BENTLY NEVADA MODULE 3300/50-01-01-00-00

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BENTLY NEVADA MODULE 3300/50-01-01-00-00 Specification

Phase
Single phase DC operation

Output Current
Up to 10 mA (output drive capability)

Rated Power
2 W maximum consumption

Power Factor
Not applicable (DC equipment)

Working Temperature
-20C to +80C

Application
Vibration and position monitoring in industrial machinery

Cooling Method
Natural convection

Noise Level
Low noise design for high reliability signal

Current Range
4 mA to 20 mA (typical monitoring range)

Features
Proximitor signal conditioning, field configurability, LED status indication

Power Supply
-24 Vdc power rails

Operating Temperature
-20C to +80C

Output Type
Analog

Rated Current
Up to 100 mA typical

Connector Type
Plug-in terminal block

Product Type
3300/50 Proximitor Module

Output Power
Standard output 7 Vdc or 14 Vdc (field selectable)

Output Frequency
DC, Proximity probe signal output

Input Voltage
-24 Vdc nominal, range: -18 Vdc to -30 Vdc

Voltage Protection
Reverse polarity protected

Efficiency
High efficiency design, typical for industrial monitoring equipment

Material
Metal chassis with PCB components

Line Regulation
< 0.1% of full scale per volt change in supply voltage

Storage Temperature
-40C to +100C

Weight
Approximately 250 g

About BENTLY NEVADA MODULE 3300/50-01-01-00-00

Unlock a new echelon of industrial proficiency with the BENTLY NEVADA MODULE 3300/50-01-01-00-00a true masterpiece of ineffable engineering now available for sale and in high demand among industry leaders. Featuring a splendiferous design, this module is DIN rail or panel mountable, outputs 010 Vdc signals, and maintains galvanic isolation for reliable operation. Its field-configurable, high-efficiency architecture, LED status indicators, and robust metal chassis ensure ineffable performance and resilience, making it ideal for critical vibration and position monitoring applications.

Commercial and Industrial Versatility

BENTLY NEVADA MODULE 3300/50-01-01-00-00 excels in commercial settings, from factories to process plants, supporting both vibration and position monitoring. This versatile module is indispensable for heavy machinery maintenance and predictive diagnostics in manufacturing, energy production, and petrochemical industries. Its analog output and superior signal conditioning make it a preferred solution for continuous monitoring and equipment protection, ensuring operational excellence across varied industrial environments.

Export, Market Reach, and Sample Policy

With each new arrival, the BENTLY NEVADA MODULE enjoys strong export demand in North America, Europe, and Asia-Pacific, while remaining a staple in the main domestic industrial market. Sample policies may require minimal charges or expenditure, depending on the distributors terms. The product is rapidly gaining traction among traders and suppliers seeking reliability and high performance for their commercial clientele, ensuring optimal industrial monitoring worldwide.

FAQs of BENTLY NEVADA MODULE 3300/50-01-01-00-00:

Q: How does the galvanic isolation in the BENTLY NEVADA MODULE benefit industrial monitoring?

A: Galvanic isolation ensures that input and output sections remain electrically separate, minimizing noise interference and protecting connected equipment from voltage spikes or electrical faults, thus enhancing long-term reliability in industrial monitoring applications.

Q: What types of installations is this module suitable for?

A: This module supports either DIN rail or panel mounting, offering flexibility for diverse control cabinet layouts commonly found in industrial automation and monitoring systems.

Q: Where can the BENTLY NEVADA MODULE be used?

A: It is designed for use in industrial machinery environments, such as manufacturing plants, energy sector facilities, and petrochemical sites, mainly for vibration and position monitoring.

Q: When is it beneficial to use the field configurable features of this module?

A: Field configurability is most beneficial during initial system integration or subsequent machinery upgrades, allowing customization of output parameters without replacing hardware, saving time and reducing expenditure.

Q: What is the process for monitoring signals with this module?

A: Once installed and connected to compatible 3300 XL probes and extension cables, the module delivers real-time analog output proportional to probe gap, with LED indicators providing immediate status feedback for diagnostic ease.

Q: How efficient is the module in terms of power consumption and signal noise?

A: The module features a high-efficiency design with low noise levels, consuming a maximum of 2 W and supporting reliable, clear signal transmission even in high-interference industrial settings.

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