HES MCK-1-2 Narrow Stainless Steel Plate SPDT

HES MCK-1-2 Narrow Stainless Steel Plate with SPDT Alternate Action Switch

The HES MCK-1-2 is a narrow stainless steel mounting plate engineered for access control and building automation systems requiring reliable SPDT (Single Pole Double Throw) switching. Built to deliver durability and electrical performance in security-critical installations, this compact plate assembly integrates seamlessly with electromagnetic lock systems and enterprise-grade access control architectures.

Key Features

• SPDT Alternate Action Switch: Single Pole Double Throw mechanism provides flexible dual-state control logic for access management and signaling in integrated security systems
• Narrow Stainless Steel Construction: Compact footprint with corrosion-resistant material suited for high-security and sensitive environments
• Precision Mounting Plate: Engineered for reliable mechanical and electrical contact with consistent performance across the product lifecycle
• Corrosion Resistance: Stainless steel construction ensures reliable operation in both indoor and controlled facility environments
• Standard Access Control Compatibility: Designed to integrate with electromagnetic lock systems and common building automation control architectures
• Repeatable Switching Action: Delivers consistent alternate action for redundant safety circuits and failsafe control logic

Technical Highlights

The MCK-1-2 narrow plate design minimizes installation footprint while maintaining robust electrical switching capability. The SPDT alternate action mechanism ensures that each activation toggles between two distinct electrical states, making it ideal for applications requiring positive confirmation of lock status or dual-circuit control in failsafe configurations. The stainless steel construction provides long-term reliability without degradation from environmental exposure, corrosion, or repeated cycling.

Applications

Ideal for security integrators and facilities managers deploying electromagnetic locking systems in corporate offices, government facilities, healthcare institutions, and critical infrastructure. Commonly used in access control panels, door-mounted lock assemblies, and building automation systems where compact, corrosion-resistant hardware is essential to system integrity and uptime.