3300/16-01-02-00-00-00-00 Product Detailed Specification

I. Product Overview

3300/16-01-02-00-00-00-00 is a dual-channel vibration monitoring module of the Benelit 3300 series. It is the core modular equipment of the online condition monitoring system for industrial rotating machinery. This model is the standard basic configuration version, specially designed for the continuous condition monitoring of critical rotating equipment in industry. Relying on mature eddy current sensing matching technology, it can achieve precise collection, calculation and monitoring of equipment vibration parameters. The product adopts a standardized industrial modular structure, featuring strong anti-interference ability, high operating stability, no drift during long-term operation, and wide adaptability. It is mainly used for the condition monitoring of key moving equipment in industrial sites, capable of capturing subtle abnormalities in equipment operation in real time, providing precise and continuous on-site data support for equipment preventive maintenance, fault diagnosis, and safety interlock protection, effectively avoiding sudden equipment failures and reducing unplanned downtime losses.

II. Product Basic Characteristics

This product belongs to the classic Benelit 3300 industrial monitoring instrument series. It adopts a cabinet rail-type standard installation structure, with a compact volume, suitable for various industrial standard control cabinet installation spaces, and convenient installation and wiring. The entire machine strictly follows industrial electromagnetic compatibility standards and electrical safety design specifications, suitable for complex industrial environments, and can operate continuously without interruption for a long time. The equipment has undergone full-scale calibration of the full range accuracy, signal stability testing, and high and low temperature aging tests before leaving the factory. The overall performance consistency and reliability are extremely high. The module hardware architecture, communication protocol, and interface specifications are fully compatible with all the equipment of the 3300 series, seamlessly integrating into the entire 3300 monitoring system. It supports free expansion of the system, module replacement and combination setup, and has extremely strong industrial adaptability and universality.

This model code corresponds to the standard basic configuration, without additional customized expansion functions. It retains the core monitoring performance, has a simple structure, and a low failure rate. It is the mainstream basic monitoring module for industrial site general scenarios, suitable for most conventional vibration monitoring conditions of rotating machinery.

III. Core Function Introduction

This module is a dual-channel independent vibration monitoring unit, mainly used for monitoring key operating parameters of various high-speed rotating mechanical equipment, such as shaft vibration and shell vibration, and is compatible with the signal acquisition of Benelit eddy current sensors. The equipment has complete front-end signal processing capabilities, which can filter, reduce noise, amplify signals, convert data, and perform numerical operations on the original analog signals transmitted by the sensors, effectively filtering out on-site interference and restoring the real operating vibration data of the equipment.

The module is equipped with standard monitoring threshold judgment logic and supports custom safety monitoring intervals. When the equipment vibration values exceed the preset safety range, it can automatically identify abnormal states, trigger local status indicator lights, and simultaneously output status signals and real-time monitoring data to upper-level control devices such as DCS, PLC, and data acquisition systems, achieving dual guarantees of local early warning and remote monitoring. It also has basic functions such as continuous real-time data recording, condition status discrimination, and fault status locking, which can accurately reflect different operating conditions of the equipment, such as stable operation, slight abnormality, and fault over-limit, providing core data basis for maintenance personnel to analyze common faults such as wear, loosening, imbalance, and misalignment.

IV. Equipment Performance and Operating Parameters

This module is compatible with industrial standard DC power supply specifications, with stable working voltage, low overall power consumption, extremely low temperature rise during long-term continuous operation, and no overheating shutdown or performance drift problems. The signal input ports are specially designed to match the 3300 series eddy current sensors, with high signal reception sensitivity, low signal transmission loss, low distortion, and measurement accuracy meeting the standards for industrial precision equipment monitoring. The range covers the mainstream vibration monitoring requirements of industrial rotating machinery and can be adapted to conventional and medium-high load condition monitoring. The equipment data responds quickly and synchronously updates the monitoring data in real time. It can accurately capture the instantaneous vibration fluctuations of the equipment without any data delay or lag. The entire machine has a high-intensity electromagnetic protection capability, which can effectively resist the electromagnetic radiation and signal interference generated by industrial site frequency converters, high-voltage motors, and power equipment, ensuring the stability and accuracy of signals in complex electrical environments. The equipment's operating temperature and humidity are compatible with the indoor environment of conventional industrial cabinets, with excellent dust-proof and anti-aging performance. The average downtime-free operation duration meets the standards of industrial high-end monitoring equipment and fully meets the strict requirements of industrial equipment for continuous operation throughout the year.

V. Compatible Accessories

This module requires the use of standardized accessories from the Ingersoll Rand 3300 series to work in coordination. It can perfectly adapt to the same series of eddy current vibration probes and dedicated signal extension cables. The interface specifications of the accessories are unified, the plug-in connection is stable, the sealing performance and anti-loosening performance are excellent, and the disassembly, maintenance, and replacement are convenient. The signal output end can be matched with industrial standard shielded signal cables for data and status signal transmission, and is compatible with common installation accessories such as universal cabinet rails and terminal blocks.

At the hardware level, it can be freely combined and assembled with the 3300 series power module, signal conversion module, communication expansion module, and other monitoring modules. It can flexibly build single-point or multi-point centralized monitoring systems according to the on-site monitoring requirements. The spare parts are highly versatile, the procurement and operation costs are low, and equipment expansion and renovation do not require replacing the entire system. The adaptability is extremely strong.

VI. Applicable Industries and Application Scenarios

This product is widely used in core industrial fields such as power, petrochemicals, metallurgical heavy industry, oil and gas storage and transportation, large-scale manufacturing, water and energy supply, etc. It is a necessary monitoring equipment for continuous production conditions. It is mainly adapted to steam turbine generators, gas turbines, large-scale process compressors, centrifugal blowers, induced draft fans, large industrial pump sets, high-voltage main motors, rolling mills, etc., of various large-speed rotating key equipment.

The equipment is mainly deployed in power generation unit power workshops, chemical plant areas, metallurgical production workshops, oil and gas pressurization pump stations, etc., and is suitable for all production scenarios that require 24-hour online monitoring, implement preventive maintenance, and prevent sudden equipment failures. It can effectively ensure the operation safety of key moving equipment and improve the stability and continuity of industrial production systems.