APTP447 0.1g-100g Jewelry Carat Balance Touch Screen Digital counting Scale

carton box

Specifications

APTP447 0.1g-100g Jewelry Carat Balance Touch Screen Digital counting Scale

APTP447 0.1g-100g Jewelry Carat Balance Touch Screen Digital counting Scale

APTP-447 is a pocket sized professional digital scale with 100g capacity and 0.01g accuracy. It has tare / counting functions and back-lit LCD display with touch control buttons. Light-weight and compact, this portable precision scale is ideal for weighing precious metals (platinum, gold, silver) and stones (diamond, gemstones), reloading, herbs and medication, and lab/industrial specimens. 

Note : battery not include 

Features:

* Elegant appearance

* LCD display with blue back light

* Multiple weighing modes (gram, carat, pennyweight, ounce)

* Non-magnetic stainless steel weighing surface

* Strain Gauge Precision Technology

* Full capacity Tare function

* Parts counting function

* Auto-off function

* Low Battery indication

*Overload & under-overload protection

* Auto calibration by customers

* Power DC3V (2xAAA battery) not included 

 

Specifications
Dimensions	12 x 7.2 x 2cm(L x W x H)
Weight	150g
Platform Size	4 x 5.2cm(L x W )
Color	Black
Capacity	100g / 1000ct / 128.6dwt / 7.0548oz
Accuracy	0.01g / 0.1ct / 0.01dwt / 0.0002oz
Weighing Modes	g/ct/dwt/oz
Auto Off	60 seconds
Tare Range	Tare full capacity
Display	LCD with back-light
Power	AAA * 2 (not included)

 

 

 

 

 

 

 

 

 

 

 

Items Included

 

• APTP447 100g x 0.01g digital pocket scale x  1 sets

User Attentions 

1.       Never overload beyond the maximal capacity 

2.       Avoiding exposure the extreme heat or cold environment 

3.       Give your scale sufficiency warm up time about 30-60 seconds 

4.       Keep the scale in clear environment against dust, dirty, moisture, vibration, air                     current and a close distance to electrical equipment. 

5.       Handle with care, gently and softly 

6.       Avoiding shaking, dropping and shocking 

7.       Operation on the stable and flat surface