CBM Infrared thermometer with type K input

ENGLISH IR10 INSTRUCTION MANUAL Dual-laser Infrared Thermometer • DUAL-LASER TARGETING • 20:1 DISTANCE- TO-SPOT RATIO • ADJUSTABLE EMISSIVITY • K-TYPE PROBE MEASUREMENTS • AUTO-SCAN • MAX/MIN/AVG/DIFF • HIGH/LOW AUDIBLE & VISUAL ALARMS • BACKLIT DISPLAY • AUTO POWER-OFF 3m IP54 -40° – 1200° F (-40° – 650° C) ESPAÑOL pg. 11 FRANÇAIS p. 21 ENGLISH GENERAL SPECIFICATIONS Klein Tools IR10 is a professional dual-laser targeting infrared (IR) thermometer. It offers a wide measurement range, a tight distance- to-spot ratio, dual targeting lasers, and several calculation modes to facilitate different temperature measurement applications. In addition to measuring temperature using IR emission it can also measure temperature using a standard K-type probe. • Operating Altitude: 6562 ft. (2000 m) • Relative Humidity: <85% non-condensing • Operating Temp: 32° to 122°F (0° to 50°C) • Storage Temp: -4° to 140°F (-20° to 60°C) • Measurement Range: -40°F to 1200°F (-40°C to 650°C) • Units: Settable to °F or °C • Emissivity: 0.10-1.00 adjustable • Optical Resolution (Distance-to-spot): 20:1 • Dimensions: 7" x 4.49" x 2.05" (178 x 114 x 52 mm) • Weight: 9.1 oz. (256 g) including battery • Battery Type: 1 x 9V battery • Battery Life: (Estimates assume 9V alkaline battery) 8 hours continuous infrared measurement w/laser and backlight on • Display: Backlit LCD • Display Resolution: 0.1°F (0.1° C) • Calibration: Accurate for one year • K-Type Probe: Included probe suitable for -40°F to 356°F (-40°C to 180°C) • Lasers: FDA and IEC Class II, <1mW each laser, 630-670nm • Standards: Conforms to IEC EN 61326-1:2013,EN608251:2014 Complies with: 21 CFR 1040.10 and 1040.11 except for deviations pursuant to laser notice No. 50, dated June 24, 2007 • Pollution Degree: 2 • Ingress Protection: IP54 dust & water resistant • Drop Protection: 9.8 ft. (3m) • Electromagnetic Environment: IEC EN 61326-1. This equipment meets requirements for use in basic and controlled electromagnetic environments like residential properties, business premises, and light-industrial locations. Specifications subject to change. 2  MEASUREMENT SPECIFICATIONS Specification IR Measurement K-Type Measurement -40°F to 1200°F -40°F to 1200°F Range (-40°C to 650°C) (-40°C to 650°C) ≥32°F (0°C): ±3°F (±1.5°C) ≥32°F (0°C): ±2°F (±1°C) or ± 1.5% whichever is or ±1%, whichever is greater greater Accuracy <32°F (0°C): <32°F (0°C): ±3°F (±1.5°C) ±(3.6°F + 0.2°F per degree) or ±1%, whichever is (±(2°C + 0.2°C per degree)) greater ±0.8% or ±2F(±1C), ±0.5% or ±1F (±0.5C), Repeatability whichever is greater whichever is greater Spectral 8-14µm N/A Response Response <150ms <150ms Time Data Hold Yes Yes MAX/MIN/ Average/ Yes Yes Differential Measurement ‘----‘ on display ‘----‘ on display out of range Temperature Correction Coefficient: ±0.2°F per °F Temperature (±0.1°C per °C), or ±0.2% of reading (whichever Correction is greater) when ambient temperature is above or Coefficient below 70 – 77°F (21 – 25°C). Specifications subject to change. NOTE: The included K-type probe is suitable ONLY for temperatures of -40°F to 356°F (-40°C to 180°C). For temperatures above 356°F (180°C), a high-temp K-Type probe is required. 3 ENGLISH FEATURE DETAILS Front 9 4 7 8 5 2 LCD A B C D 3 6 1 E J F K G H L I 1.MODE button A. Active measurement in process 2.SET button B. Targeting lasers active 3.Up/Down buttons C. Audible alarms muted 4.LCD Display D. Battery strength indicator 5.Trigger E. Active temperature scale 6.Battery compartment door F. Active measurement value 7.IR temperature sensor G. High/low temperature limits 8.Targeting lasers H. K-type probe active 9.K-type probe jack I. Emissivity J. Data hold K. Current measurement statistic L. Current measurement statistic value NOTE: There are no user-serviceable parts inside meter. 4  WARNINGS To ensure safe operation and service of the tester, follow these instructions. Failure to observe these warnings can result in severe injury or death. Retain these instructions for future reference. WARNING: LASER RADIATION. DO NOT STARE INTO BEAM. Class II Laser • Exposing eyes to laser radiation can result in severe and permanent eye injuries. NEVER look directly into the laser beam emitted by this instrument. • Do not use the instrument if the case is damaged in any way. • Do not modify the instrument in any way, as to do so could result in emission of hazardous laser radiation than could result in severe and permanent eye injuries • Do not use optical equipment such as lenses, prisms, optical scopes, etc. to transmit, retransmit, or view the laser beam as this could result in severe and permanent eye injuries. • This product should not be used in any