Minimum Order Quantity | 1 Piece |
Use | Industrial |
Brand | RADWAG |
Accuracy | 0.000001g |
Radwag MYA 4Y Series Micro-balances is designed to meet the highest requirements for determination of mass.
Measurement reliability and accuracy are maintained by system of automatic internal adjustment / calibration.
Readability: 1 g ( 0.001mg / 0.000001g )
Micro balances comprise two major components (an electronic module and a precise mechanical measuring system are enclosed separately). The design eliminates the influence of heat sourcing from instrument's electronics on its mechanical components and additionally protects it from shocks and vibrations caused by users operating the instrument. All the elements of a micro balance are made of glass and steel which eliminates the influence of electrostatics on weighing process.
Specifications:
Functions:
Infrared proximity sensors:
Electronic level indicator:
Data exchange through USB storage devices
Communication interfaces:
Ethernet, 2RS 232, 2USB, additional display port.Additional Information:
Ultra-Micro balances UYA 4Y series are designed to meet the highest requirements for determination of mass.
The UYA 4Y series features exceptional readability of 0.1 g at 2g capacity. The built-in system of automatic internal adjustment/calibration maintains excellent measurement reliability and accuracy. Micro balances comprise two major components (an electronic module and a precise mechanical measuring system are enclosed separately). The design eliminates the influence of heat sourcing from instrument's electronics on its mechanical components and additionally protects it from shocks and vibrations caused by users operating the instrument. All the elements of a micro balance are made of glass and steel which eliminates the influence of electrostatics on weighing proce
Specifications:
Functions:
Infrared proximity sensors:
Electronic level indicator:
Data exchange through USB storage devices :
Communication interfaces:
"We are mainly dealing with bulk quantity orders in local areas."