500N 50kg 110Lb 1800Oz Digital Force Gauge Push Pull Gauge Tester Portable Force Meter With Auto Backlit LCD Auto Power-Off

<p>Small,simple,multi functional ,high resolution and high-precision, Automatic backlight, buzzer alarm function, AUTO POWER OFF</p><p>APPLICATION - The handheld force gauge is widely applied in pull push load testing, insertion force or destructive experiment and industry like electric, hardware, automobile parts, lighter and ignition system, light industry, mechanical, textile...</p><p>Upper and lower limits can be set for statistic analysis.The buzzer will alarm if exceeding the limits.</p><p>Minimum force value shielding function:the data within the set minimum range can be shielded</p><p>Setting function of gravity acceleration--User can input at your option the accurate value of gravity acceleration at the using</p>

• Features:
• High precision and high resolution
• Three measurement mode for selection(Real time,Peak,First peak)
• N(Newton),Kg(Kilogram),Lb(Pound) and Oz(Ounce) four units for selection and conversion.
• place so as to make the testing and unit conversion be more accurate.
• Automatic shutdown function:The automatic shutdown time can be set,and the automatic shutdown can achieve a point saving effect when there is no operation for a long time.
• Automatic backlight,buzzer alarm functionTechnical Specifications:
• Maximum load value: 500N 50kg 110Lb 1800Oz
• Load division value:0.1N;0.01kg;0.01Lb;1Oz
• Sensor structure:Inner sensor
• Accuracy:±1%
• Power:2 AAA batteries 1.5V
• Working temperature:5-35
• Transport temperature:-10-60
• Relative humidity:15%-80%RH
• Dimensions 124*60*31(mm)
• Net weight 0.4KG
• Advantages
• -4 MEASUREMENT UNITS - N / Lb / kg / Oz, with Max load value: 100N/10kg/22Lb/360Oz, Accuracy: ±1% ; Power: 2pcs AAA battery
• Accuracy:±1% ; Sensor structure:Inner sensor, Load division value:0.1N; 0.01kg; 0.01Lb; 1Oz
• -3 MEASUREMENT MODES - This pull gauge can switch three measurement modes (Real-time / PEAK / First-PEAK). In "PEAK" mode, it can hold the maximum force applied shown on the screen.