Related Manuals for sauter JIT 200
Summary of Contents for sauter JIT 200
- Page 1 Infrared thermometer JIT 200 PROFESSIONAL MEASURING English version Infrared thermometer operating instructions Version 2024-03 JIT200-BA-e-2410...
- Page 2 Druge jezikovne različice na Övriga språkversioner finns voljo na spletni strani här www.kern- www.kern- sohn.com/manuals sohn.com/manuals SAUTER GmbH Ziegelei 1 72336 Balingen-Frommern Germany +0049-[0]7433-9933-0 +0049-[0]7433-9933-149 Info.sauter@kern-sohn.com www.sauter.eu...
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Page 3: Table Of Contents
English SAUTER JIT Infrared thermometer Infrared thermometer operating instructions Version 2024-03 English version Table of contents: Technical data ........................... 3 Declaration of Conformity ....................... 5 Overview of the device......................6 Scope of delivery ........................6 Components ..........................6 Basic information (general) ..................... 7 General information on warning notices .................. - Page 4 12.3 Waste disposal ......................... 25 Battery law ..........................26 Appendix ..........................27 14.1 Emissivity ..........................27 2 | en JIT200-BA-e-2410...
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Page 5: Technical Data
Technical data JIT 200 Description of the D:S ratio 20:1 -32°C~1100°C/ Measuring range -25.6°F~2012°F LCD size 35mm*35mm LCD display Colour EBTN <0°C: ± (1.5°C+0.1°C/°C); ≥0°C: ±1.5°C or ±1.5% of the measured value, whichever is greater Accuracy <32°F: ± (3.0°F+0.1°F/°F); ≥ 32°F: ±3.0°F or ±1.5% of the measured value, whichever is greater ±0.1°C/°C or ±0.1%/°C, whichever is greater... - Page 6 Double laser, wavelength 630nm~670nm, output power <1mW, Laser laser class 2 Operating temperature 0°C~50°C (32°F~122°F) Storage temperature -20°C~60°C (-4°F~140°F) Humidity during <90%RH (non-condensing) operation Drop test Battery type 9V alkaline battery (1604A) ≥ 8 hours (continuous temperature measurement) Battery life Product colour Red and grey Net weight of the...
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Page 7: Declaration Of Conformity
Declaration of Conformity The current EC/EU Declaration of Conformity can be found online at https://www.kern-sohn.com/shop/de/DOWNLOADS/ JIT200-BA-e-2410 en | 5... -
Page 8: Overview Of The Device
Overview of the device Scope of delivery Operating instructions Infrared thermometer Transport bag Battery (9V) Components Description of Function Laser Infrared sensor Trigger Battery cover Screw hole for stand LCD display MODE button SET button HI/LO button Laser switch button Laser warning sign 6 | en JIT200-BA-e-2410... -
Page 9: Basic Information (General)
Basic information (general) General information on warning notices Warnings are used in these operating instructions to warn you of possible personal injury or damage to property in certain situations. Signal word Description of the DANGER Failure to observe the instructions will lead directly to serious injury, permanent impairment (e.g. -
Page 10: Intended Use
Indicates a prescribed action Intended use The infrared thermometer JIT 200 (hereinafter referred to as thermometer) is used to quickly and accurately determine the surface temperature by measuring the infrared energy emitted by the target surface. The device is suitable for non-contact measurement of surface temperature. -
Page 11: Basic Warnings And Safety Instructions
Basic warnings and safety instructions Observe the notes in the operating instructions Read the operating instructions carefully before commissioning/using the appliance, even if you already have experience with SAUTER appliances. Always keep the instructions in the immediate vicinity of the appliance. Staff training The appliance may only be used by persons who have read and understood the operating instructions, in particular the chapter on safety. - Page 12 ⚠ WARNING Risk of injury from laser beam! To avoid eye damage or injury, please read the following safety instructions before using the thermometer: ● DO NOT LOOK INTO THE LASER BEAM ● OUTPUT <1mW COMPLIANT WITH EN60825-1:2014 ● Do not irradiate people or animals directly or indirectly with lasers.
- Page 13 ● Keep a sufficient distance from heat sources. ● Do not use the device in environments with high humidity or water mist. NOTE ● To prevent damage to the device, do not expose it to extreme temperatures, extreme humidity or moisture.
