GBPI electronic analytical balance

NegotiableUpdate on 04/05

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

GBPI electronic analytical balance introduction: This product can be used for precision measurement and analysis in industrial and mining enterprises, scientific research institutions, university laboratories, and laboratories. Features: Large backlit LCD display, high sensitivity touch buttons, easy to operate. The concealed type refers to the hook and overload protection weighing pan.

Product Details

GBPI electronic analytical balanceTechnical Specifications

project	Technical Specifications
actual scale interval	0.0001g
Maximum weighing range	100g
Repeatability standard deviation	±0.0001g
linear	≤ ±0.0002g
Calibration weight value	100g
type	External automatic calibration
The external dimensions of the balance	365×223×338mm
The packaging size of the balance	500×310×450mm
Pan size	F90mm
Effective volume of wind cover	150×165×200mm
Net weight	5.5KG
gross weight	7.5KG

Product Features（GBPI electronic analytical balance)

l Large backlit LCD display screen with high sensitivity touch buttons, easy to operate.

l The concealed type refers to the hook and overload protection weighing pan.

l The air flow windproof cover is installed below the scale pan, which enhances the airtightness and improves the authenticity and reliability of the data.

l Display screen protective cover: provides additional dust and scratch protection, extending the service life of the balance.

l Equipped with a glass door transport protection lock, four fully transparent glass windproof covers, and one aluminum alloy back panel.

l Equipped with sensor protection function, it maximizes the protection of sensors from external forces in six directions.

l The all aluminum balance base prevents low-frequency vibration and makes the body more stable.

l Equipped with overload protection for the weighing pan (using a locking structure to prevent weighing overload and protect the sensor).