Bently Nevada CB2W100-032 Interconnect Cable

Product information

This Bently Nevada CB2W100-032 model is an interconnect cable. It is widely used to connect various general-purpose accelerometers and casing speedometers with a MIL-C-5015 standard 2-pin interface (except for special models such as the 200350 series that are explicitly excluded). It is mainly used in petrochemical, thermal power generation, and large metallurgical plants, specifically for the lossless transmission of vibration monitoring signals from the casings of large rotating machinery such as cooling tower fans and pump sets.

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Frequently Asked Questions (FAQ)

Q: Besides the cable itself, what other original accessories are included in the packaging when purchasing the CB2W100-032 cable?
A: The factory packaging includes by default one locking ring for connector sealing and locking, one adapter seal, and an O-ring.

Q: When laying CB2W100-032 in the field, how should the shielding drain wire at the cable termination (Blunt Cut end) be grounded?
A: The shielding drain wire must be grounded only at the monitoring box/junction box (COM end), while the sensor-end shield must be cut and insulated to prevent grounding loops.

Q: Why does the manufacturer not recommend laying CB2W100-032 in parallel with the factory's 400V power cable in the same cable tray?
A: High-frequency interference can be coupled into the 20 AWG signal line by the power cable’s electromagnetic field, causing false vibration alarms.

Q: What is the minimum allowable bending radius when laying a 32-foot CB2W100-032 cable at a corner?
A: Due to its Teflon sheath and twisted-pair shielding, the minimum allowable bending radius should generally not be less than 6 times the cable's outer diameter (approximately 30-40 mm) to prevent internal core breakage.

Q: Can this CB2W100-032 cable be continuously immersed in turbine oil inside the unit's bearing housing?
A: Short-term oil contact is supported by the yellow Teflon (FEP) sheath; for long-term immersion, a stainless steel armored cable version is recommended.

Application

Coal-to-Liquid Gasification Plants: Applied to cooler and circulation fan bearings. Shielded cables reduce EMI from high-voltage motors.

Oil Refineries: Installed on cooling tower fans and air cooler fan bearings. Teflon jacket resists hydrocarbons, H₂S, and moisture for stable vibration signal transmission.

LNG Plants: Used on air cooler fan systems. Cables and sealed connectors ensure stable vibration transmission in wet and hazardous areas.

Large Fertilizer Plants: Installed on cooling towers and air cooler fans to detect vibration caused by blade fouling or damage.

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