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Page 14: Transport And Storage
Transport and storage Note If you store or transport the device improperly, the device may be damaged. Observe the information on transporting and storing the appliance. Transport When transporting the appliance, use the transport case included in the scope of delivery to protect the appliance from external influences. -
Page 15: Unpacking And Commissioning
On receipt of the appliance, you should first check that no damage has occurred in transit, that the outer packaging, the housing, other parts or even the appliance itself have not been damaged. If any damage is evident, please notify SAUTER GmbH immediately. -
Page 16: Lcd Display
LCD display Lock measured value display Buzzer display Alarm display for temperature measurement Low battery indicator Display of the temperature measurement Temperature hold indicator Display of the temperature unit Main display of the measured temperature Auxiliary display of the measured temperature Emissivity display Laser display... -
Page 17: Basic Operation
Basic operation To ensure measurement accuracy, please place the thermometer in the measuring environment for 30 minutes before use. Display the last measured value When switched off, briefly pressing (less than 0.5s) activates the trigger to switch the thermometer on and the measurement data held before the last switch-off is displayed. By briefly pressing the MODE button, you can switch between the display of the MAX/MIN/AVG/DIF value Automatic switch-off... -
Page 18: Measuring Mode With Data Storage Function
(S) of the thermometer and then determine the test distance (D) according to the D:S diagram (see part D:S). For example, if you use the JIT 200 to measure the temperature of an object with a diameter of approx. 10 cm (4''), the measuring spot size (S) of the thermometer should be approx. -
Page 19: Planned Measurement
In measuring mode with data storage function, press and hold the LOG button until the log group number switches to "01" after the screen flashes for 10 seconds. 5. exit the measurement mode with data storage function: In measurement mode with data storage function, press the LOG button for 3 seconds until the screen starts flashing to exit the mode. -
Page 20: Setting The System Time
d) Once you have set the parameters, press the SET button or pull the trigger to return to the HOLD interface. The automatic interval symbol flashes. When the start time of the scheduled measurement is reached, the thermometer will automatically start the temperature measurement and save the current time and reading. -
Page 21: High/Low Temperature Alarm On/Off
High/low temperature alarm on/off Briefly press the HI/LO button to switch the alarm function for the upper and lower limit value on and off in sequence. If the HI limit alarm function is switched on and the measured temperature value is above the set upper alarm limit, the red LED and the HI display flash. - Page 22 2. setting the emissivity In the HOLD interface, briefly press the SET button until the emissivity setting interface is displayed. Briefly press the LOG button to quickly select the preset emissivity value (P1-P5). If there is no desired value among the preset values, select any value closest to the emissivity and set it by pressing the buttons.
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Page 23: D:s (Distance And Spot Size)
9.11 D:S (distance and spot size) The greater the distance (D) between the object to be measured and the thermometer, the larger the measuring spot (S) on the measured surface. The relationship between the distance and the spot size is as shown below. JIT200-BA-e-2410 en | 21... -
Page 24: Field Of View
9.12 Field of vision Make sure that the measured target is larger than the measuring spot. The smaller the target, the smaller the measuring distance should be (see D:S for the measuring spot size at different distances). To achieve an optimum measurement result, it is recommended that the target is 2 times larger than the spot size. -
Page 25: Troubleshooting
Troubleshooting Symptom Problem Action OL appears The measured value is greater during the End measurement than the maximum range measurement OL appears The measured value is below the during the End measurement minimum range measurement Place the thermometer in Exceeding the minimum or an environment of Err appears on maximum operating ambient... -
Page 26: Battery Operation / Power Supply
Safety chapter. Observe the national and international transport regulations for devices with a permanently installed lithium-ion battery. Do not replace defective batteries yourself! Contact SAUTER or a specialist dealer directly. This device is equipped with a 9V battery (6F22). -
Page 27: Maintenance, Servicing And Disposal
Maintenance, servicing and disposal Disconnect the appliance from the power supply before carrying out any maintenance, cleaning or repair work. 12.1 Cleaning Clean the device with a damp, soft, lint-free cloth. Ensure that no moisture penetrates the housing. Do not use sprays, solvents, alcohol-based cleaners or abrasive cleaners, only clear water to moisten the cloth. -
Page 28: Battery Law
Battery law Note in accordance with the Battery Act - BattG: INFORMATION • The following information is valid for Germany. In connection with the sale of batteries and rechargeable batteries, we are obliged as a dealer under the Battery Act to inform end users of the following: •... -
Page 29: Appendix
Appendix 14.1 Emissivity Emissivity is a symbol for the energy radiation of a material. The emissivity of most organic materials and coated or oxidised surfaces is around 0.95. To measure the temperature of a bare metal surface, cover the surface to be tested with masking tape or matt black paint with a high emissivity (if possible), wait a certain amount of time and measure the temperature of the masking tape or black paint when it reaches the same temperature on the surface of the underlying object. - Page 30 Steel Cold rolling 0.7-0.9 Reaming steel plates 0.4-0.6 Burnishing steel plates Zinc Oxidation Non-metal Asbestos 0.95 Asphalt 0.95 Basalt Carbon Non-oxidation 0.8-0.9 Graphite 0.7-0.8 Silicon carbide Ceramics 0.95 Clay 0.95 Concrete 0.95 Fabric Glass Convex glass 0.76-0.8 Smooth glass 0.92-0.94 Lead-boron glass 0.78-0.82 Plates...
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