REED R2005 Infrared Thermometer, 30:1, 1922°F (1050°C), Integrated Type K Thermocouple
Automatic emissivity adjustment allows accurate measurement of an application. Includes built-in thermocouple input for contact measurement.
REED R2005 Offers
This infrared thermometer has a Type K thermocouple input which allows a user to connect probes that measure up to 2498°F (1370°C). Featuring a 30:1 distance to spot ratio, the R2005 has the ability to track maximum, minimum, average and differential readings. It also includes a trigger lock for continuous monitoring, the ability to set high/low audible alarms and store up to 20 datapoints in internal memory.
- Infrared thermometer with integral type K thermocouple input for contact measurement
- Built-in laser pointer identifies target area
- 30:1 distance to spot size ratio
- Digitally adjustable emissivity and ability to automatically set emissivity with included thermocouple probe
- High and low alarms
- Trigger lock for continous monitoring
- Max, min, avg and differential readings
- Internal memory to store up to 20 data points
- Backlit display
- User selectable °F or °C
- Low battery indication and auto shut off
REED R2005 Specifications
|Range||-58 to 1922°F (-50 to 1050°C)|
|Accuracy||-58 to -4°F (-50 to -20°C): ± 9°F(5°C)
-4 to 392°F (-20 to 200°C ): ±1.5% rdg. +3.6°F (2°C)
392 to 1000°F (200 to 538°C): ±2.0% rdg. + 3.6°F (2°C)
1000 to 1922°F (538 to 1050°C): ±3.5% rdg. + 9°F (5°C)
|Contact Type K T/C Temperature|
|Range||-58 to 2498°F (-50 to 1370°C)|
|Accuracy||-58 to 1832°F (-50 to 1000°C): ±1.5% rdg. + 5°F (3°C)
1832 to 2498°F (1000 to 1370°C): ±1.5% rdg. + 3.6°F (2°C)
|Resolution||-50 to 1370°C: 0.1°C
-58 to 1999.9°F: 0.1°F
2000 to 2498°F: 1°F
|Optical Resolution (D:S)||30:1|
|Spectral Response||8 to 14µm|
|Emissivity||0.1 to 1.0 (Adjustable)|
|Response Time||<1 sec|
|Display Size/Type||1.6" LCD|
|High/Low Alarms||Yes (Audible beep)|
|Average and Differential||Yes|
|Auto Shut Off||Yes (after 8 secs)|
|Internal Memory||Yes (20 datapoints)|
|Laser Class||Class II|
|Low Battery Indicator||Yes|
|Power Supply||9V battery|
|Operating Temperature||32 to 122°F (0 to 50°C)|
|Storage Temperature||-4 to 140°F (-20 to 60°C)|
|Operating Humidity Range||10-90%|
|Dimensions||3.9 x 2.2 x 9.0" (100 x 56 x 230mm)|
What's included with the REED R2005
- Infrared Thermometer
- Type K Thermocouple Probe
- Carrying Case
Ideal Applications for the REED R2005
- Verify mechanical (bearings, motors) or electrical (circuit breaker boxes) equipment
- Calibration and control of heater and oven temperatures
- Monitoring materials in processes involving heating and/or cooling
- Quality control monitoring
- Research and development applications
- Automotive diagnostics
- Conduct HVAC energy audits to determine leaks, infiltration
Click on a category to view a selection of compatible accessories with the REED R2005 Infrared Thermometer, 30:1, 1922°F (1050°C), Integrated Type K Thermocouple.
Model: LS-103Specially designed to measure air or gases in heating and cooling units, ovens and engine exhausts. The is color coded according to ANSI thermocouple identification standards.
Model: LS-139This spring loaded surface thermocouple probe is designed for flat or convex surface temperature measurements. The LS-139 is color coded according to ANSI thermocouple identification standards.
Model: LS-107This immersion probe is recommended for immersion applications and is excellent for checking the temperature of water, oils and non-corrosive fluids and gels. The LS-107 is color coded according to ANSI thermocouple identification standards.
Model: LS-104This unique right angle surface probe design allows for temperature measurement of hard to reach areas. The LS-104 is great to monitor temperatures inside pipes and flat surfaces while keeping hands away from heated area.
Model: LS-109This surface thermocouple probe is designed for flat or convex surface temperature measurements. Exposed ribbon allows for direct contact with surface. The LS-109 is color coded according to ANSI thermocouple identification standards.