CAT IV Wireless Clamp -

The Model 13810 CAT IV Wireless Clamp offers technicians a secure and efficient method for performing electrical diagnostics in automotive and industrial environments. This wireless clamp meter enhances safety by enabling remote readings, allowing professionals to monitor live circuits from a safe distance. Its robust feature set provides the flexibility needed to conduct comprehensive diagnostics and increase productivity, especially when working alone.

Key Features

• Wireless Connectivity: Connects via Bluetooth to Android or iOS devices, providing a stable 30-foot (9-meter) range for remote monitoring.
• Comprehensive Voltage Measurement: Utilizes test leads for precise AC and DC voltage measurements, ideal for monitoring voltage levels or drops during vehicle operation.
• High Current Measurement: Features a standard AC/DC current clamp capable of measuring up to 400A, suitable for diagnostics on starters, alternators, and other high-current circuits.
• Low Current Diagnostics: Includes a low-current AC/DC milliamp clamp with mA resolution, perfect for accurately identifying parasitic draws and other low-current anomalies.
• Real-time Data Visualization: The accompanying mobile application allows for real-time graphical viewing of measurement trends, aiding in quick diagnosis.
• Advanced Data Logging: Records thousands of data points, limited only by device memory, with options to save and export data in CSV format for analysis and reporting.

Applications

This versatile wireless clamp is an indispensable tool for a variety of diagnostic tasks. It is particularly well-suited for automotive technicians troubleshooting electrical systems, including testing starter current draw, verifying alternator output, and diagnosing intermittent voltage drops while a vehicle is running. Industrial professionals will find it beneficial for safely monitoring current and voltage in machinery, identifying abnormal load conditions, and performing parasitic draw tests on various electrical systems to uncover hidden power consumption.