Bently Nevada 190501-02-00 Velomitor CT Velocity Transducer

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190501-02-00 Product datasheet

Model number:	190501-02-00	Module Type：	Velomitor CT Velocity Transducer
Manufacture:	Bently Nevada	Condition：	Brand New
Range of Product:	Bently Nevada	Lead time：	In Stock
Weight:	0.2 kg	HS CODE：	8537101190
Dimension:	8x6.1×6.3cm	MOQ:	1
Product Origin:	USA	System：	TSI
Discontinued on:	active	Communication Service:	Ethernet router

190501-02-00 Functional Description

The 190501-02-00 Bently Nevada condition monitoring systems is a specialized Velomitor CT Velocity Transducer designed for low-frequency vibration monitoring in industrial machinery. Manufactured in the USA with 316L stainless steel construction, this rugged transducer operates reliably in temperatures from -40°C to +85°C. The 190501-02-00 Bently Nevada VELOMETER excels in monitoring cooling tower fans and heat-exchanger assemblies operating as low as 90 RPM (100-300 RPM typical), providing critical vibration velocity measurements for predictive maintenance programs.

With a sensitivity of 3.94mV/mm/s (±5%) and an extended frequency range of 1.5Hz-1kHz, the 190501-02-00 Bently Nevada Velomitor CT Velocity Transducer accurately captures low-frequency vibrations often missed by standard sensors. Its compact design (82mm height, 297g weight) features a 33mm mounting surface and MIL-C-5015 connector for secure installation. The transducer's unique design ensures proper measurement of casing vibration velocity transmitted from rotating components, essential for detecting imbalance and misalignment conditions.

The Bently Nevada Velocity Transducer 190501-02-00 withstands harsh environments with 5000g shock resistance and 100% condensing humidity tolerance. Its 316L stainless steel casing and top-mounted connector provide durability while maintaining <0.0068mm/s/gauss magnetic field susceptibility. The transducer supports cable runs up to 305m (1000ft) and offers flexible mounting options with M6x1 or 3/8-24 thread adapters, accommodating various industrial configurations.

Proper installation of the Bently Nevada 190501-02-00 Velomitor CT Velocity Transducer is critical, requiring 40 in-lbf torque and careful positioning on bearing housings for accurate readings. Bently Nevada offers engineering support to optimize transducer placement for specific machinery. Ideal for cooling towers, heat exchangers, and low-speed rotating equipment, this transducer provides reliable data for condition monitoring systems, helping prevent unexpected downtime in critical industrial operations.

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One Year Warranty

We offer a one-year warranty for any quality issues with our products. If you encounter any defects or malfunctions during this period, please contact us for prompt resolution. Our warranty covers repairs or replacements, ensuring your satisfaction and peace of mind.
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Application Considerations for Vibration Transducer Installation

When implementing vibration monitoring for machine protection, careful consideration must be given to measurement effectiveness. Most common machinery faults—including imbalance and misalignment—originate at the rotor level and manifest as changes in vibration patterns. For housing-mounted measurements to provide meaningful protection, the mounting location must reliably transmit rotor vibration characteristics to the transducer position, typically on bearing housings or machine casings. The Bently Nevada 190501-02-00 velocity transducer requires particular attention during installation, as improper mounting can significantly degrade measurement accuracy and potentially generate misleading vibration signals. Installation quality directly impacts the transducer's ability to detect early warning signs of developing faults. Technicians should ensure proper surface preparation, correct torque application (40 in-lbf for this model), and optimal positioning to maintain measurement fidelity. For critical applications, consulting Bently Nevada's engineering services can help verify appropriate mounting locations and installation techniques to maximize monitoring effectiveness. These precautions are especially important when monitoring low-speed equipment like cooling tower fans, where the 190501-02-00's specialized low-frequency response provides unique diagnostic capabilities. Proper implementation ensures reliable detection of incipient faults while avoiding false alarms from installation-related artifacts.

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