Features:
- 4-channel proximity signal processing supporting multiple vibration measurement functions.
- Flexible compatibility with multiple probe sizes and sensitivity levels.
- Dual-group channel configuration enabling independent measurement setups.
The PT2060/10 PT2060/10-A0 PROX Proximity Module plays an important role in industrial condition monitoring systems by processing proximity probe signals in real time. It is widely used in machinery protection environments where vibration and shaft position need to be continuously evaluated. The module ensures reliable signal interpretation from multiple probe types. Its flexible configuration makes it suitable for complex monitoring systems. The PT2060/10 PT2060/10-A0 PROX Proximity Module is designed for integration into rack-based industrial setups.
In vibration monitoring applications, the PT2060/10 PT2060/10-A0 PROX Proximity Module supports radial vibration, axial position, and eccentricity measurement. It allows operators to configure each channel group independently based on specific monitoring needs. This flexibility improves system adaptability in rotating machinery environments. The module processes signals with defined sensitivity ranges for different probe sizes. The PT2060/10 PT2060/10-A0 PROX Proximity Module ensures stable performance under industrial conditions.
The PT2060/10 PT2060/10-A0 PROX Proximity Module is also valuable for diagnostic and system-level information access. It provides real-time alarm status, GAP voltage readings, and historical event data through communication interfaces. LED indicators further support local status monitoring for quick system checks. Its compatibility with multiple probe systems enhances deployment options in existing installations. The PT2060/10 PT2060/10-A0 PROX Proximity Module supports efficient integration and monitoring across industrial platforms.
The PT2060/10 PT2060/10-A0 ProvibTech PROX Proximity Module may still be available for purchase and support from Apter Power beyond End-Of-Life (EOL) by the manufacturer (OEM).
ProvibTech PT2060/10 PT2060/10-A0 PROX Proximity Module Manuals,Datasheets,Link
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
ProvibTech PT2060/10 PT2060/10-A0 PROX Proximity Module Specs
General
- Manufacturer ProvibTech
- Model PT2060/10 PT2060/10-A0
- Condition New Original ready stock
- Product Family PT2060/10,PT2060/40 PT2060/40-A0,PT2060/43 PT2060/43-A0
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
- Component Structure: Each module consists of a front panel assembly and a back panel I/O module. They must be installed in pairs.
- Rack Location: Can be installed in slots 1 to 12 of a standard 19-inch PT2060 rack, or slots 1 to 6 of a 12-inch rack.
- Shielding and Grounding: To ensure signal accuracy, the shielding cable must be reliably connected to the COM port; otherwise, measurement deviations may occur.
- Bus Power Supply: Powered directly by the PT2060/90 power module via the internal rack data bus, eliminating the need for an external power supply.
- Dedicated Software: Uses the PT2060-CFG system configuration software for intuitive and easy digital settings.
- Parameter Adjustment: Supports on-site fine-tuning of alarm points, full-scale range, time delay, etc., for each channel.
- Logic Settings: Alarm suppression and trip multiplication can be defined via software.
- Status Retrieval: The configuration interface allows access to module status, historical alarm records, and system event lists for convenient troubleshooting.
- Radial Vibration: Real-time monitoring of axial and radial displacement and vibration in rotating machinery such as turbines and compressors.
- Axial Displacement: Used for monitoring thrust bearing wear in critical units to prevent collisions between moving and stationary parts.
- Eccentricity Monitoring: Monitoring shaft bending or eccentricity during turbine startup to ensure safe over-critical operation.
- Speed Measurement: Works with eddy current sensor input to achieve high-precision speed signal conversion and overspeed protection logic.