Technical Specifications

1. Model: Hima X-SB01 985210207
2. Type: Safety System Interface Module
3. Functionality:
   • Designed to provide interface and communication capabilities for integrating various safety devices and modules into a Hima safety system.
   • Facilitates communication between safety systems and other components in the control network.
4. Power Requirements:
   • Voltage: Typically operates on 24V DC. Exact voltage requirements should be confirmed in the module’s datasheet.
   • Power Consumption: Specific power consumption details are provided in the module’s technical documentation.
5. Physical Specifications:
   • Form Factor: Usually mounted on a DIN rail or within an industrial control panel.
   • Dimensions: Dimensions can be found in the module’s datasheet.

Features

1. Safety System Integration:
   • Provides connectivity for integrating various safety components into Hima’s safety systems.
   • Supports seamless communication with safety I/O modules and other safety-related devices.
2. Communication Interfaces:
   • Equipped with communication ports to connect with other safety modules and control systems.
   • Supports industry-standard communication protocols to facilitate data exchange.
3. High Reliability:
   • Built to perform reliably in harsh industrial environments.
   • Designed to handle electrical noise and other disturbances common in industrial settings.
4. Modular Design:
   • Easily integrates into existing Hima safety and control systems.
   • Modular design allows for flexible system expansion and configuration.
5. Diagnostics and Monitoring:
   • Includes diagnostic features for monitoring the status of the safety system and detecting faults.
   • Provides feedback for system maintenance and troubleshooting.
6. Compliance with Safety Standards:
   • Meets relevant safety standards and certifications such as SIL (Safety Integrity Level) or PL (Performance Level).
   • Ensures adherence to safety regulations in critical applications.

Applications

1. Industrial Safety Systems:
   • Used to interface safety devices and modules within industrial safety systems.
   • Supports the integration of various safety components for comprehensive safety management.
2. Process Control:
   • Applied in process control systems to manage communication between safety devices and control systems.
   • Enhances the ability to monitor and control processes with safety considerations.
3. Machine Automation:
   • Integrated into machine automation systems to facilitate communication with safety modules and components.
   • Supports complex automation tasks involving safety system integration.
4. Building Automation:
   • Can be used in building automation systems for integrating safety and control devices.
   • Suitable for commercial and residential applications where safety system integration is required.
5. System Expansion:
   • Facilitates the expansion of safety and control systems by integrating additional safety modules and devices.
   • Supports scalable and flexible system architectures.