Technical Specifications

1. Monitoring Functions:
   • Insulation Monitoring: Measures the insulation resistance of electrical systems.
   • Leakage Current Monitoring: Detects leakage currents and ground faults.
   • Earth Fault Monitoring: Monitors for earth faults in electrical installations.
2. Input/Output:
   • Measurement Range: Supports a wide range of insulation resistance values.
   • Output Relays: Equipped with relay outputs for fault alarms or system disconnection.
   • Communication Interfaces: Includes communication options for integration into control systems.
3. Power Supply:
   • Typical Input: 24V DC, providing flexibility for various installations.
   • Power Consumption: Low power consumption to enhance operational efficiency.
4. Display and Controls:
   • LCD Display: Provides real-time monitoring data and system status.
   • Controls: Includes buttons for configuration and system management.
5. Dimensions:
   • Designed for compact installation in standard control panels.
   • Mounting: DIN rail mountable for easy integration into existing panels.

Functional Features

1. High Precision Measurement:
   • Provides accurate and reliable measurements of insulation resistance and leakage currents.
   • Ensures early detection of potential issues to prevent system failures.
2. Smart Diagnostics:
   • Advanced diagnostic capabilities for identifying and analyzing faults.
   • Offers insights into system performance and potential risks.
3. Alarm and Warning:
   • Configurable alarm thresholds for insulation resistance and leakage current.
   • Provides visual and relay-based alarms to signal faults and trigger corrective actions.
4. Flexible Configuration:
   • Configurable parameters through the device’s interface or software tools.
   • Allows customization of settings to match specific system requirements.
5. Communication Integration:
   • Supports integration with building management systems or other control systems via communication protocols.
   • Facilitates remote monitoring and management.

Application Scenarios

1. Industrial Automation:
   • Used in industrial environments to monitor and ensure the safety of electrical installations and machinery.
   • Protects against electrical faults that could lead to equipment damage or safety hazards.
2. Building Management Systems:
   • Suitable for integration into building management systems to monitor the integrity of electrical systems and prevent potential failures.
   • Enhances safety and operational reliability in commercial and residential buildings.
3. Energy Management:
   • Applied in energy management systems to ensure the reliable operation of electrical infrastructure.
   • Helps in maintaining energy efficiency and reducing downtime due to electrical faults.
4. Critical Infrastructure:
   • Utilized in critical infrastructure sectors such as healthcare, data centers, and transportation where electrical system reliability is crucial.
   • Provides proactive fault detection to safeguard operations.

Additional Considerations

• Installation: Ensure proper installation according to the manufacturer’s guidelines to maintain optimal performance.
• Maintenance: Regularly check and calibrate the device to ensure accuracy and reliability over time.
• Support: For detailed technical support, installation guides, and troubleshooting, contact Bender or an authorized distributor.