The Allen Bradley 1440-VSE02-01RA is a high-performance vibration monitoring module designed for use with Allen Bradley ControlLogix PLCs. Featuring two dynamic input channels, this module delivers precise vibration and g-force measurements, making it ideal for machine health monitoring, structural analysis, and seismic detection. With compact design and programmable settings, it ensures flexibility, reliability, and easy integration into a wide range of industrial applications.

⚙️ Key Features:

• ✅ Two independent dynamic input channels for real-time vibration and acceleration data

• 📉 Wide input range of 100mV to 10V for compatibility with various sensors

• 🎚️ Programmable gain (1 to 1000) and filter settings (0.1Hz to 100Hz)

• 🔍 Supports g-force and vibration analysis in critical systems

• 🔧 Screw terminal connections for simple and secure installation

• 💡 LED indicators for clear status monitoring

• 📦 Available in original packaging and ready to ship

📌 Ideal Applications:

• 🛠️ Machine condition monitoring in manufacturing plants

• 🏗️ Structural health analysis in civil infrastructure

• 🌍 Seismic event detection for environmental monitoring

• ⚙️ Predictive maintenance and fault detection in rotating equipment

📊 Technical Specifications:

✅ Key Benefits:

• 🧩 Compact and space-saving design for easy panel integration

• 🔄 Flexible configuration for a variety of vibration monitoring scenarios

• 🔧 Quick installation with screw terminal connectors

• 📈 Accurate and reliable measurements improve equipment health diagnostics

• 💸 Cost-effective solution for advanced condition monitoring systems

🏁 Conclusion:

The Allen Bradley 1440-VSE02-01RA Vibration Module is a compact yet powerful tool for industrial and environmental monitoring. With dual-channel input, wide programmability, and seamless compatibility with ControlLogix PLC systems, it is ideal for enhancing operational efficiency, reducing downtime, and protecting critical assets. In stock now and ships in original packaging, it’s a must-have for predictive maintenance and structural analysis applications.