sauermann Kiray 200 Infrared Thermometer Instruction Manual
- June 4, 2024
- sauermann
Table of Contents
USER MANUAL
Supplied with thermocouple K probe
KIRAY 200
Infrared thermometer
Infrared thermometer KIRAY 200 is an infrared thermometer used to diagnose,
inspect and check any temperature. Thanks to its elaborated optical system, it
allows easy and accurate measurement of little distant targets. KIRAY 200
instrument has an internal memory that can save up to 20 measurements.
Technical specifications
Spectral response | 8 – 14 μm |
---|---|
Optical | D.S: 30:1 (50 mm at 1500 mm) |
Temperature range | From -50 to +850 °C |
Accuracy* | From -50 to -20°C: ±5 °C |
From -20 to +200 °C: ±1.5% of reading ±2 °C
From +200 to +538 °C: ±2% of reading ±2 °C
From +538 to +850 °C: ±3.5% of reading ±5 °C
Display resolution| 0.1 °C
Response time| Less than 1 second
Emissivity| Adjustable from 0.10 to 1.00 (pre-set at 0.95)
Over range indication| Display indication: “-0L” for a negative over range,
“0L” for a positive over range.
Laser sighting| Wavelength: 630-670 nm
Output < 1mW, Class 2 (II)
Positive or negative temperature indication| Automatic (no indication of a
positive temperature) (-) sign for a negative temperature
Display| 4 ½ digits with LCD backlighted display
Auto-extinction| Automatic after 7 seconds of inactivity
High/low alarm| Flashing signal on display and beep signal with adjustable
thresholds
Power supply| Alkaline 9 V battery
Autonomy| 38 h (inactive laser and backlight)
15 h (active laser and backlight)
Operating temperature| From 0 to +10 °C for a short period
From 11 to +50 °C for a long period
Storage temperature| From -20 °C to +60 °C
Relative humidity| From 10% to 90%RH in operating mode and >80%RH in storage
Dimensions| 175 x 110 x 45 mm
Weight| 230 g (included battery)
Memory| 20 temperature values with unit of measurement (°C or °F)
*Accuracy for an ambient temperature from 18 to 28 °C (with a relative humidity lower than 80% RH)
Distance from target
Make sure that the target is larger than the size of the laser sighting.
Thermocouple K probe features
Temperature range | From -40 to +400 °C |
---|---|
Display range | From -50 to +1370 °C |
Resolution | 0.1 °C |
Accuracy | ±1.5% of reading ±3 °C |
Cable length | 1 m |
Description
- LCD backlighted display
- Up button
- Laser and backlight button
- Down button
- Mode button
- Laser sighting output
- IR sensor (infrared)
- Trigger
- Set technical Unit (°C/°F)
- Set continuous measurement (On/Off)
- Set alarm (On/Off)
- Battery compartment
- External probe input
Kiray 200 buttons
- Up button: It allows to increment emissivity and high/low alarm thresholds and to move to the next recorded value.
- Set button: It allows to activate or deactivate laser and display backlight. It allows also to record a temperature.
- Mode button: It allows you to navigate through the modes (emissivity, max value, min value, difference, average, high alarm, low alarm, TK value, and recorded values).
- Down button: It allows to decrement emissivity and high/low alarm thresholds and to move to the previously recorded value.
Modes flow chart
Display
- Continuous measurement indicator
- Technical unit (°C / °F)
- Low battery indicator
- Low alarm symbol
- MAX, MIN, DIF (difference between MAX and MIN values), AVG (average), HAL (high alarm), LAL (low alarm), TK (TK temperature), and LOG (recorded value)
- High alarm symbol
- EMS, MAX, MIN, DIF, AVG, HAL, LAL, TK, and LOG indicator
- Temperature value
- Current measurement indicator
- HOLD indicator (fixed measurement)
- Emissivity value
- Laser in operation indicator
Settings before measurement
Before measuring temperature, it is recommended to make some settings:
- Set technical unit (°C or °F)
- Set the continuous measurement (On or Off)
- Set the alarm (On or Off)
To set these 3 parameters, open the battery door by pushing on both sides of
the trigger. It is not necessary to disconnect the battery to make these
settings.
Set technical unit (°C or °F)
Set the selector unit to °C or °F with a screwdriver.
Set the continuous measurement
This setting allows to let the Kiray 200 instrument to measure. It does not
shut off after 7 seconds. Set the selector on On (continuous measurement is
active) or on Off (continuous measurement is inactive) with a screwdriver.
Set the alarm
This setting allows activating or deactivation of high and low alarms.
Set the selector on On (alarms are active) or on Off (alarms are inactive)
with a screwdriver.
Operating mode
- Press ENT trigger to turn on the instrument. The backlighted screen indicates the temperature, and the laser turns on.
- Keep ENT pressed. Place the laser sighting at the center of the area to be measured.
- Release ENT.
- Read the displayed temperature. (The display stays on for 7 seconds after the last manipulation).
- HOLD appears at the top left of the screen; measurement stays displayed.
- The KIRAY200 instrument keeps in memory the last function used.
Command buttons
ENT Trigger
- Turning on the device.
- ENT pressed: activation of the laser sighting and temperature measurement.
- ENT released: display is on HOLD (HOLD fixed), and give the last measurement. The display stays on for 7 seconds. If no buttons are activated and continuous measurement is inactive, the instrument turns off after 7 seconds.
Mode button
Allows defining the required measurement: Max, Min, AVG, DIF, etc. pressing
as many times on this button.
