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200155-18-CN Bently Nevada Industrial vibration monitoring module

Name: 200155-18-CN Bently Nevada Industrial vibration monitoring module
Brand: MOORE AUTOMATION LIMITED
SKU: 200155-18-CN
Availability: InStock

Product Details:

Place of Origin:	USA
Brand Name:	Bently Nevada
Certification:	CO.CQ
Model Number:	200155-18-CN

Detail Information

Place of Origin:

USA

Brand Name:

Bently Nevada

Certification:

CO.CQ

Model Number:

200155-18-CN

Description:

Industrial Vibration Monitoring Module

Part Number:

200155-18-CN

Brand:

Bently Nevada

Manufacture Year:

2020

Application:

Nuclear Power Plant

Lead Time:

In Stock

Weight:

4lbs

Trading Information

Minimum Order Quantity:

Price:

inquiry

Packaging Details:

new and original with factory sealed

Delivery Time:

today

Payment Terms:

T/T

Supply Ability:

10 pieces a day

Product Description

200155-18-CN Bently Nevada Industrial vibration monitoring module

`Description`

The Bently Nevada 200155-18-CN vibration monitoring module is a case-mounted seismic accelerometer system component designed for low-frequency industrial vibration measurement and machinery condition monitoring, primarily used within Trendmaster Pro Trendmaster 2000 monitoring architectures.It belongs to the 200150 / 200155 / 200157 accelerometer family, which is engineered for wide-frequency, harsh-environment vibration sensing applications in rotating and slow-speed mechanical systems.The Bently Nevada 200155-18-CN vibration monitoring module is a robust low-frequency seismic vibration sensor system component designed for continuous machinery health monitoring in harsh industrial environments, providing reliable acceleration data for predictive maintenance and equipment protection applications.

FAQ

1. What piezoelectric transduction architecture is implemented within the 200155-18-CN to achieve seismic vibration-to-electrical energy conversion?

The 200155-18-CN utilizes a piezoelectric shear-mode sensing element, wherein mechanical vibration induces stress within a crystalline structure, generating a proportional electrical charge that is conditioned into a usable vibration signal.

2. How does the 200155-18-CN ensure measurement fidelity in low-frequency and slow-speed rotating machinery environments?

The 200155-18-CN is optimized for low-frequency seismic response, enabling accurate detection of structural and casing vibration in slow-speed machinery where displacement-based probes may lack sensitivity to dynamic acceleration phenomena.

3. In what manner does the 200155-18-CN maintain signal integrity under harsh industrial environmental conditions?

The 200155-18-CN employs a hermetically sealed stainless steel enclosure with industrial-grade internal damping structures, ensuring immunity to moisture ingress, oil contamination, and particulate exposure in severe process environments.

4. How does the 200155-18-CN integrate within Bently Nevada Trendmaster-based condition monitoring architectures?

The 200155-18-CN functions as a field-mounted seismic sensing node, transmitting conditioned vibration signals to Trendmaster ProTIM modules for centralized data acquisition, trending, and predictive analytics processing.

5. What configuration semantics are encoded within the 200155-18-CN designation, and how do they define mechanical installation constraints?

The 200155-18-CN identifier encodes sensor platform type (200155 series), mounting adapter configuration (18 thread interface class), and certification package (CN hazardous-area compliance variant), defining installation compatibility and regulatory adherence.

Inquiry now: miya@mvme.cn

Bently Nevada Hot Series:

3300 XL Proximity Probe

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3500 Power Supply

1900/65A

3500/42 Monitor Module

The 990 Vibration Transmitter

200155-18-CN Bently Nevada Industrial vibration monitoring module 0

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Ready to elevate your automation system? Contact us today for more information or to make a purchase:

What’s app:86-18020776792

Skpye:miyazheng520

miya@mvme.cn (click) || 86-18020776792

Tags:

200155-18-CN Bently Nevada Industrial vibration monitoring module

`Description`

1. What piezoelectric transduction architecture is implemented within the 200155-18-CN to achieve seismic vibration-to-electrical energy conversion?

2. How does the 200155-18-CN ensure measurement fidelity in low-frequency and slow-speed rotating machinery environments?

3. In what manner does the 200155-18-CN maintain signal integrity under harsh industrial environmental conditions?

4. How does the 200155-18-CN integrate within Bently Nevada Trendmaster-based condition monitoring architectures?

5. What configuration semantics are encoded within the 200155-18-CN designation, and how do they define mechanical installation constraints?

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