IR Laser Thermometer with Soil Probe

IR Laser Thermometer with Soil Probe

Here’s a tool that measures temperature without touching the soil. Infrared thermometers use infrared radiation to measure surface temperatures without physical contact. This technology is based on the principle that all objects emit infrared light which can be detected and converted into a temperature reading. Infrared thermometers are widely used in cooking, industrial processes and scientific research. They are non-invasive and an efficient way to measure temperatures making them a favorite among professionals and hobbyists. The accuracy of infrared thermometers depends on various factors such as distance-to-spot ratio, emissivity settings and ambient temperature conditions.

Infrared Thermometer with Dual Laser and Soil Probe

Turf-Tec is proud to introduce a rugged, lightweight IR thermometer perfect for turf areas. Plus this tool has a removable sensing probe to give you direct soil readings. The adjustable emissivity feature ensures accurate readings on different surfaces.

The Infrared Turf Thermometer with probe is easy to use and since it doesn’t have to touch the turf it’s a quick way to check for turf stress. Using an infrared thermometer eliminates potential damage and contamination. The Turf-Tec Infrared Turf Thermometer with probe is easy to use, just pull the trigger, aim the laser and the temperature is displayed on the large backlit display. This new unit also comes with a temperature probe so you can also check soil temperature with one unit. While the IR thermometer measures surface temperatures, it’s important to use a probe to check the internal temperature of the soil for accurate readings. The dual laser feature allows for precise targeting for more accurate readings. Plus the adjustable settings and user-friendly displays make it more usable and accurate, that’s why it’s a favorite among professionals.Using an infrared thermometer to check canopy and soil temperatures in a green is great. But remember infrared thermometers can only measure surface temperatures and not internal temperatures which is important for cooking or soil analysis. An infrared thermometer can be used to find hot spots on a putting green. During wilt, canopy temperatures skyrocket and the turf shows classic wilt symptoms like leaf curling, footprinting and off color. In the early stages of wilt the canopy temperature increases before any wilt symptoms are visible. An IR thermometer can be used to find areas that are heating up but have not shown any visible symptoms. With this early warning tool crew members can correct a moisture deficit earlier and reduce stress to the green. This tool is accurate so it’s perfect for professionals.

Now you can check canopy temperature and soil temperature with one tool. Unit comes in a hard case.

The Infrared Turf Thermometer is for close range targets, measures a minimum target area of 1 inch in diameter out to 8 inches and 6 inch target measurement area at 4feet.

• Easy to use

• Large backlit LCD display

• Laser Pointer

• Removable 8 inch (20cm) soil probe

• Display Hold

What is an Infrared Thermometer

Infrared thermometers are devices that measure surface temperatures by detecting the radiation emitted by objects. These handy tools are used across many industries, manufacturing, construction and healthcare for non-contact temperature measurement. Also known as IR thermometers or thermal imaging cameras they are a quick and easy way to get temperature readings. Understanding materials and how adjustable emissivity settings can improve accuracy is crucial for achieving precise temperature readings across various surfaces.

One of the big advantages of an IR thermometer is it can measure surface temperatures quickly and accurately without touching the object. Non-invasive feature makes IR thermometers perfect for measuring temperatures in hard to reach areas or on sensitive surfaces, safe and efficient in many applications.

Definition and PurposeInfrared Thermometer

A infrared thermometer is a non-contact temperature measurement device that uses to detect the temperature of an object or surface. The main purpose of an infrared thermometer is to deliver accurate and quick temperature readings without physical contact. This feature makes it a must have in many industries, foodservice, agriculture, healthcare and manufacturing where temperature control is critical. By measuring, emitted by an object, these thermometers provide reliable data to maintain quality and safety standards across different applications. The accuracy of infrared thermometers in providing temperature readings is important for better results in cooking and professional applications.

Specifications and Temperature Range

• Accuracy: ±2% of reading or 2°C (4°F) whichever is greater

• Measurement Range: -76° to +932° F (-60° to +500° C)

• Temperature Range: -76° to +932° F (-60° to +500° C)

• Overall probe length: 12.5 Inches (31 cm) with 36 Inch (90 cm) cord

• Probe measuring length: 8 Inches (20 cm) Temperature reading taken at tip

• **Response time:**1 second

• Ambient operating range: 0 to +50°C (32 to +122°F)

• Relative humidity: 10–95% RH non-condensing up to 86°F

• Ambient: Ambient temperature can affect the accuracy of infrared thermometers. Air particles and measurement distance can vary readings, so it’s good to understand these variables in everyday cooking. Thermometers need acclimatization time to adjust to ambient temperatures before use.

