Description
BENTLY 2300/25-00
BENTLY 2300/25-00 is a vibration monitor of the 2300 series. It provides cost-effective continuous vibration monitoring and protection for medium-to-low criticality rotating equipment. Seamlessly compatible with the System 1® platform, it is widely applied in power, oil & gas, manufacturing and other industries.
1. Basic Information & Core Functions
Part Number: 2300/25-00Product Type: Vibration Monitor (2300 Series)Brand: Bently Nevada
Core Positioning:It delivers continuous vibration monitoring, fault early warning and condition protection for non-core yet important rotating machinery. It supports integration with System 1® (Trendmaster SPA) to realize centralized management and in-depth analysis of equipment data.
Core Functions
- Multi-channel Signal Acquisition: 2 vibration inputs (Acceleration / Velocity / Displacement) + 1 speed / key phase input. Synchronous sampling supports advanced diagnostic functions.
- Multi-sensor Compatibility: Compatible with ICP accelerometers, velocity sensors and eddy current displacement sensors; supports 2-wire and 3-wire probes.
- Real-time Monitoring & Alarm: Measures key vibration parameters including acceleration, velocity and displacement; provides 2 programmable relay outputs with customizable alarm thresholds (Alert / Danger).
- Data Interaction & Diagnosis: Equipped with SPA interface (for System 1® connection), Ethernet (Modbus TCP), and 3 BNC buffered outputs (including key phase signal). Supports local and remote diagnosis.
- Convenient Configuration & Display: LCD + LED indicators show real-time vibration value, rotational speed and operating status. Configurable via dedicated BNMC software with RSA encrypted communication supported.
2. Technical Specifications
| Parameter Item | Specification Details |
|---|---|
| Part Number | 2300/25-00 |
| Series | BENTLY 2300 Series |
| Input Channels | 2 vibration channels + 1 speed / key phase channel |
| Vibration Input Type | Acceleration (0.2Hz~20kHz), Velocity, Displacement (Eddy Current) |
| Speed Range | 1~120,000 RPM (Key phase / Magnetoelectric) |
| Alarm Output | 2 relays (NO / NC programmable) |
| Communication Interface | Ethernet (10/100 Base-T, Modbus TCP), SPA interface, 3 × BNC |
| Power Supply | 18~36VDC, Max 7.5W |
| Operating Temperature | -30°C ~ +65°C |
| Dimensions | 127mm×127mm×76.2mm (W × D × H) |
| Weight | Approx. 1.03kg |
| Mounting Method | Panel mounting / DIN rail mounting (with adapter) |
3. Hardware Design & Structural Details
PCB & Material: Adopts industrial flame-retardant PCB with reinforced enclosure. Vibration resistant (3g) and wide-temperature tolerant, suitable for long-term continuous operation in industrial sites.
Structural Layout
- Input Area: 2 vibration sensor interfaces + 1 speed interface with anti-misconnection design for easy wiring.
- Display Area: LCD screen (parameter / status display) + LED indicators (Power / Alarm / Communication) for local visual operation and maintenance.
- Interface Area: Neatly arranged Ethernet port, SPA interface, BNC buffered outputs, relay terminals and power terminals for convenient wiring layout.
Anti-interference Design: Built-in EMI filtering, signal isolation and short-circuit protection to effectively suppress industrial electromagnetic interference and ensure stable signal transmission.
4. Working Principle & Signal Flow
- Signal Access: Vibration sensors (Acceleration / Velocity / Displacement) collect equipment vibration signals; the speed probe acquires shaft speed and key phase signals, which are synchronously transmitted into the monitor.
- Signal Processing: Analog signals are conditioned through filtering, amplification and analog-to-digital conversion. 24-bit ADC high-precision sampling extracts key parameters such as vibration peak, RMS and peak-to-peak value.
- Logic Judgment & Alarm: Real-time monitored data is compared with preset thresholds. Once exceeding limits, relay alarms are triggered to output Alert / Danger signals.
- Data Output & Integration: Vibration and speed data are uploaded to System 1® via the SPA interface, connected to DCS through Ethernet, and exported via BNC ports for analysis by portable diagnostic instruments.
- Configuration & Maintenance: Remote parameter configuration and sensor calibration are realized through BNMC software. Local data viewing and alarm reset can be performed via the LCD screen.
5. Key Features & Advantages
- Cost-effective Monitoring: Realizes vibration protection for critical equipment at low cost, filling the gap between large-scale monitoring systems and simple transmitters.
- Full-parameter Vibration Monitoring: Covers acceleration, velocity, displacement and rotational speed to evaluate equipment health status from multiple dimensions.
- Seamless System Integration: Natively supports the System 1® platform, able to connect to existing equipment management systems for unified data analysis and early warning.
- Industrial-grade Reliability: Wide temperature tolerance, vibration resistance and EMC compliance adapt to harsh industrial environments with excellent MTBF performance.
- Flexible Installation & O&M: Supports panel and DIN rail mounting; local display plus remote configuration reduces deployment and maintenance costs.
6. Application Scenarios
- Power Industry: Vibration monitoring and protection for power plant fans, pump sets, small steam turbines and auxiliary motors.
- Oil & Gas Industry: Condition monitoring of compressors, pumps, centrifuges and conveying equipment to ensure continuous production.
- Manufacturing & Metallurgy: Vibration monitoring of production line motors, reducers, machine tool spindles and fans to reduce unplanned downtime.
- Other Industries: Suitable for rotating machinery in water treatment, papermaking, mining, cement and other industries, meeting protection requirements for medium-to-low criticality equipment.
