AC/DC digital clamp meter for forklift maintenance

Professional digital clamp meter designed for diagnosing and maintaining electrical systems on forklifts and industrial vehicles. The Digital AC/DC Clamp Meter 8500 allows you to measure alternating current (AC) and direct current (DC) quickly and safely, without disconnecting cables, reducing downtime during maintenance.

Ideal tool for workshops, internal maintenance personnel and technicians who work daily on electric or hybrid forklifts, where precise current control is essential for identifying faults and anomalies.

Main features

• Model: Digital AC/DC Clamp Meter 8500

• Type: Digital clamp meter for AC and DC current

• Display: High visibility digital screen for clear reading even in dimly lit environments

• Accuracy: High sensitivity for accurate measurements on forklift electrical systems

• Usage: Measures current without interrupting the circuit, simply by clamping the cable

• Ergonomics: Comfortable grip and compact design for prolonged use without fatigue

• Robustness: Durable structure, suitable for harsh industrial environments

• Weight: 0.6 kg, easily transportable in the toolbox or service vehicle

• Ideal application: Diagnostics and maintenance on electrical systems of forklifts and other internal material handling equipment

Benefits for your business

With this clamp meter, you can perform electrical checks quickly and safely, reducing downtime and improving maintenance efficiency. The ability to measure current without disconnecting cables speeds up operations, reduces errors, and increases operator safety, contributing to more reliable forklift fleet management.

Compatibility and usage notes

• Suitable for the maintenance of numerous models of electric and hybrid forklifts .

• Ideal for both internal workshops and external service providers working on industrial vehicle electrical systems.

• Always use the clamp meter in accordance with electrical safety regulations and internal company procedures.

• Check that the instrument's measurement ranges are adequate for the currents present in the system before proceeding with the test.