Product Overview

The 16925-30 is a high-integrity interconnect solution designed to facilitate precise signal transmission within Bently Nevada Turbine Supervisory Instrumentation (TSI) systems. Engineered to bridge the gap between sensing elements—such as proximity probes—and centralized monitoring equipment, this cable ensures that critical vibration and position data remain uncorrupted by external electrical noise. Its architecture prioritizes signal fidelity, utilizing shielded twisted-pair construction to maintain the low-voltage integrity required for accurate machinery protection and predictive maintenance analysis in heavy industrial environments.

Physical Architecture and Component Data

• Conductor Material: High-purity 18 AWG copper for optimized conductivity and mechanical strength.

• Shielding Methodology: Integrated shield design to suppress electromagnetic interference (EMI) and radio frequency interference (RFI).

• Insulation Jacket: Industrial-grade PVC coating resistant to common plant-side contaminants.

• Thermal Performance: Fully functional within a temperature gradient of -40°C to +85°C (-40°F to +185°F).

• Module Mass: 0.06 kg (Net weight excluding protective packaging).

• Installation Envelope: 1.8 cm x 1.6 cm x 123 cm (Approximate coiled/extended dimensions).

• Manufacturing Origin: Made in the USA to stringent quality control standards.

Strategic Deployment and Usage

The versatility and ruggedized build of the 16925-30 make it a staple in complex automation and instrumentation networks where data accuracy is paramount.

FAQ

Q: How does the 18 AWG conductor size benefit the 16925-30 over thinner alternatives?

A: The 18 AWG wire gauge provides lower electrical resistance and greater physical durability, making it more resilient to the physical stresses often encountered during installation in cable trays or conduits.

Q: Is this cable specifically designed for use with the Bently Nevada 3500 system?

A: While it is an integral part of the TSI ecosystem, its standardized shielded design allows it to be utilized in various industrial instrumentation setups requiring 18 AWG shielded twisted pairs.

Q: Does the PVC insulation provide protection against moisture?

A: Yes, the PVC jacket is designed to protect the copper conductors from humidity and non-corrosive fluid splashes, though it should be used within its rated -40°C to +85°C range for long-term reliability.

Q: Can this cable help reduce "ghosting" or false alarms in my vibration monitors?

A: By utilizing a shielded twisted-pair design, the 16925-30 effectively minimizes the induction of electrical noise, which is a common cause of signal jitter and false alarm triggers in sensitive monitoring equipment.

Q: What is the maximum recommended length for signal integrity with this cable?

A: Signal integrity depends on the specific monitor input requirements and the level of environmental noise, but the low-degradation design of the 16925-30 is optimized for standard field-to-rack interconnect distances.