monitor the internal temperature of soft solids in humid conditions and harsh environments, these thermocouple probes have an armored stainless steel cable that protects wiring from corrosion and damage.
Pierce pliable plastics, rubber, and other soft solids to check the internal temperature.
The armored stainless steel cable resists wear, abrasion, and corrosion in humid and harsh conditions.
Remotely record temperature, humidity, and dew point up to 10 feet from the display and set the alarm to sound and flash the display if temperature readings rise above or fall below a set range.
Monitor temperature and pressure in hard-to-access system components with this data recorder that has remote sensors that track and store readings for upload to a PC.
Record temperature in hard-to-access areas. This recorder has a remote probe on a 15-ft. cable.
To alert you of temperature fluctuations, this recorder sounds an alarm and flashes the display when temperature rises above or falls below the programmable temperature range. It has a probe on a 4-ft. cable for taking readings in hard-to-access areas.
Check the inside temperature of your pipe from the outside.
Monitor the temperature of hazardous, sensitive, and hard-to-reach surfaces without touching them.
Touch the tip of your soldering iron for a fast, accurate temperature reading. Within about five seconds, you'll know how hot the iron is, so you can decide whether it's ready for your particular soldering material and application.