This AC contactor line covers LC1D25, LC1D32 and LC1D38 models with coil variants B7C, F7C, M7C and Q7C, available in coil voltages 24V, 110V, 220V and 380V. Designed for reliable control of motors and other inductive loads, this airtype switching solution delivers flexible, durable performance in industrial control panels. Key benefits Flexible coil voltage options: 24V, 110V, 220V and 380V to suit a wide range of control circuits. Suitable current ratings: LC1D25 (25 A), LC1D32 (32 A), and LC1D38 (38 A) to match different load demands. Threepole configuration: ideal for threephase motor control and similar inductive loads. Durable and compact: designed for reliable operation in rugged environments while fitting into standard panel layouts. Coil variant options: B7C, F7C, M7C and Q7C variants to align with specific control systems. Key attributes Functionality: AC contactor for switching and controlling motors and other inductive loads in AC circuits. Compatibility: available coil voltages 24V, 110V, 220V, 380V; coil variants B7C, F7C, M7C, Q7C. Size and configuration: threepole design suitable for compact panel mounting in motor control circuits. Performance: designed for reliable, quick switching and long service life in industrial applications. Construction: marketed as an airtype contactor suitable for generalpurpose switching of AC loads. Applications and use cases Motor control for pumps: start and stop a threephase pump motor in water treatment, irrigation, or process plants to manage flow and pressure with reliable energization. Conveyor and material handling: drive a threephase conveyor motor in packaging or manufacturing lines, enabling synchronized on/off control and load management. HVAC and air handling: control fan or blower motors in HVAC systems, providing dependable operation for climate control and air quality management. Notes The LC1D25, LC1D32 and LC1D38 variants cover a range of current ratings, allowing selection based on the specific motor or inductive load being controlled. Coil voltages and coil variants (24V/110V/220V/380V; B7C/F7C/M7C/Q7C) should be matched to the control circuitry and voltage availability in the installation. Suitable for integration into standard control panels and control circuits that require robust AC switching of motors and similar loads.