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Vibration probes/Eddy-current sensors Price List

128987-130-02-05

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Model: 128987-130-02-05

Order No: BENTLY NEVADA 128987-130-02-05

SKU: 1729645839709106984

Condition: New Sealed Under Guarantee

Size: 31.00 cm,33.00 cm,6.50 cm

Weight: 0.50kg

Product Selection Engineer:ZhangWenBing

In Stock

Brief Introduction

128987-130-02-05

Bently Nevada vibration sensors monitor and measure the quality and integrity of their machine performance. By installing a Bently Nevad eddy current sensor, it is ideal for measuring rotor shaft position and vibration. The sensor portfolio helps you install and protect accessories and components for your most critical equipment, monitor unit vibration and protect equipment. Eddy current proximity sensors provide continuous condition monitoring information and trip monitoring machines when needed to support proactive maintenance procedures and machinery diagnostics. Bentley approach eddy current sensors are ideal for measuring rotor shaft position and vibration within the clearance of fluid film bearings and provide superior performance in harsh environments.Bently Approach Proximity Sensors Product Features:• Helps reduce costs, improve product quality and limit machine downtime.• Reduced Overall Rates – When you use proximity sensors as part of your plant-wide monitoring program, the costs associated with insurance, maintenance, and unplanned repairs will drop significantly• Increased Revenue - When you use our proximity sensors as part of your plant-wide monitoring program, revenue increases by increasing uptime and production quality.• Minimize unplanned downtime - You can convert unplanned and costly downtime into planned, manageable downtime.

Description

The 128987-130-02-05 is a specialized multi-section industrial component developed for advanced mechanical and automated systems requiring precise coordination and high durability. Constructed from high-grade alloy materials, it exhibits exceptional tensile strength, thermal stability, and resistance to fatigue, making it ideal for heavy-duty and high-cycle applications. This component is designed with multi-stage structural features that support modular installation, flexible configuration, and reliable interconnection with adjacent parts or subsystems. Each segment is engineered to maintain dimensional stability under heavy loads, high-speed motion, and harsh environmental conditions, ensuring consistent mechanical performance. Its surface treatment enhances protection against oxidation, chemical exposure, and physical abrasion, prolonging service life and reducing downtime. The component is widely applied in automated production lines, robotic arms, machine tools, and precision transmission systems, where accurate positioning and stable motion control are critical. It complies with strict industrial quality standards and passes comprehensive performance tests, including load testing, fatigue testing, and environmental simulation. With optimized design for low friction and smooth operation, it improves overall system efficiency, reduces energy consumption, and supports reliable long-term operation. Its standardized dimensions ensure compatibility with common industrial mounting setups, facilitating easy maintenance, replacement, and system scalability.
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