New Standard in Weld Resistance Inspection
Key Features and Functions
- Low-Resistance Measurement Optimized for Welding Quality Inspection in Battery Pack/Module Manufacturing Lines.
- Ultra-high precision measurement with 1 nΩ resolution to detect small changes in weld quality.
- Active Circuit Protection (up to DC 60 V) safeguards the measuring instrument from miswiring and incorrect contact.
- The A-TC function enables stable measurement even immediately after welding when temperatures are high, contributing to reduced takt time.
- The A-OVC function ensures measurement stability even in environments with large temperature variations.
- Increased Freedom in Cable Extension and Equipment Layout thanks to a maximum path resistance tolerance of 9Ω
More information:
In addition to the industry‘s highest level of resistance measurement accuracy, the Advanced Temperature Compensation (A-TC) function ensures that minute changes in resistance are quantified. Even in environments where temperatures change rapidly, such as immediately after welding, the system accurately detects slight differences in welding quality, contributing to the early detection of potential defective products. Furthermore, a new function has been added that instantly activates the protection circuit and shuts down the circuit when an over-input is detected. This reduces the risk of failure and prevents production line downtime. In addition, for production line system construction, support for 'maximum allowable path resistance of 9Ω' and the provision of a dedicated probe kit support stable operation over the long term and seamless system construction.
In addition to the industry‘s highest level of resistance measurement accuracy, the Advanced Temperature Compensation (A-TC) function ensures that minute changes in resistance are quantified. Even in environments where temperatures change rapidly, such as immediately after welding, the system accurately detects slight differences in welding quality, contributing to the early detection of potential defective products. Furthermore, a new function has been added that instantly activates the protection circuit and shuts down the circuit when an over-input is detected. This reduces the risk of failure and prevents production line downtime. In addition, for production line system construction, support for 'maximum allowable path resistance of 9Ω' and the provision of a dedicated probe kit support stable operation over the long term and seamless system construction.
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