Omron Z Series Plunger Limit Switch, NO/NC, IP00, SPDT, Thermosetting Resin Housing, 500V ac Max, 15A Max

The Z series of basic switches from Omron are in plastic housing however still provide the same electrical and mechanical switching capability and lifetime as standard limit switches. These basic switches are ideal for use in uncritical environments or when separately encased in subassemblies.

High precision basic switch in a wide range of variations
Large switching capacity of 15A with high repeat accuracy
Contact configuration: SPDT
Contact rating: 250Vac 15A, 14Vdc 15A
Contact Gap either 0.5mm (Standard) or 1.8mm (High Capacity)

UL recognised, CSA

This limit switch plays a crucial role in automation and control systems by providing accurate positioning and feedback. Known for its durable design and consistent performance, it is ideal for various industrial applications where effective functionality is important. The plunger actuator design ensures reliable activation, making it a key component for protecting machinery and enhancing operational efficiency.

• Mechanical life of 20 million operations for extended use
• Compact size allows for installation in confined spaces
• Snap action mechanism ensures rapid response times
• Configurable to NO/NC states for flexible Applications
• Operates at high currents up to 15A for various settings

• Used for position detection in automation equipment
• Commonly found in conveyor systems for safety protocols
• Appropriate for motor control and robotic
• Integrated into packaging machinery for improved efficiency
• Employed in assembly lines for quality control measures

The device can function at temperatures up to +80°C, ensuring consistent performance across different conditions.

Yes, it can accommodate a maximum AC voltage of 500V and DC voltage of 250V, making it suitable for diverse electrical systems.

The operating force varies from 2.45N to 3.43N, allowing for calibration based on specific application needs.

The housing is made from thermosetting resin, contributing to its durability in industrial environments.