Fluke EI-1623 Selective/Stakeless Clamp Set

Fluke EI 1623 Clamp Set

The Fluke EI-1623 Selective/Stakeless Clamp Set is a specialized tool designed for advanced electrical testing, particularly in grounding and earth testing scenarios. This innovative clamp set from Fluke enhances the efficiency and versatility of ground loop testing by eliminating the need to use stakes in certain applications and providing selective testing capabilities.

Key Features of the Fluke EI-1623 Selective/Stakeless Clamp Set:

• Selective Testing Ability: The selective testing feature allows for precise measurement of ground resistance in multiple loop systems without the need to disconnect the ground under test. This is particularly useful in complex systems or in places where disconnection is not feasible.
• Stakeless Testing Capability: The stakeless testing mode enables the measurement of ground resistance in applications where traditional staking methods are difficult or impossible to employ. This can include environments like urban areas, buildings with extensive paving, and others where the physical placement of stakes is challenging.
• Ease of Use: Designed with the user in mind, the clamps are easy to handle and operate, making the setup and execution of ground tests faster and less cumbersome.
• Safety and Reliability: By avoiding the need to disconnect parts of the grounding system, the Fluke EI-1623 provides a safer testing environment and more reliable results, minimizing risks associated with handling live systems.

Applications:

• Utility Testing: Ideal for use by utility companies needing to perform routine checks without interrupting service or compromising system integrity.
• Industrial Systems: In industrial settings, the EI-1623 allows maintenance teams to conduct thorough inspections and preventive maintenance on grounding systems without halting production.

• Commercial Buildings: Useful for testing the grounding in commercial properties to ensure compliance with safety standards and to prevent potential electrical hazards.