• **Weight / Dimensions:**179 grams(6.31 oz) / Dim: 175.2 x 39.0 x 71.9mm(6.9×1.54×2.83 inch)

• Power: 2 - AA Batteries:

• Battery life (Alkaline): Typ.180, min 140 hours continuous use (Alkaline, without Laser and Back Light.)

• Distance to Spot Size: 12:1

• Typical Distance to Target (Spot): Up to 1.5m or 4 ft

• Temperature Display: ºC or ºF selectable

• Display Resolution: 0.1°C/0.1°F

• Warranty: 1 year

• Type K: Has Type K inputs for thermocouples for broader temperature measurements, perfect for industrial and home use.

• Average Temperature Display: Can display average temperature readings alongside maximum and minimum measurements.

How Does an Infrared Thermometer Work?

An infrared thermometer works by detecting the infrared radiation emitted by all objects above absolute zero (-459.7°F). The device uses a lens to focus onto a thermopile, a sensor that converts the infrared energy into an electrical signal. This signal is then processed and displayed as a temperature reading on the thermometer’s screen. The non-contact nature of this process allows for safe and efficient temperature measurements, making infrared thermometers ideal for use in hard-to-reach areas or on sensitive surfaces.

Laser targeting systems help define the edges of the measurement area, ensuring accurate temperature readings at the defined edges of the targeted spot.

Basic Principle

The basic principle behind an infrared thermometer is that all objects emit proportional to their temperature. By measuring, the thermometer can accurately calculate the object’s temperature. This principle enables infrared thermometers to provide precise readings without the need for physical contact, making them versatile tools for various applications. Whether you’re monitoring machinery in a factory or checking the temperature of food, an infrared thermometer offers a quick and reliable solution. Press the trigger to activate the device and get temperature readings.

What to Know

Readings from infrared thermometers can be affected by surface material, lighting conditions and distance to target. Understand the principles of infrared radiation and how it interacts with different surfaces to get readings. Infrared thermometers can measure in Celsius, Fahrenheit and Kelvin, so they are versatile for different applications. The reading on the screen is the surface temperature which may not always reflect the internal temperature of the object. Follow the manufacturer’s guidelines and take into account any potential sources of error such as dust, smoke or extreme temperatures.

How to Choose an Infrared Thermometer

Having the right thermometer for specific jobs also matters as it enhances precision and reliability in cooking and professional applications.

Selection Criteria

When choosing an infrared thermometer consider the following criteria to ensure you select the best tool for your needs:

1. Range: Make sure the thermometer can measure the required range for your application. Check out this guide to accurate readings to understand key features and important factors for selecting the best thermometer for humidity.

2. Accuracy: Look for thermometers with high accuracy, typically ±1-2%, to get precise measurements. It’s a good idea to get an idea of the general range by moving the device around the item being measured.

3. Distance-to-Spot Ratio: Higher ratio allows for more precise measurements from a distance which is important for targeting small areas.

4. Emissivity Settings: Adjustable emissivity settings allows for measurements on different surfaces making the thermometer more versatile.

5. Dual Laser: Dual laser feature provides more target area and reduces measurement errors making it ideal for professional use.

6. Type K: Consider thermometers with Type K thermocouple compatibility for broader measurement capabilities, suitable for both industrial and home use.

7. Single Laser: Single laser is good for general purpose measurement but may not be as accurate as dual laser.

8. High Accuracy: Look for thermometers with high accuracy certifications, such as NIST certification, to ensure performance.

9. Easy: Choose thermometers with large LCD screens and simple controls for easy and user friendly operation.

10. Low Temperature Alarms: Thermometers with low temperature alarms provides user with alerts at specific thresholds.

11. America’s Test Kitchen: Check for recommendations from reputable sources, such as America’s Test Kitchen, to ensure the thermometer meets high standards of quality and performance.