BENTLY 190065A-01-01-01-00-00 – Universal Device Monitor for Reliable Machinery Protection

If you’re managing critical rotating equipment in power plants, refineries, or large-scale industrial facilities, the BENTLY 190065A-01-01-01-00-00 is one of those components that tends to fly under the radar—until you realize how much it’s doing behind the scenes. It’s part of Bently Nevada’s Series 3 Universal Device Monitor lineup, designed to integrate seamlessly into condition monitoring systems where uptime and precision matter.

One thing I appreciate about this unit is its flexibility. From my experience, it typically handles a mix of vibration, position, and temperature inputs without needing additional interface modules. That simplifies cabinet layout and reduces spare parts overhead—something maintenance teams tend to notice during retrofits.

Key Features

• Universal Input Capability: Accepts multiple sensor types—including accelerometers, eddy current probes, and RTDs—so you’re not locked into single-function monitors.
• DIN-Rail Mounting: Fits standard control cabinets, making installation straightforward during panel builds or upgrades.
• Modbus RTU Communication: Enables integration with PLCs and SCADA systems using widely supported protocols—no proprietary gateways needed in most cases.
• Relay Outputs for Alarms: Provides dry contacts for trip and warning signals, which can directly interface with emergency shutdown logic.
• Front LED Indicators: Offers real-time status feedback (normal, alarm, fault), so field technicians don’t need software access for basic diagnostics.

Technical Specifications

Application Fields

This monitor shows up most often in oil & gas compressor stations, turbine halls at thermal power plants, and large pumping systems in chemical processing. It seems particularly well-suited for environments where legacy analog sensors are still in use but modern data collection is required. In many cases, users deploy it as a bridge between older protection systems and newer asset management platforms.

Advantages & Value

Procurement teams usually find value in its multi-sensor compatibility—fewer SKUs to stock. From an engineering standpoint, the ability to configure thresholds and filter settings via Modbus makes commissioning faster than hardwired relays. You might notice that downtime drops slightly after deployment, especially when replacing aging electromechanical monitors.

It’s not the most advanced predictive analytics tool out there, but for reliable, deterministic protection logic? It holds up well.

Installation & Maintenance

Install in a clean, ventilated control cabinet meeting IP54 or better. Avoid placing near high-energy contactors or VFDs due to potential EMI interference. Wiring should use shielded twisted pair for signal lines, grounded at one end only.

Routine checks every six months—visual inspection, terminal tightness, and cleaning vents—go a long way. Calibration isn’t typically required unless a sensor circuit has been modified, but firmware updates from Bently should be reviewed annually if connected to a networked system.

Quality & Certifications

The unit carries CE, UL, and ATEX markings (for applicable zones), and complies with RoHS standards. It’s built to IEC 61000-6-2 for industrial immunity and emission requirements. Bently Nevada typically backs it with a 365-day warranty against manufacturing defects.

Our Order Placement Process & Guarantees

• Warranty: 365 days from date of shipment
• Delivery Time: 1 week for in-stock units; no more than one month if backordered
• Payment Terms: 50% advance payment, balance due before delivery
• Shipping: FedEx, UPS, or DHL—your choice based on urgency and region