CY10.120.C2.K

CY10.120.C2.K

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Description

Precision in PRO version

The CY10 series precision balance is designed for fast, accurate and repeatable weight determination. It comes with an advanced PUE CY10 terminal, and that means working comfort with a 10-inch high-resolution display with a smooth and intuitive interface.

Light or dark?

Which color theme will you set on your CY10 balance? Both are user-friendly and clear, but we are curious which one you like more.

Precision balance and labelling scale in one device

If you need a labeling scale, the CY10 is the perfect solution. With a terminal that:

  • Cooperates with the computer program Label Editor R02
  • Is compatible with ZEBRA label printers
  • Allows import/ export of label designs using a pendrive
  • Enables you to assign labels to goods or customers and print a global label

The CY10 series precision balance can operate as a labeling scale.

Software for special tasks

Thanks to the terminal advanced software, the CY10 series precision balance:

  • Cooperates with up to 2 weighing platforms
  • Continuously updates all statistical data after the next measurement is entered into the balance’s memory – either globally (regardless of the weighed commodity) or separately for each weighed commodity selected from the database
  • Has a Tare mode expanded to include End-product issue mode capability
  • Works with RFID tags* (accessing personal data as well as marking specific goods or recipe ingredients in the database).

Modbus TCP/IP

is one of the most popular communication protocols in industrial automation. Implementing it in the 5Y balances and CY10 scales makes the devices of this series friendly to automation integrators.

A balance or scale in a Modbus system is a slave device and performs tasks specified by the master device which is most often a PLC. Protocol Modbus TCP/IP in the 5Y balances and C10 scales enables, among other things, the realization of mass readout, zeroing and tare functions of the device, as well as tare settings and MIN and MAX thresholds.