Technical Specifications

1. Model: 190027
2. Type: Proximity Probe Extension Cable
3. Function: Provides an extension for connecting proximity probes to the monitoring system, facilitating the installation of probes at desired locations in machinery.
4. Cable Specifications:
   • Length: Specific lengths are typically available, and the product may be customizable to meet specific installation needs. Check the datasheet for available options.
   • Conductor Type: Includes shielded, twisted pair conductors designed to minimize electrical noise and interference.
   • Shielding: Features shielding to protect against electromagnetic interference (EMI) and ensure the integrity of the signal being transmitted.
5. Electrical Characteristics:
   • Voltage Rating: Designed to handle the voltage levels typical in machinery monitoring systems. Specific ratings are detailed in the datasheet.
   • Impedance: Matches the impedance of the associated proximity probes to ensure accurate signal transmission.
6. Environmental Conditions:
   • Temperature Range: Operates within an industrial temperature range, typically from -40 to 85°C.
   • Relative Humidity: Suitable for environments with relative humidity up to 95% (non-condensing).

Features

1. High-Quality Signal Transmission: Ensures reliable transmission of signals from proximity probes to monitoring systems, maintaining data accuracy.
2. Durable Construction: Designed to withstand harsh industrial environments, including high temperatures and mechanical stresses.
3. Effective Shielding: Includes shielding to reduce the impact of EMI and ensure stable signal quality.
4. Flexible Installation: Provides flexibility in probe placement, allowing for precise positioning of proximity probes in various machinery monitoring setups.
5. Compatibility: Designed to work with Bently Nevada’s proximity probes and monitoring systems.

Application Scenarios

1. Machinery Protection: Utilized in machinery protection systems to extend the reach of proximity probes, enabling precise monitoring of critical machinery components such as rotating shafts.
2. Condition Monitoring: Applied in condition monitoring systems to connect probes to data acquisition systems, allowing for continuous evaluation of machinery health.
3. Industrial Automation: Ideal for industrial automation systems where accurate signal transmission from proximity probes is essential for system efficiency and reliability.
4. Process Control: Useful in process control environments to ensure reliable connections between sensors and monitoring equipment, facilitating stable machinery operation.

Installation and Configuration

1. Mounting:
   • Form Factor: Typically routed or mounted in industrial environments to connect proximity probes to monitoring systems. Proper installation is essential for maintaining signal quality and system reliability.
2. Wiring:
   • Connections: Connects to proximity probes and monitoring equipment using standard industrial wiring practices. Detailed wiring diagrams and instructions are included in the product documentation.
3. Configuration:
   • Compatibility: Ensure the extension cable is compatible with the specific proximity probes and monitoring systems in use. Configuration involves correct connection and routing to maintain system functionality.