Relais Key benefits - Provides electrical isolation between control signals and high power circuits, reducing risk to sensitive electronics. - Allows a low power control source such as a microcontroller to switch larger loads safely and reliably. - Supports repetitive operation with predictable life for a variety of applications. - Compact form factor facilitates dense and space constrained installations. - Durable construction suited to long service in electronic and control systems. Key features - Function: electromechanical relay used to open and close circuits under coil drive. - Compatibility: available in configurations suitable for PCB mounting and wire termination; supports multiple coil voltages and common contact arrangements. - Size: compact footprint designed for space constrained boards and panels. - Material: robust housing with insulating structure appropriate to typical relay variants; designed for reliable mechanical and electrical performance. - Performance: designed for stable switching, low contact resistance, and good isolation between coil and contacts; engineered for consistent operation over repeated cycles. - Environmental and safety: variants may offer protective encapsulation or sealed construction to suit different application environments and safety standards. Specifications overview (typical attributes) - Coil: compatible with standard low power control signals; multiple coil voltage options may be available. - Contacts: configurable contact arrangements to match switching needs. - Mounting: suitable for PCB mounting or wire termination depending on variant. - Insulation and safety: built to maintain electrical separation between control and load circuits under normal operating conditions. Use scenarios - Scenario 1: Home automation and smart devices Use the relay to switch lighting, fans, or appliances from a microcontroller or smart controller, providing isolation between the control logic and mains loads. - Scenario 2: Industrial control panels Interface control logic with motors, solenoids, or valves in a control cabinet, enabling reliable, isolated switching of higher power or hazardous loads. - Scenario 3: Power supplies and distribution modules Use the relay to control charging circuits, load switching, or safety interlock functions, maintaining separation between control electronics and power circuits. Notes - If you require specific coil voltages, contact configurations, or mounting options, select the variant that matches your control signal and installation needs.