location that could result in somebody looking at or having their eyes inadvertently irradiated by the laser beam as this could result in severe and permanent eye injuries. • This product should not be used by untrained operators or operators who have not read and fully understood the instructions. • Do not remove warning labels from this instrument as this could result in serious personal injury and increases the risk of exposure to hazardous laser irradiation • Discontinue using the instrument immediately if it is acting abnormally. • Be cautious of infrared temperature measurements of reflective materials as the instrument may indicate that these surfaces are cooler than their actual temperature (see Emissivity section). • Do not apply voltage to the K-type thermocouple probe. • This instrument is IP54 dust & water resistant. Following any contact with water, thoroughly dry the instrument with a dry, lint-free cloth • There are no user serviceable parts in this instrument. SAFE PRACTICES 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: • Follow the manufacturer's maintenance procedures when servicing 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 Warning label on side of meter 5 ENGLISH OPERATING INSTRUCTIONS TARGETING LASERS The IR10 features dual lasers 8 to assist in targeting the measurement area. The distance between the two laser spots on the surface of the object being measured approximates the diameter of the circular measurement area from which the infrared sensor is collecting data. Measurement areas located far away from the meter will be larger than those close to the meter. Press and hold the SET button 2 to activate/deactivate the targeting lasers 8 . When on, the laser icon B will appear on the display 4 . NOTE: Lasers are automatically disabled when measuring using the K-type probe 9 . The meter is configured with 20:1 optical resolution (distance-to-spot ratio). The distance-to-spot ratio defines the size of the measurement area relative to the distance between the measurement location and the IR sensor 7 . Typical diameters of the measurement area as a function of the distance between the meter and the target area are depicted below for 20:1 optical systems (Fig. 1). Ø0.5" Ø1" Ø2" Ø4" (13 mm) (25 mm) (51 mm) (102 mm) Fig. 1 10" (254 mm) 20" (508 mm) 40" (1.016 m) 80" (2.032 m) Distance-to-Spot IR TEMPERATURE MEASUREMENTS By default, IR10 measures temperature by sensing IR emission 7 from surfaces. Pull the trigger 5 and aim the targeting lasers 8 at the object to be measured to initiate a measurement event. The meter will continue to sample while the trigger is held depressed. Releasing the trigger ends the measurement event. The results are held on the display for 15 seconds and in the absence of other activity, the meter automatically powers off (APO). K-TYPE PROBE MEASUREMENTS K-type probe measurements are active whenever the probe is inserted into the K-Type Probe Jack 9 . K-Type will be illuminated on the display 4 , and the IR measurement functions will be disabled. Pull and release the trigger to initiate a measurement event. A subsequent pull of the trigger ends the measurement event. If a measurement event is not ended via a trigger pull, it times out and ends automatically after 10mins. At the end of the measurement event, the results are held on the display 4 for 15 seconds and in the absence of other activity, the meter automatically powers off (APO). 6  OPERATING INSTRUCTIONS DATA HOLD Data is held on the display for 15 seconds following the end of any measurement event. HOLD J appears on the display. AUTO POWER-OFF (APO) At the end of any measurement event, the meter automatically powers off after 15 seconds of inactivity. BACKLIGHT Press and hold the MODE button 1 to activate / deactivate the backlight. STATISTICS MIN / MAX / AVG /DIFF statistical parameters are specific to the current or most recent measurement event. Following the end of measurement event, before auto power-off occurs, subsequent presses of the MODE button 1 may be used to toggle through the parameters. SETTINGS Settings are accessed by pushing the SET button 2 when the meter is in HOLD status. Subsequent pushes of the SET button toggle through the various settings options. The settings menu may be exited at any time by pulling the trigger 5 or by toggling through all available options. • EMISSIVITY: Emissivity may be set by using the UP/DOWN buttons 3 . This setting is not available if the K-type probe is inserted into the meter • °F / °C: Press the MODE button 1 to switch between Fahrenheit and Celcius temperature scales. The meter will remain in the scale selected following power on/off cycles • HI: High temperature alarm. Press…