106765-07 Sensor Proximity

Overview

Place of Origin:	USA
Brand Name:	Bently Nevada
Model Number:	106765-07
Minimum Order Quantity:	1
Packaging Details:	Original new Factory Sealed
Delivery Time:	5-7 days
Payment Terms:	T/T
Supply Ability:	In stock

Quick Detail

Description

The 330525-00 Velomitor XA Sensor stands as a pinnacle of industrial vibration sensing, specifically engineered for those who require more durability than a standard transducer can offer. As a specialized 330525-00 Velomitor XA Sensor, this device represents a significant "eXtended Application" upgrade over the traditional 330500 series. The core strength of the 330525-00 Velomitor XA Sensor lies in its high-grade 316L stainless steel housing, which provides exceptional resistance to pitting and chemical corrosion. Unlike other sensors that require additional protective enclosures, the 330525-00 Velomitor XA Sensor is designed to be mounted directly on machinery in open-air environments, thanks to its self-shielding and robust construction.

In terms of environmental protection, the 330525-00 Velomitor XA Sensor is unmatched. When paired with its unique, weatherproof connector and dedicated cable assembly, the 330525-00 Velomitor XA Sensor creates a hermetically sealed system capable of operating in saturated, moist environments. This ensures that the 330525-00 Velomitor XA Sensor maintains high-fidelity signal output even when exposed to high-pressure wash-downs or tropical humidity. Properly installed, the 330525-00 Velomitor XA Sensor meets the stringent IP-65 and NEMA 4X industrial standards, ensuring total protection against dust ingress and water jets from any direction.

Furthermore, the 330525-00 Velomitor XA Sensor utilizes piezoelectric sensing elements that convert velocity into a stable voltage signal, making it ideal for monitoring the casing vibration of pumps, motors, and fans. The 330525-00 Velomitor XA Sensor is particularly effective at detecting structural resonances and mechanical looseness that proximity probes might miss. By integrating the 330525-00 Velomitor XA Sensor into your machinery protection plan, you are choosing a sensor that prioritizes longevity and precision.

Applications

1. Petrochemical & Refining: Rotating Machinery Condition Monitoring

In petrochemical and refining facilities, the sensor monitors centrifugal pumps, compressors, and fans. The 316L stainless steel case resists chemical erosion from crude oil, solvents, and industrial fumes, ensuring long-term durability. It operates reliably in -55°C to +121°C environments, adapting to outdoor and indoor equipment areas. With <2400Ω dynamic output impedance and stable sensitivity, it accurately captures vibration signals of rotating components, helping detect misalignment, wear, or imbalance. The 5.0m cable and rugged MIL-C-5015 connector ensure stable signal transmission in harsh industrial sites, minimizing unplanned downtime.

2. Heavy Manufacturing & Mining: Gearbox & Motor Vibration Sensing

For heavy manufacturing (steel, automotive) and mining equipment (crushers, conveyors), the sensor is used for gearbox, motor, and reducer vibration monitoring. Its compact dimension (7.6x3x3cm) and lightweight (0.12kg) design allow easy installation on tight machinery. The 316L stainless steel case resists dust, impact, and wear in mining and manufacturing environments. With -22 to -30VDC power requirement and 2.5-6.0mA bias current, it integrates seamlessly with industrial control systems. The 3.94mV/mm/s sensitivity ensures precise vibration measurement, supporting predictive maintenance and reducing equipment failure risks.

3. Marine & Offshore: Vessel Machinery Monitoring

In marine and offshore scenarios, the sensor monitors ship engines, propeller shafts, and offshore pumps. The 316L stainless steel case provides superior saltwater corrosion resistance, adapting to harsh marine environments. Its -55°C to +121°C operating range withstands extreme temperature changes at sea. The 5.0m cable with MIL-C-5015 connector (rugged shell) ensures reliable connection under vessel vibration. Compact size and lightweight design fit limited vessel equipment space, helping monitor machinery health and ensure voyage safety without frequent maintenance.

Specifications

Competitive Advantage

1.Superior Environmental Durability, Adapt to Harsh Industrial Scenarios

Crafted with 316L stainless steel case, the sensor boasts excellent corrosion resistance, wear resistance, and anti-rust performance, far exceeding ordinary carbon steel or plastic-case sensors. It can withstand chemical erosion, salt spray, and industrial dust in petrochemical, marine, and mining environments, ensuring long-term stable operation. With an ultra-wide operating temperature range of -55°C to +121°C, it adapts to extreme cold, high-temperature, and large temperature fluctuation scenarios (e.g., cold regions, turbine compartments), outperforming conventional sensors with narrow temperature tolerance and avoiding performance degradation or failure.

2.High Measurement Accuracy & Stable Signal, Reliable Data Support

Featuring a sensitivity of 3.94mV/mm/s (±5%), the sensor achieves high-precision vibration measurement, accurately capturing dynamic vibration signals of rotating machinery. Its temperature sensitivity ranges from -14% to +7.5% over the operating temperature range, minimizing signal drift caused by temperature changes and ensuring data consistency. With dynamic output impedance less than 2400Ω, it reduces signal attenuation during transmission, providing clear and stable data for equipment fault diagnosis, which is more reliable than low-precision sensors prone to data distortion.

3.Compact Lightweight Design, Flexible Installation & Wide Adaptation

Weighing only 0.12kg with a compact 7.6x3x3cm dimension and overall case length of approx. 64mm, the sensor fits narrow equipment spaces and compact machinery where bulky sensors cannot be installed. The 5.0-meter long cable supports flexible layout in large-scale equipment (e.g., power turbines, offshore platforms), eliminating installation restrictions caused by short cables. The lightweight design also reduces equipment load and simplifies on-site installation, improving construction efficiency compared with heavy sensors.

4.Rugged Connector & Durable Cable, Low Failure Risk

Equipped with a 2-pin 5/8-24 UNEF shell (MIL-C-5015) connector, the sensor features a rugged structure and firm connection, effectively resisting vibration, impact, and accidental pulls in industrial environments. It avoids connection loosening or failure common in ordinary connectors, ensuring stable signal transmission. The high-quality 5.0m cable enhances wear resistance and service life, reducing cable damage risks and lowering maintenance frequency compared with low-quality cable sensors.

5.Low Power Consumption & Simple Configuration, Cost-Saving Operation

With power requirements of -22 to -30 VDC and bias current of 2.5 to 6.0 mA, the sensor has low power consumption, reducing energy costs for long-term operation. No agency approval is required, simplifying project approval procedures and shortening deployment cycles. Its simple structure, stable performance, and long service life (thanks to 316L stainless steel case) reduce replacement frequency and maintenance costs, minimizing unplanned downtime and improving overall operational efficiency for users.