Description

Product Overview

The Bently Nevada 84661-16 functions as a high-integrity interconnect cable specifically engineered for Velomitor vibration sensors. This component facilitates the transmission of low-frequency vibration data from industrial sensors to monitoring equipment. By utilizing ruggedized construction methods, this cable ensures signal stability in complex machinery protection systems, thereby minimizing electrical noise and potential data degradation.

Technical Specifications

• Model Number: 84661-16
• Component Type: Velomitor Interconnect Cable
• Cable Length: 16 feet (4.88 meters)
• Conductor Gauge: 22 AWG
• Operating Temperature Range: -40°C to +100°C (PVC standard)
• Maximum Voltage Rating: 300V AC/DC
• Nominal Impedance: 5 kΩ to 10 kΩ
• Capacitance: ≤100 pF/m
• Minimum Bend Radius: 6x cable diameter
• Weight: 0.14 kg

Functional Characteristics

Engineers design the 84661-16 cable to maintain strict signal fidelity across various industrial environments. The internal 22 AWG conductors provide sufficient current-carrying capacity for standard vibration monitoring loops. Furthermore, the cable geometry permits a tight minimum bend radius of six times the diameter, which simplifies routing through congested conduit systems and machinery housings. Consequently, maintenance teams achieve consistent data throughput even in applications characterized by high mechanical vibration or significant thermal fluctuations.

System Integration and Applications

Technicians integrate the 84661-16 into comprehensive Turbine Supervisory Instrumentation (TSI) setups to ensure reliable sensor performance. Because the cable utilizes high-grade insulating materials, it resists environmental degradation caused by moisture, dust, or standard industrial chemicals. Furthermore, the assembly supports the rigorous demands of predictive maintenance protocols by ensuring that vibration signatures reach the monitoring instrumentation without distortion. This reliability makes the 84661-16 an essential link for operators who require precise, real-time insights into rotating equipment health.