Bently Nevada 3500/22 288055-01 DCS Communication Module

The Bently Nevada 3500/22M 288055-01 is a Transient Data Interface (TDI) module for the 3500 Machinery Protection System that consolidates steady-state and high-resolution transient waveform data from all monitor modules in the rack and transmits it to host diagnostic software such as System 1 via Ethernet or fiber optic link.


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Description

Technical Specifications
  • Brand
    Bently Nevada
  • Model
    3500/22 288055-01
  • Product Name
    Transient Data Interface (TDI) Rack Main Communication Module
  • Country of Origin
    United States
  • HS Code
    8538909100
  • Dimensions
    138mm×25mm×103mm
  • Weight
    0.5 kg
  • Operating Temperature
    -30 ℃ ~ +65 ℃
  • Storage Temperature
    -40 ℃ ~ +85 ℃
  • Power Supply
    24VDC
  • Warranty
    12 month
  • Product Status
    New and original

Bently Nevada 3500/22 288055-01 Complete Product Specification

Core Technical Parameters

1. Rated Working Power Supply: -24 VDC (standard Bently 3500 rack backplane power supply)

2. Typical Operating Current: 0.44 A @ -24 VDC; Total Power Consumption: 10.5 W maximum, 4 W typical

3. Communication Interfaces:10/100Base-TX electrical Ethernet, 100Base-FX fiber Ethernet

Front-panel USB-B configuration port, rear RS232 console debugging port

Internal dedicated backplane bus for data interaction with all monitoring modules

4. Rack Address: Supports 1-127 adjustable rack addresses via dial switch

5. Alarm Relay Output: OK fault relay, rated 5A @24VDC/120VAC, normally energized design

6. Protection Class: IP20 (cabinet internal installation only)

7. Relative Humidity: 5% - 95% non-condensing, non-condensation environment only

8. Installation Method: Special slot hot-swappable rack mounting for 3500 series cabinet

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Bently Nevada 3500/22 288055-01 Standard Wiring & Connection Method

Bently Nevada 3500/22 288055-01  Standard Wiring & Connection Method

1. Backplane Power Wiring

Insert the 3500/22 module into the exclusive RIM slot next to the rack power supply; the backplane automatically supplies -24VDC power and internal bus communication without additional power wiring;

Tighten the front panel fixing screws to ensure reliable electrical contact with the backplane.

2. Ethernet Communication Wiring

10/100Base-TX electrical port: Connect shielded twisted-pair cable to industrial switch for connection with System 1 host computer;

100Base-FX fiber port: Use multimode fiber cable for long-distance anti-interference transmission in strong electromagnetic environments;

Separate communication cables from high-current power cables to avoid signal interference.

350022 288055-01.jpg

3. OK Fault Relay Wiring

Relay terminals connect to external PLC or alarm annunciator; define normally open/normally closed contact according to on-site alarm logic;

Use rated load cables for relay wiring to avoid contact burnout.

4. Debugging Interface Wiring

Front USB-B port: Connect to configuration computer via dedicated cable for 3500 rack parameter programming and firmware upgrade;

Rear RS232 console port: Reserved for factory professional debugging only.

5. Wiring Precautions

All wiring operations must be performed after cutting off the power of the entire 3500 rack;

Communication shielding cables adopt single-point grounding at the cabinet end;

After installation, set the unique rack address before system power-on configuration.

 


Bently Nevada 3500/22 288055-01  Product Advantages

1. Integrated dual-function design combining rack management and high-speed transient data collection, eliminating the need for an independent TDXnet communication processor, saving cabinet space;

2. Supports full steady-state vibration data and high-speed waveform transient data synchronous acquisition, meeting advanced predictive fault diagnosis requirements of System 1 software;

3. Hot-swappable module structure, replacement will not interrupt the normal operation of the entire 3500 monitoring rack;

4. Independent rack address coding, supporting multi-rack networking and unified management of large-scale monitoring systems;

5. Built-in hardware OK fault relay, directly output rack abnormal signals to DCS/SCADA for remote alarm monitoring;

6. Dual Ethernet (electrical + optional optical) communication, strong anti-electromagnetic interference, stable long-distance data transmission;

7. Complete backward compatibility with all 3500 series M-type monitoring modules, convenient for system upgrade and reconstruction;

8. Global Baker Hughes official technical support and long-term spare parts supply, widely recognized by international classification societies and industrial standards.

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