84661-30 Velomitor Interconnect Cable

Overview

Place of Origin:	USA
Brand Name:	Bently Nevada
Model Number:	84661-30
Minimum Order Quantity:	1
Packaging Details:	Original new Factory Sealed
Delivery Time:	5-7 days
Payment Terms:	T/T
Supply Ability:	In stock

Quick Detail

Description

The 84661-30 Velomitor Interconnect Cable is a high-performance, industrial-grade signaling solution engineered specifically for the seamless transmission of vibration data between velocity transducers and monitoring systems. As a critical link in machinery protection, the 84661-30 Velomitor Interconnect Cable ensures that high-fidelity signals from your Velomitor sensors reach the diagnostic hardware without degradation. This specialized 84661-30 Velomitor Interconnect Cable is designed to withstand the rigorous demands of industrial environments, featuring a robust 2-pin connector at one end and tinned pigtail leads at the other for versatile terminal block integration.

A primary advantage of the 84661-30 Velomitor Interconnect Cable is its superior resistance to electromagnetic interference (EMI). In complex industrial settings where high-voltage equipment can distort sensor data, the 84661-30 Velomitor Interconnect Cable utilizes advanced twisted-pair shielding to maintain signal purity. This ensures that the 84661-30 Velomitor Interconnect Cable provides accurate velocity measurements essential for detecting early-stage bearing failures or shaft misalignments. With a generous 3.0-meter (9.8 feet) length, the 84661-30 Velomitor Interconnect Cable offers ample reach for routing through protective conduits or cable trays.

The durability of the 84661-30 Velomitor Interconnect Cable is further enhanced by its high-quality insulation materials, which are resistant to common industrial chemicals, moisture, and extreme temperature fluctuations. Whether deployed in power generation facilities or petrochemical refineries, the 84661-30 Velomitor Interconnect Cable delivers long-term reliability. Furthermore, the 84661-30 Velomitor Interconnect Cable meets multiple agency approvals, making it suitable for use in hazardous areas alongside 3300 XL 8 mm Proximity Probes.

Applications

The 84661-30 Velomitor Interconnect Cable is an essential high-performance component designed for the precise transmission of vibration signals between Velomitor piezoelectric transducers and industrial monitoring systems. As a critical link in machinery protection, the 84661-30 Velomitor Interconnect Cable features a robust 3.0-meter (9.8 feet) length and a low-capacitance design of 55 pF/m to ensure that high-frequency vibration data remains accurate over distance. This specific 84661-30 Velomitor Interconnect Cable is engineered to operate in demanding environments, withstanding temperatures from -38°C to +80°C while maintaining an output resistance of 50 Ω for optimal signal integrity.

Designed for versatility, the 84661-30 Velomitor Interconnect Cable accommodates field wiring between 16 to 24 AWG, facilitating easy integration into various terminal blocks and control cabinets. Its mechanical configuration, featuring a 40 mm overall case length and a 0 mm unthreaded length at the connector interface, allows the 84661-30 Velomitor Interconnect Cable to fit securely in tight mounting spaces common in turbine and motor housings. Furthermore, the 84661-30 Velomitor Interconnect Cable carries multiple agency approvals, including CSA, ATEX, and IECEx, ensuring it meets the safety requirements for hazardous industrial zones. By utilizing the 84661-30 Velomitor Interconnect Cable, operators can minimize signal noise and supply sensitivity fluctuations, as it limits output voltage changes to less than 2 mV per volt of input change. This reliable 84661-30 Velomitor Interconnect Cable is the industry standard for connecting velocity sensors in oil and gas, power generation, and manufacturing facilities where machinery uptime is paramount. Ultimately, the 84661-30 Velomitor Interconnect Cable provides the durable, shielded connection necessary to capture a 1.5 mm linear range of motion, delivering the high-fidelity data required for advanced predictive maintenance and vibration analysis.

Specifications

Competitive Advantage

1.Superior Signal Integrity and Low Capacitance

A key technical advantage of the 84661-30 Velomitor Interconnect Cable is its exceptionally low extension cable capacitance of 55 pF/m (16.8 pF/ft). High capacitance in a cable can attenuate high-frequency vibration signals, leading to inaccurate data. By maintaining low capacitance, the 84661-30 Velomitor Interconnect Cable preserves the clarity of the vibration waveform over its 3.0-meter length, allowing for more precise diagnostics of rotating equipment.

2.Extreme Stability and Noise Immunity

The 84661-30 Velomitor Interconnect Cable is engineered for high-precision environments where electrical noise is a concern. With a supply sensitivity of less than 2 mV change per volt of input change and a standard 50 Ω output resistance, it offers incredible stability. This ensures that power supply fluctuations do not translate into "ghost" vibration readings, providing operators with a reliable 1.5 mm linear range of measurement that they can trust for critical shutdown decisions.

3.Ruggedized Mechanical Design for Tight Spaces

With an overall case length of 40 mm and a 0 mm unthreaded length at the connection interface, the 84661-30 Velomitor Interconnect Cable is designed for high-density mounting environments. This compact footprint allows the cable to be installed in restricted spaces on motor or turbine housings where bulkier connectors would fail. Despite its compact connector, the cable remains durable, weighing 0.8kg with a robust build that survives temperature extremes from -38°C to +80°C.

4.Flexible Field Integration

The 84661-30 Velomitor Interconnect Cable provides superior field flexibility by supporting a wide range of wiring gauges, from 0.2 to 1.5 mm² (16 to 24 AWG). This compatibility ensures that the cable can be easily integrated into existing terminal blocks and junction boxes without the need for specialized adapters or custom soldering, significantly reducing installation time and potential points of failure in the field.