Electronic Specialties | 325 | EZ-Tach Wireless Digital Tachometer

Specifications

The EZ-Tach Wireless Digital Tachometer, Model 325 from Electronic Specialties, provides precise engine speed measurements. It weighs 1 lb and has compact dimensions of 10.5 x 5.9 x 2.6 inches. This tool is designed for efficient, non-contact RPM readings.

Key Features

• Wireless Operation: Eliminates the need for physical connections, offering flexibility and ease of use in various work environments.
• Digital Display: Provides clear, accurate, and easy-to-read engine RPM values for quick assessment.
• Non-Contact Measurement: Utilizes inductive technology to measure engine speed without direct contact, ensuring safety and preventing damage to components.
• Portable Design: Its lightweight and compact form factor allows for convenient transport and use across multiple vehicles or equipment.

Applications

The EZ-Tach Wireless Digital Tachometer is an essential tool for automotive technicians, mechanics, and enthusiasts. It is widely used for:

• Engine Diagnostics: Accurately measuring engine RPM to identify performance issues or verify proper operation.
• Vehicle Maintenance: Assisting with routine service tasks that require precise engine speed monitoring.
• Tuning and Adjustment: Aiding in the fine-tuning of engines for optimal performance and efficiency.
• Small Engine Repair: Ideal for troubleshooting and adjusting RPM on motorcycles, lawnmowers, marine engines, and other small gas-powered equipment.

Benefits

• Enhanced Safety: Wireless and non-contact operation reduces risk during engine testing and maintenance.
• Improved Accuracy: Digital readings provide reliable and precise RPM data for informed decision-making.
• Increased Efficiency: Quick setup and clear display streamline diagnostic processes, saving valuable time.
• Versatile Use: Suitable for a broad range of gasoline engines, offering a single solution for multiple applications.
• User Convenience: The portable and wireless design simplifies operations, allowing for greater freedom of movement around the workspace.