Carlo Gavazzi CLP2EA1C115 Conductive Level Controller (Dual Function, 115 VAC, Made in Malta)

Product description of CLP2EA1C115 Conductive Level controller

The Carlo Gavazzi CLP2EA1C115 Conductive Level Controller delivers accurate liquid level monitoring for industrial tanks, reservoirs, and process vessels. Designed for conductive liquids such as water, coolant, or mild chemical solutions, the controller continuously detects level changes through external probes. As conductivity between electrodes varies, the device instantly switches its relay output; therefore, pumps and valves respond without delay.

Moreover, the controller supports dual operating modes (Fill and Empty). In filling applications, it automatically starts a pump when the level drops and stops it at the upper probe. Conversely, in emptying operations, it activates discharge equipment when liquid reaches the high level and deactivates at the low level. This flexibility reduces installation cost because a single unit handles two operational tasks.

LED status indicators allow quick visual confirmation of supply and relay condition. Additionally, adjustable sensitivity improves compatibility with different conductivity ranges. As a result, operators can fine-tune performance even when water quality changes. The compact housing fits standard control panels, while DIN-rail mounting speeds up commissioning.

Reliable Integration & Safety

Carlo Gavazzi manufactures the CLP2EA1C115 in Malta using robust industrial-grade components. Consequently, the unit withstands continuous duty cycles in automation environments. The 115 V AC universal frequency supply (50/60 Hz) allows easy integration into commercial and industrial electrical systems without additional transformers.

Furthermore, conductive sensing technology eliminates moving mechanical parts. Because of that, maintenance needs remain minimal compared to float switches. The controller also helps prevent tank overflow and dry-running pumps, which protects motors, reduces downtime, and saves energy. In addition, its electrical isolation between probes and control circuitry enhances operational safety.

Panel builders, water treatment plants, cooling towers, and HVAC systems widely use this controller. Meanwhile, irrigation and boiler feed systems benefit from dependable switching accuracy. Finally, stable relay operation ensures consistent automation performance over long operating periods.

Technical Specification