100g 200g 300g 500g 0.001g Laboratory Electronic Analytical Balance

• Customization: Available
• Warranty: One Year
• Accuracy: 0.001g
• Model NO.: WT-CH
• Weighing: 100g-500g
• Display Type: LCD
• Location: Desktop Scale
• Material: Stainless Steel
• Measure Method: Automatic
• Application: Industrial Scales
• Function: Weighing Scale, Counting Scales
• Structure: Electronic Scale
• Shape: Square
• Name: 0.001g Laboratory Electronic Analytical Balance
• Sensor: Load Cell
• Pan: 80mm Sst
• Interface: RS232
• Certification: ISO CE RoHS
• Transport Package: Packing by Carton
• Specification: CE ROHS ISO
• Trademark: WANT
• Origin: Changzhou, China
• HS Code: 90160090
• Production Capacity: 20000 PCS/Year

Product Description

Electronic Weighing Platform Bench Scale 

Pan Size:80MM or 130MM
Packing Size:

Non linearity: + / - 2d
Repeatability: 2d
Stable time: Less than 5 seconds
Sensitivity: 1d
Speed: Quick
Unit: Kg, g, % etc
Taring range: 0- max capacity

Big LCD display
Tare, Counting function.
3 Points linear calibration/ Single point calibration.
Iron frame tray can bear max 300kg load.
AC / DC 9V 300mA
RS232 port connects with computer

Product name	ELECTRONIC BALANCE	Description
Item	WT-CH	H.S. code	9016
Outline Dimension L×W×H	340×210×345 mm	1. Pan: Circle 80 mm (SST 304) 2. Display: LCD (white back-light)  (L×W) 110×30 mm 3. Interface: Rs232C 4. Power: AC (220-240V 50HZ / 110-120V 60HZ) 5. Units: g, oz, ct, lb, GN 6. More functions: counting, last remember, %, full range tare, over-load protection, zero tracking, low-battery indicator 7. Attachments: english manual, adapter 8. Speed: 2 s 9. Value stable time: 0.5
Glass Windshield L×W×H	200×205×260 mm
Material breakdown	ABS HOUSE, STAINLESS IRON , GLASS WINDSHIELD
Certificate	CE, ISO, ROHS,C-TICK
MOQ	12 CARTON BY SHIP
Country of origin	CHINA
Port of Loading	SHANGHAI
PHOTO DETAILS
Model	WT1003CH	WT3003CH	WT5003CH
Readability	0.001g	0.001 g	0.001 g
Capacity	0-100 g	0-300 g	0-500 g
Repeatability	< = 0.002 g	< = 0.002 g	< = 0.003 g
Linearity	< = 0.003 g	< = 0.003 g	< = 0.003 g