Product Description

OCS-XT-XS (SRT series) electronic crane scale features:

 

Vozhong brand double-shell heat-insulating anti-collision type wireless electronic crane scale features: double-shell, heat insulation, anti-magnetic, dust-proof, anti-corrosion, anti-collision, high temperature resistance, etc. It is fully suitable for strong magnetic high-temperature acid-base corrosion in electrolytic aluminum industry. High dust environment. Double-shell heat-insulating anti-collision type electronic crane scale is a new type of intelligent electronic crane scale that our company is researching and summarizing the advantages and disadvantages of electronic crane scales, especially in the harsh environment. Customer practice has proven to be incomparable with other types of electronic crane scales.

Use environment:

The liquid metal of ********0 ° C can be lifted and weighed in an environment of **0 to **0 ° C. It is not affected by the magnetic field strength of 2.5~3 Oersted and the dusty environment. The distance between the high temperature resistant scale body and the ladle solution is ***0°C**1.8m ***0°C**2.0m. The series of electronic crane scales are accurate in weighing, rich in functions, simple in operation and various in configuration. They are widely used in steel, casting, electrolytic aluminum workshop ladle, ladle, electrolytic aluminum bag and electromagnetic chuck, etc. Heavy OCS high temperature anti-magnetic electronic crane scale is mainly used for weighing and measuring of high temperature and strong magnetic and dusty environments such as steel rolling, smelting, aluminum water ladle, ladle, electrolytic aluminum, electrolytic copper, electromagnetic suction cup crane and electric furnace iron making. High-temperature anti-magnetic electronic crane scales have specifications of 1t, 3t, 5t, *0t, *5t, *0t, *0t, *0t, *0t, **0t, **0t, etc., and the precision has reached the OIML (III) commercial scale standard.

 

Double-shell insulation anti-collision wireless electronic crane scale detailed technical parameters