Product Overview

The Safety Designer safety controller from SICK is a fully licensed freeware solution designed for industrial safety applications. It provides a robust, integrated platform for implementing safe control functions in machinery and automated systems. Built on a secure software foundation, the Safety Designer enables engineers to configure and manage safety-related logic efficiently without requiring additional licensing costs. The controller runs on Windows 10 Enterprise LTSC, 21H2 (64 Bit), ensuring long-term stability and compatibility with industrial environments. With its dedicated focus on safety functionality, it supports seamless integration into existing control systems while maintaining compliance with international safety standards. This freeware offering makes advanced safety design accessible to users who require reliable, certified solutions without upfront licensing fees.

Key Features and Technology

The Safety Designer leverages deTec4, deTem4, and deTem4 A/P with DMM4 technologies for precise detection and monitoring of safety-related signals. These technologies enable accurate and reliable evaluation of safety conditions in real time, ensuring consistent performance under varying operational demands. The controller operates at a core frequency of 2 GHz, providing high processing speed necessary for fast response times during safety event handling. With 4 GB of RAM, it ensures sufficient memory capacity to manage complex logic configurations without performance degradation. This combination of high-speed processing and dedicated safety algorithms supports real-time decision-making critical in dynamic industrial environments.

Technical Characteristics

The Safety Designer is powered by a 2 GHz processor and includes 4 GB of RAM, ensuring optimal performance for demanding safety logic tasks. It runs exclusively on Windows 10 Enterprise LTSC, version 21H2 (64 Bit), which provides long-term support and enhanced system stability. The software supports deTec4, deTem4, and deTem4 A/P with DMM4 technologies, enabling comprehensive detection and monitoring capabilities for safety-related inputs and outputs. These features are designed to meet rigorous industrial safety requirements while maintaining high reliability and fault tolerance. All technical specifications reflect SICK’s commitment to delivering a stable, secure, and efficient platform for safety control applications.

Configuration and Integration

The Safety Designer integrates directly into existing automation systems through its compatibility with Windows 10 Enterprise LTSC, 21H2 (64 Bit). It supports configuration using deTec4, deTem4, and deTem4 A/P with DMM4 technologies, allowing users to define safety functions such as emergency stops, machine guarding, and interlock logic. The software enables straightforward setup of safety circuits and real-time monitoring through intuitive graphical interfaces. No additional hardware is required for core functionality—only the host PC running the specified Windows environment. This plug-and-play approach simplifies deployment across various industrial settings while maintaining full compliance with safety standards.

Operating Environment

The Safety Designer operates within standard industrial computing environments, requiring a Windows 10 Enterprise LTSC, 21H2 (64 Bit) operating system. It is designed to function reliably in typical factory conditions where stable power and network connectivity are available. The software does not require specific environmental ratings such as IP or temperature ranges beyond those supported by the host PC platform. As a freeware solution, it runs on standard desktop systems with sufficient processing power and memory—specifically 2 GHz processor and 4 GB RAM—to ensure consistent performance. This makes it suitable for use in controlled industrial environments where safety logic execution must remain responsive and accurate.

Industrial Applications

The Safety Designer is ideal for use in a range of industrial automation applications requiring reliable safety control, such as machine guarding, emergency stop systems, and interlock management. Its support for deTec4, deTem4, and deTem4 A/P with DMM4 technologies ensures accurate detection and response to safety events. The 2 GHz processor and 4 GB RAM provide the necessary performance to handle complex logic sequences in real time. Applications include packaging lines, material handling systems, and assembly equipment where safe operation is critical. By enabling precise safety function implementation through a secure, freeware platform, Safety Designer supports compliance with international safety standards across diverse industrial sectors.