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The CB2W100-112 is a 2-pin shielded interconnect cable assembly that transmits dynamic vibration signals from field transducers to machinery protection monitors. This hardware connects with 2-wire transducers, such as the Velomitor CT velocity transducer, establishing a continuous physical linkage for data transmission.
Terminates with a 2-socket MIL-C-5015 connector
Teflon FEP jacket restricts fluid permeation, protecting internal copper conductors from lubricants, moisture, and cutting oils
Internal shield is isolated at the transducer end, enabling single-point grounding at the monitor cabinet to eliminate ground loop currents
Structurally, the cable assembly contains two isolated internal copper conductors jacketed within a braided metal mesh shield layer to provide high noise immunity against adjacent electrical interference from heavy motors and variable frequency drives. The connector assembly includes an integrated metal locking ring and an internal elastomer sealing gasket to restrict fluid permeation and withstand exposure to industrial lubricants, moisture, and cutting oils common in rotating machinery environments.
The overall shield is electrically isolated from the transducer case at the connector end to prevent ground loop currents, routing to the cabinet end for connection to the system instrumentation ground. The cable belongs to fixed or minor-flex installation categories, requiring adherence to specified minimum bending radius limits during cabinet and conduit deployment to prevent internal conductor fatigue or shield layer cracking.
The CB2W100-112 features a high-visibility exterior jacket that simplifies line identification in dense cable trays and dark machinery basements. During terminal deployment inside remote field junction boxes, the inner wire colors align with standard Bently Nevada wiring diagrams to prevent polarity reversal during maintenance. For paths passing through high-vibration skids or exposed structural beams, the 20 AWG conductor thickness and integrated copper braiding prevent physical fatigue, allowing the asset to route inside standard flexible metal conduits to fulfill harsh industrial safety installation requirements.
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description.
Bently Nevada CB2W100-112 Interconnect Cable Manuals, Datasheets, Drivers, Link
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description.
Oil and Gas
Connects velocity transducers on centrifugal compressors to transmit dynamic vibration signals to control room machinery protection systems.
Thermal Power Generation
Terminates inertial transducers on steam turbine generator bearing housings to provide continuous machinery vibration data acquisition.
Hydroelectric Power
Routed through turbine floors to guide velocity signals from hydro-generator upper guide bearings to condition monitoring hosts.
Wind Power Generation
Connects main shaft bearing and gearbox velocity transducers inside wind turbine nacelles for remote fault diagnostics.
Pulp and Paper
Connects dryer section cylinder bearing housing transducers under high-humidity paper machine environments to monitor mechanical fatigue.
Automotive Manufacturing
Deployed in stamping and painting shops to connect vibration monitoring lines for large air compressors and exhaust fan units.
Strict adherence to specified minimum bending radius limits is required during routing to prevent over-bending from fracturing the internal 20 AWG conductors or braided metal shield. When linking to the transducer, manually tighten the threaded metal locking ring and verify that the internal elastomer sealing gasket is properly seated to ensure the intended fluid permeation protection rating. The internal braided shield layer must follow single-point grounding protocols, typically grounded at the monitor cabinet end while remaining cut and insulated at the transducer end to eliminate disruptive ground loop currents.
The cable terminates at the transducer end with a MIL-C-5015 compliant 2-socket connector, while the instrument end features flying leads stripped for terminal block wiring inside local junction boxes or cabinet racks.
What kind of equipment is the Bently Nevada CB2W100-112?
It is a two-pin shielded waterproof interconnect cable used to connect industrial vibration transducers to condition monitoring systems.
What does the suffix number in the CB2W100-112 model represent?
The suffix number 112 represents that the total length specification of the cable is 112 feet, which is approximately 34.1 meters.
How to properly install and use the CB2W100-112 cable in an industrial field?
Align its two-pin connector with the transducer socket, tighten the metal locking ring, and wire the other end of the cable to the monitoring monitor.
What types of transducers is the CB2W100-112 cable typically used to connect?
It is typically used to connect two-wire velocity transducers, such as the Bently Nevada Velomitor CT acceleromter-based velocity transducer.
What safety structural features are included in the connector portion of the CB2W100-112?
The connector portion is equipped with a metal locking ring and an internal sealing ring to ensure a stable physical connection and prevent fluid ingress.
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