3Y3D10

Overview

The Gems Sensors 3Y3D10 is a suspended electrode conductivity level measurement probe from the Series 3Y. It features metallic bars within a protective shield, designed for suspension in liquid environments. The unit includes a 100ft length cable and utilizes Teflon insulation for the shield and Carp.20 material for the probe elements. This configuration supports corrosion-resistant operation in industrial applications requiring reliable fluid level detection through conductivity principles.

Feature Summary

• Suspended electrode design with metallic bars protected by a plastic shield
• Corrosion-resistant construction suitable for aggressive liquid environments
• Utilizes Teflon insulation for enhanced chemical compatibility

Applications

• Conductivity-based liquid level measurement
• Industrial process monitoring in corrosive fluids
• OEM fluid control systems requiring suspended probes

Procurement Notes

Verify exact material specifications against current manufacturer datasheets, as component materials like Carp.20 may vary by production batch or regional compliance requirements. Confirm cable length and connector types match system integration needs before purchase.

Selection Notes

Select this model when suspended electrode technology is required for corrosive media. Ensure the 100ft cable length meets installation depth requirements. Validate that Teflon-insulated shields are compatible with the specific chemical composition of the target liquid to prevent degradation.

Part Context

Part of the Warrick-branded Series 3Y line under Gems Sensors & Controls, specializing in fluid sensing solutions. The 3Y series focuses on wire-suspended probes for robust performance in challenging industrial environments where standard fixed probes may fail due to corrosion or mechanical stress.

Replacement Considerations

No public confirmed substitute part numbers are available for direct replacement. Consult Gems Sensors technical support for equivalent models if specific dimensions or material grades differ from existing installations.