- EMS: when the KIRAY 200 instrument is turned on, press the MODE button until EMS appears at the bottom left of the screen. Set emissivity by pressing on the UP button to increment it or the DOWN button to decrement it. By default, the emissivity is set to 0.95.
- MIN ou MAX: select the Min or Max. temperature. During a measurement period, keep ENT pressed: the KIRAY 200 instrument displays the temperature of the area sighted by the laser. Press the MODE button until MAX or MIN is displayed at the bottom of the screen. These values relate to the temperatures taken by the instrument and the thermocouple probe.
- DIF: during a measurement period, press the MODE button until DIF appears at the bottom left of the screen. The displayed value corresponds to the difference between the MAX value and MIN value.
- AVG: during a measurement period, press the MODE button until AVG appears at the bottom left of the screen. The displayed value corresponds to the average temperature calculated during a measurement period.
- HAL: when the KIRAY 200 instrument is turned on, press the MODE button until HAL appears at the bottom left of the screen. The displayed value corresponds to the alarm of high temperature. Set this alarm by incrementing it with an up button or by decrementing it with the down button.
- LAL: when the KIRAY 200 instrument is turned on, press the MODE button until LAL appears at the bottom left of the screen. The displayed value corresponds to the alarm of low temperature. Set this alarm by incrementing it with an up button or by decrementing it with the down button.
Alarms must be activated (see paragraph Settings before measurement)
- TK: When the KIRAY 200 instrument is turned on, press the MODE button until TK appears at the bottom left of the screen. The displayed value corresponds to the measured temperature by the K thermocouple probe.
- LOG: when the KIRAY 200 instrument is turned on, press the MODE button until LOG appears at the bottom left of the screen.
Next to LOG, a number between 1 and 20 also appears; it corresponds to the LOG
location. If no temperature has been recorded in the shown LOG location, 4
dashes will appear in the lower right corner. To record a temperature, you
have to be on LOG mode, then choose an empty LOG location (—- visible) and
press the SET button during the measurement or when the measurement is fixed
(HOLD). From this mode, you can also clear all the recorded temperatures:
press and keep the trigger pressed and press the down button at the same time
until reaching the zero recording, then press the SET button while keeping ENT
pressed.
A beep is emitted by KIRAY 200 instrument and the LOG location moves
automatically to 1, signifying that all data have been cleared.
Important information
For correct measurements:
- Do not take any measurements on metal or shiny or reflective surfaces.
- Do not measure through transparent surfaces such as glass, for example.
- Water vapor, dust, smoke, etc… may prevent correct measurements because they obstruct the optical of the instrument.
- Make sure that the target is larger than the size of the laser sighting.
To avoid any inconvenience:
- Do not aim directly or indirectly (reflection on reflective surfaces) the laser in the eyes.
- Change the batteries when the indicator blinks.
- Do not use the thermometer around explosive gas, vapor, or dust
- Do not leave the device with the lock on (lock at the top right of the screen) because, in this configuration, the instrument does not turn off automatically.
To prevent damage on your instrument or equipment please carefully respect these conditions:
CE certification
This device meets with following standards’ requirements: EN 61326-1: 2013 and
EN 61326-2: 2013
Infrared thermometer, how does it work?
Infrared thermometers can measure the surface temperature of an object. Its
optic lens catches the energy emitted and reflected by the object. This energy
is collected and focused onto a detector. This information is displayed as
temperature. The laser pointer is only used to aim at the target.
Emissivity
Emissivity is a term used to describe the energy-emitting characteristics of
materials.
Most (90% of typical applications) organic materials and painted or oxidized
surfaces have an emissivity of 0.95 (pre-set in the unit).
Inaccurate readings will result from measuring shiny or polished metal
surfaces.
To compensate; cover the surface to be measured with masking tape or flat
black paint.
Allow time for the tape to reach the same temperature as the material
underneath it.
Measure the temperature of the tape or painted surface.
See the table below for values of emissivity of specific materials:
Aluminum | 0.3 | Ice | 0.98 |
---|---|---|---|
Asbestos | 0.95 | Iron | 0.7 |
Asphalt | 0.95 | Lead | 0.5 |
Basalt | 0.7 | Limestone | 0.98 |
Brass | 0.5 | Oil | 0.94 |
Brick | 0.9 | Paint | 0.93 |
Carbon | 0.85 | Paper | 0.95 |
Ceramic | 0.95 | Plastic | 0.95 |
Concrete | 0.95 | Rubber | 0.95 |
Copper | 0.95 | Sand | 0.9 |
Dirt | 0.94 | Skin | 0.98 |
Frozen food | 0.9 | Snow | 0.9 |
Hot food | 0.93 | Steel | 0.8 |
Glass | 0.85 | Textile | 0.94 |
Water | 0.93 | Wood | 0.94 |
Fresh foodstuffs between 0 and 5 °C | 0.9 |
Maintenance
To install or change the 9V battery, open the part near the trigger and put it
in the battery compartment.
Accessories
- Case holster with passer-by belt
- User manual
- K thermocouple probe
NTang – KIRAY 200 – 29/10/18
Document non contractuel
Non-contractual document
We reserve the right to modify the characteristics of our products without
prior notice.
www.sauermanngroup.com
Documents / Resources
|
sauermann Kiray 200 Infrared
Thermometer
[pdf] Instruction Manual
Kiray 200 Infrared Thermometer, Kiray 200, Infrared Thermometer
---|---
Read User Manual Online (PDF format)
Read User Manual Online (PDF format) >>