Description

• High-Precision

Maximum capacity of 62 kg with a minimum display of 0.1 g, achieving 10 times the precision of conventional models. Accurately detects even slight changes in weight, making it ideal for weighing heavy objects or items with substantial tare weight, meeting diverse weighing needs.

• Highly Vibration Resistant

Equipped with newly developed sensor reduces　external vibrations effects. Minimizes vibration interference from factory equipment to1/10 of conventional models, enhancing overall production line efficiency and supporting high-quality manufacturing

• Highly Shock Resistant

Redesigned housing structure for impact resistance, successfully passing a 30 kg drop test from 20 cm above the weighing pan. Maintains high precision even under unexpected impacts.

• IP65

IP65-rated dustproof and waterproof stainless steel body, allowing for easy washing. Ideal for environments with high humidity or dust, such as food processing and chemical handling sites

• Equipped with a newly developed sensor and built-in calibration weigh

Newly developed tuning fork-type force sensor enables high precision and durability, previously unattainable with conventional structures. Regular calibration with built-in weight ensures accurate measurements, boosting productivity and stabilizing product quality.

• A housing design focused on ease of cleaning and integration

By minimizing irregularities in the housing and adopting an IP65-rated stainless steel casing, we have achieved high cleanliness. The use of connector connections between the display and weighing units greatly improves cable routing and device integration flexibility compared to previous models.

• Comfortable weighing operations with the automatic tare function

It automatically performs tare when a container is placed, eliminating button operations. It reduces risk of human error, improves efficiency of repetitive weighing tasks, and lightens operator’s workload.

• 2 types of comparator functions

The weighing results are automatically evaluated and compared with the preset values.

1. Absolute value determination (two-point setting method)
   Set lower and upper limits
   If weight of the measured item is below the lower limit ; Lo
   If exceeds the upper limit : Hi
   Otherwise (or if the value is equal) : Good
2. Relative value determination (three-point setting method)
   Set the reference value, lower limit width, and upper limit width.
   If weight of the measured item is below (reference value – lower limit width): Lo
   If exceeds (reference value + upper limit width): Hi
   Otherwise (or if the value is equal): Good

Common Specification