Water Lubricated Bearing Simulator

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Water Lubricated Bearing Simulator

The Water-Lubricated Bearing Simulator by Kinetica Bearings Pvt. Ltd. is an advanced testing platform designed to study the performance, reliability, and fault behavior of bearings operating under eco-friendly, water-based lubrication. It enables users to analyze performance characteristics across various operating conditions. As industries shift toward sustainable and non-polluting technologies, water-lubricated systems offer a clean and efficient alternative to conventional lubrication methods. This simulator helps engineers and researchers evaluate bearing performance, diagnose faults, and optimize designs for applications in marine, hydro, and process industries
Applications
  • Bearing performance research and development
  • Marine and high-speed machinery design
  • Tribology and fluid film lubrication studies
  • Educational demonstration in mechanical engineering laboratories
  • Signal processing techniques
  • Variable speed/load effects
  • Motor current analysis
  • Rotor dynamics
  • Modal analysis
  • Vibration training
  • Shaft alignment training
Benefits
  • Enables study of bearings using clean, non-polluting water as a lubricant.
  • Helps optimize bearing design for high-speed, low-friction applications
  • Reduces wear and energy loss in precision machinery
  • Enhances research and educational capabilities
Key Features
    • Versatile Testing Capability: Designed to evaluate both journal and thrust bearings under varying load, speed, and temperature conditions.
    • High-Speed Operation: Supports rotational speeds of up to 6,000 RPM, simulating real-world performance in advanced rotating machinery.
    • Variable Speed and Load Control: Allows simulation of different real-world operating environments.
    • Multi-Gas Compatibility: Operates with air, nitrogen, or custom gas mixtures, offering flexibility for research and industrial testing applications.
    • Advanced Instrumentation: Equipped with high-precision sensors to accurately measure load-carrying capacity, temperature, torque, and vibration parameters.
    • Modular and Adaptable Design: Modular setup allows testing of various bearing sizes, materials, and configurations, enabling easy customization for different research or industrial needs.
    • Data Acquisition and Control: Optional digital data logging and control interface for real-time monitoring, analysis, and performance optimization.
    • Rugged Industrial Construction: Built with high-quality materials and precision components to ensure durability, stability, and long service life.

Motor

3 Phase, 1 HP motor, pre-wired self-aligning mounting system for easy installation/removal

Drive

1 HP variable frequency AC drive with multi-featured front panel programmable controller

RPM range

0 to 6000 rpm (short duration) variable speed

Current Measurement

Power leads accessible for current measurements

Tachometer

Built-in tachometer with LCD display and one pulse per revolution analog TTL output for DAQ purposes

Voltage

115/230 VAC, Single phase, 60/50 Hz

Shaft Diameter

3/4″ diameter; Turned, Ground, & Polished (TGP) steel

  • Training manual
  • 1″ shaft bearing loader
  • Force transducer
The WLBS offers a versatile platform for exploring and understanding vibration signatures of common machine faults. It is ideal for training and research in rotordynamics and condition monitoring. For advanced studies, optional kits and add-on modules are available to investigate complex vibration phenomena and specialized fault conditions.
Package # 1 : Basic WLBS+ Kits for in-depth studies of resonance issues
Package # 2 : Basic WLBS+ Kits in-depth studies of bearing defects issues
Package # 3 : Basic WLBS+ Kits in-depth studies of alignment, balancing, resonance, and bearing defects issues
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