Measurement Specifications; Safe Practice - Klein Tools IR5E Instruction Manual

Dual-laser infrared thermometer
Table of Contents

Advertisement

Available languages

Available languages

• Response time: <250 ms
• Data hold: Yes
• MAX/MIN/Average/Differential: Yes
• Spectral response: 8,000 nm - 14,000 nm
°F
°C
≥32
(≥0
°F
°C
<32
(<0
• Repeatability: ±0.8% of the reading or ±2°F(±1°C)
• Temperature correction coefficient: ±0.2°F per °F
±
% of the reading (whichever is greater) when the ambient
or
0.2
temperature is above or below 70°F - 77°F (21°C - 25°C).
Specifications subject to change.
To ensure the safe operation and service of the meter, please
follow these instructions. Failure to observe these warnings can
result in severe injury or death.
• Do not direct the laser beam into eyes, as this can cause
permanent eye damage.
• Do not use the meter if the case is damaged in any way.
• Replace the battery as soon as the low-battery indicator appears.
• Service the meter immediately if it is acting abnormally.
• Be cautious of readings of reflective materials, as the meter
may indicate that these surfaces are cooler than their actual
temperature (see the Emissivity section).
• Avoid using the meter around strong electromagnetic fields.
This meter is designed for professionals who understand the
hazards associated with their trade. While this meter causes no
foreseeable dangers beyond its targeting lasers, the objects being
measured, as well as the environment in which they reside, can be
hazardous. Common safety practices to follow when operating near
temperature-critical environments are as follows:
• Follow the manufacturer's maintenance procedures when
servicing the equipment.
• Before using this meter to determine if an area is safe, verify
correct operation by measuring a known temperature value of a
comparable object.
• Maintain this meter properly and calibrate it regularly.

MEASUREMENT SPECIFICATIONS

°F
°C
)
±4
(±2
°F
±(4
+ 0.2
)
°C
±(2.2
+ 0.2
(whichever is greater).

SAFE PRACTICE

) or ±2% (whichever is greater)
°F
per degree below 32
°C
per degree below 0
WARNINGS
°F
)
°C
)
°C per °C
(±0.1
)
3

Hide quick links:

Advertisement

Table of Contents
loading

Table of Contents