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The Bently Nevada CB2W100-99 is a 2300 Series interconnect cable used to connect compatible field and monitoring components within a machinery condition-monitoring installation. It forms part of the electrical signal path that carries measurement information from the machine-side instrumentation to the associated monitoring equipment.
The 99-foot cable length is suited to installations where the monitored equipment and monitoring hardware are located in separate areas of a plant or machinery room. This type of arrangement can be useful when sensors are installed close to rotating equipment while the monitoring electronics are positioned in a control or instrumentation cabinet.
The CB2W100-99 can be used in monitoring arrangements for pumps, motors, compressors, fans, and other rotating machinery. It serves as an interconnection component and does not itself perform vibration measurement, signal analysis, or machinery protection.
For longer cable routes, installation quality becomes particularly important. Cable support, connector protection, routing, and separation from potential interference sources should be considered to maintain signal continuity throughout the monitoring channel.
| Parameter | Specification |
|---|---|
| Manufacturer | Bently Nevada |
| Model | CB2W100-99 |
| Product Family | 2300 Series |
| Product Type | Interconnect Cable |
| Primary Function | Signal interconnection between compatible monitoring components |
| System Role | Monitoring signal connection |
| Application | Machinery vibration and condition monitoring |
| Cable Length | 99 feet |
| Shipping Weight | 3 kg |
The CB2W100-99 functions as the physical electrical connection between compatible components in a monitoring channel. A measurement signal generated by the connected field equipment travels through the cable to the corresponding 2300 Series monitoring device.
Field Sensor / Interface → CB2W100-99 → 2300 Series Monitoring Equipment → Monitoring / Alarm System
The cable does not generate or interpret the machinery measurement. Instead, it maintains the conductive path required for the monitoring signal to reach the downstream equipment.
Because the cable forms part of the measurement path, an open conductor, damaged connector, poor termination, or intermittent connection can affect the final monitoring result. With a longer installation route, mechanical support and proper routing become especially relevant to maintaining the integrity of the connection.
The CB2W100-99 occupies the interconnection stage between machine-side instrumentation and the 2300 Series monitoring equipment. Its longer routing capability allows monitoring electronics to be installed away from the monitored machinery when the plant layout requires it.
Rotating Machinery → Sensor / Field Interface → CB2W100-99 → 2300 Series Monitor → Alarm / Control System
| System Element | Function |
|---|---|
| Rotating Machinery | Generates the physical condition being monitored |
| Sensor / Field Interface | Detects vibration or machine-related information |
| CB2W100-99 | Transfers the measurement signal |
| 2300 Series Monitor | Receives and evaluates the monitoring signal |
| Alarm / Control System | Provides configured indication or response |
The cable should be evaluated together with the sensor, monitoring device, and complete signal path when troubleshooting abnormal measurements.
| Application | Typical Use |
|---|---|
| Plant Pump Monitoring | Extended signal routing from pump instrumentation |
| Compressor Monitoring | Connection between field sensors and monitoring equipment |
| Motor Condition Monitoring | Transmission of machine-condition signals |
| Fan and Blower Monitoring | Field-to-monitor interconnection |
| Industrial Rotating Equipment | Longer-distance monitoring signal routing |
| Centralized Monitoring Systems | Connecting remote machinery to monitoring cabinets |
| Component | Function |
|---|---|
| Bently Nevada 2300 Series Monitor | Receives and evaluates machinery monitoring signals |
| Compatible Bently Nevada Sensor | Detects vibration or machine-condition information |
| Sensor Interface / Driver | Provides the required sensor-side interface |
| Monitoring Input Channel | Receives the transmitted measurement signal |
| Machinery Alarm System | Indicates configured abnormal conditions |
| Control System | Uses monitoring information for equipment response |
| Model / Product Family | Product Type | Typical Application |
|---|---|---|
| Bently Nevada CB2W Series | Interconnect Cable | 2300 Series signal interconnection |
| Bently Nevada CB2W100-15 | 2300 Series Interconnect Cable | Short-distance signal connection |
| Bently Nevada CB2W100-32 | 2300 Series Interconnect Cable | Moderate-distance signal routing |
| Bently Nevada CB2W100-032 | 2300 Series Interconnect Cable | Extended field-to-monitor connection |
| Bently Nevada CB2W100-125 | 2300 Series Interconnect Cable | Long-distance signal routing |
| Bently Nevada 2300 Series | Machinery Monitoring System | Equipment condition monitoring |
| Bently Nevada 2300/20 | Vibration Monitor | Machinery vibration monitoring |
The CB2W100-99 is appropriate when the physical installation requires a 99-foot connection between the relevant monitoring components. Cable length should not be the only selection criterion; connector configuration and compatibility with the complete monitoring channel should also be confirmed.
A longer route requires attention to cable support, mechanical protection, routing, and potential electrical interference. The cable should be secured so that movement or vibration does not place continuous stress on the connectors.
Yes. An open conductor, damaged insulation, or intermittent connection at any point can interrupt or degrade the signal path. For troubleshooting, the complete cable route should be inspected rather than checking only the two endpoints.
Start by checking both terminations and the physical cable route. Then verify the associated sensor and monitoring input. If the connections and field equipment are functioning correctly, the cable itself should be tested as part of the complete monitoring circuit.