Laboratory Analytical Electronic Balance 0.001g ANBA-1005 manufacturer from China Rok International Industry Co., Limited.

Laboratory Analytical Electronic Balance 0.001g

Payment Terms:	T/T,WU
Place of Origin:	Guangdong, China (Mainland)


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Product Detail

Model No.: ANBA-1005

Production Capacity: 400

Delivery Date: 122

Max Range:: 510g

Sensor:: electromagnetic

Resolution:: 0.001g

Means of Transport: Ocean,Land,Air

Packing: foam

Brand Name: ROKTOOLS

Min Range:: 0.008g

Pan size:: 80mm

Laboratory Analytic Electronic Balances are used when a high degree of accuracy is needed for the measurement. Top-loading or triple-beam balances u

Laboratory Analytical Electronic Balances are used when a high degree of accuracy is needed for the measurement. Top-loading or triple-beam balances usually provide less sensitive measurement of mass than do analytical balances.

Max Range: 510g

Min Range: 0.008g

Sensor: electromagnetic

Pan size: 80mm

Working temperature: 17.0℃～25.5℃

Interface: RS-232 PORT AND CABLE

Resolution: 0.001g

Accuracy: ±0.003g

Unit: g, oz, ct

windshield: 240mm*190mm*265mm

Inside:415×285×430 Outside:475×315×485

Weight: 11KG

An analytical balance is a class of balance designed to measure small mass in the sub-milligram range. The measuring pan of an analytical balance (0.1 mg or better) is inside a transparent enclosure with doors so that dust does not collect and so any air currents in the room do not affect the balance's operation. This enclosure is often called a draft shield. The use of a mechanically vented balance safety enclosure, which has uniquely designed acrylic airfoils, allows a smooth turbulence-free airflow that prevents balance fluctuation and the measure of mass down to 1 μg without fluctuations or loss of product.[citation needed] Also, the sample must be at room temperature to prevent natural convection from forming air currents inside the enclosure from causing an error in reading. Single pan mechanical substitution balance maintains consistent response throughout the useful capacity is achieved by maintaining a constant load on the balance beam, thus the fulcrum, by subtracting mass on the same side of the beam to which the sample is added