Bently Nevada 84661-16 Velomitor Interconnect Cable

Overview

The Bently Nevada 84661-16 Velomitor Interconnect Cable delivers stable signal transmission for industrial vibration monitoring systems. The 16‑foot length supports flexible routing in machinery layouts that require durable and reliable connectivity. The cable integrates seamlessly with Velomitor sensors and TSI‑based protection platforms.

Structural Design

The 84661-16 uses a 22 AWG armored construction that withstands mechanical stress in harsh industrial environments. The standard PVC insulation supports temperatures from −40°C to +100°C, while optional PUR and FEP versions extend resistance up to +150°C. These insulation options ensure consistent performance across a wide range of operating conditions.

The cable supports a 300V AC/DC rating and maintains strong electrical characteristics, including ≤100 pF/m capacitance and 5–10 kΩ impedance. These specifications ensure clean signal transmission and minimal loss during continuous operation. The bend radius requirement of six times the cable diameter allows easy handling without compromising performance.

Technical Specifications

Mechanical & Electrical Parameters

Additional Attributes

• The armored design increases durability in vibration‑intensive environments.

• The insulation options support diverse temperature and chemical exposure conditions.

• The electrical characteristics ensure precise signal integrity over long cable runs.

• The flexible bend radius simplifies installation in compact machinery spaces.

Application & Compatibility

Where the 84661-16 Performs Best

The Bently Nevada 84661-16 supports Velomitor sensor installations in turbines, compressors, pumps, and industrial motors. The cable suits environments requiring stable vibration signal transmission and strong mechanical protection. The design maintains reliable performance in high‑temperature and high‑vibration machinery zones.

Compatible Use Cases

• Velomitor sensor interconnect wiring

• Vibration monitoring in rotating equipment

• Long‑distance signal routing in industrial plants

• High‑temperature or chemically exposed environments

• Predictive maintenance and machinery protection systems