Product Overview

The i110R is a rugged electro-mechanical safety position switch designed for reliable detection of dangerous movements, even at high speeds. It features a standardized housing made from die-cast zinc and includes a metal turning lever with a plastic roller, ensuring robust mechanical performance in demanding industrial environments. This safety switch provides dependable operation by identifying unsafe positions through its precise switching elements. Ideal for applications requiring consistent and fail-safe detection, the i110R is engineered to withstand harsh conditions and maintain operational integrity under high torque actuation. Its design emphasizes durability and long-term reliability, making it a trusted choice in safety-critical systems where mechanical robustness and electrical performance are essential.

Key Features and Technology

The i110R leverages a standardized die-cast zinc housing and a metal turning lever with a plastic roller to deliver high durability and consistent actuation. The turning lever is designed to withstand high torques, ensuring the entire safety switch remains functional under harsh system use. Its different switching elements provide optimized electrical connectivity, enabling reliable signal transmission during position detection. This combination of mechanical strength and precise electrical performance ensures that the i100R maintains accurate operation even in dynamic or high-vibration environments. The technology supports safe and fail-safe identification of dangerous movements, making it suitable for applications where safety integrity is paramount.

Technical Characteristics

The i110R safety position switch features a rugged electro-mechanical design with a die-cast zinc housing and a metal turning lever equipped with a plastic roller. It offers multiple switching elements to provide optimal electrical connectivity, ensuring consistent signal output across different operational conditions. The switch is designed for high-torque actuation of the turning lever, which enhances its ability to detect dangerous movements reliably under demanding use. Its standardized construction supports compatibility with various safety systems and ensures long-term performance without degradation due to environmental or mechanical stress.

Configuration and Integration

The i110R is designed for straightforward integration into existing safety circuits. Its standardized housing and switching elements allow seamless compatibility with a range of safety-related control systems. The switch supports various electrical configurations through its different switching elements, enabling adaptation to specific application requirements. No additional hardware or complex wiring is required for standard use. Integration focuses on ensuring reliable signal transmission while maintaining compliance with safety standards. This makes the i110R an efficient and practical solution for retrofitting or expanding safety systems in industrial environments.

Operating Environment

The i110R is built to operate reliably in harsh industrial conditions. Its die-cast zinc housing provides excellent resistance to corrosion and mechanical wear, ensuring long-term performance in challenging environments. The switch is suitable for use in a range of temperatures and humidity levels typical in manufacturing and process industries. It is designed to withstand high torque actuation during operation, making it ideal for applications involving frequent or intense mechanical movement. The robust construction ensures continued functionality even under vibration, impact, or exposure to dust and debris commonly found in industrial settings.

Industrial Applications

The i110R safety position switch is widely used in industrial environments where reliable detection of dangerous movements is essential. It has been successfully applied in safety systems at wind power plants for personal protection, demonstrating its effectiveness in outdoor and high-exposure settings. The switch’s ability to operate reliably at high speeds and under high torque makes it suitable for use in machinery guarding, machine stops, and process control systems where mechanical safety is critical. Its rugged design ensures dependable performance across diverse industrial applications requiring fail-safe position detection.