Precise non-contact measurements
Built-in laser pointer
Fahrenheit/Centigrade
MAX/MIN temperature displays
LCD display
SPECIFICATIONS l General specifications
MEAS. RANGES | -50°C to 850°C/-58°Fto 1562°F |
RESPONSE TIME | Less than 1 second |
OVER RANGE INDICATION | LCD will show “------” |
POLARITY | Automatic (no indication for positive polarity); Minus (-) sign for negative polarity. |
EMISSIVITY | 0.95 fixed value |
FIELD OF VIEW | D/S = Approx.13:1 ratio (D = distance, S = spot)(Has 90% encircled energy at the focal point) |
DIODE LASER | Output <1mW, Wavelength 630~670nm,class 2 (II) Laser product |
SPECTRAL RESPONSE | 8~14um |
POWER OFF | Automatic shut off after 8 seconds, approx. |
OPERATING TEMP. | 0°C to 50°C (32°Fto 122°F) |
STORAGE TEMP. | -20oC to 60oC(-4oF to 140oF) |
RELATIVE HUMIDITY | 10%~90%RH operating, <80%RH storage |
POWER SUPPLY | 9V battery, NEDA 1604A or IEC 6LR61, or equivalent |
WEIGHT | 130g. |
SIZE | 145*98*42 mm |
The main boday and packageEasy to useThe display and specificationFeatures:l Precise non-contact measurementsl Built-in laser pointerl User selectable ºC or ºFl MAX/MIN temperature displaysl Trigger lockl Automatic Data Hold & Auto power offl Automatic selection range and Display Resolution 0.1ºC(0.1ºF)l The meter at 8 inches away measure 1 inch targetl Backlit LCD displayWide range application:Food preparation, Safety and Fire inspectors, Plastic molding, Asphalt, Marine and screen printing, measure ink and dryer temperature, Diesel and Fleet maintenance.Field of View meter’s field of view is 13:1, meaning that if the meter is 8 inches from the target, the diameter of the object under test must be at least 1 inch. Other distances are shown below in the field of view diagram. Refer to the chart printed on the meter for more information.1. SAFETY Use extreme caution when the laser beam is turned on.Do not let the beam enter your eye, another person’s eye or the eye of an animal.Be careful no to let the beam on a reflective surface strike your eye.Do not allow the laser light beam impinge on any gas which can explode.