The ZK830 High Resolution Digital Checkweigher is a fast, reliable, and extremely accurate scale designed with the user in mind. It features easily operated under, over, and accept bands, as well as a PLU target weight database capable of holding up to 40 target weights. The ZK830 can quickly display weight within an accepted band, allowing for a fast and efficient checkweighing process.
Key Features:
- Configurable, modular system: flexible to meet your application needs
- Packed with innovative functional features, designed with the user in mind
- Outstanding sampling accuracy
- 100,000 division, non-legal-for-trade out of the box repeatable accuracy
- 10,000 divisions legal for trade
- 1 billion internal count resolution
- Strong rugged base enclosure with over 1100% overload protection
- RS232, USB, and Ethernet connectivity as standard
- User friendly target bands
- Easy-to-use indicator
- Flexible connectivity
- Ball top option
The ZK830 is designed with prominent under, over, and accept bands, making it easy for operators to quickly set up the scale to identify when the required weight has been reached. This is ideal for repetitive checkweighing tasks. With a remote keypad, the ZK830 can store up to 40 individual PLU target bands along with any required tare weights.
The easy-to-use six key indicator of the ZK830 minimizes operator training and speeds up the weighing process. The scale’s firmware uses proven easy-to-use target setting routines to set up new under, over, and accept target windows, improving throughput while reducing operator fatigue.
In terms of connectivity, the ZK830 offers a full range of communication ports, allowing it to be connected to a wide range of devices such as PCs, printers, scanners, remote displays, and external light stacks. This makes data capture easy and enables seamless integration into existing setups.
For applications where heavy boxes or items are constantly being weighed, the ZK830 offers a ball top option. This helps reduce lifting and increase throughput, making it even more efficient for these specific tasks.
