I’m a specialist in vibration monitoring for rotating equipment, and I offer a Bearing Vibration Transmitter that fits right into OEM workflows and supplier networks. When I design these transmitters, I focus on accuracy, rugged durability, and easy field installation. You’ll get real‑time bearing condition data, fault alarms, and trend curves that help you schedule maintenance before surprises hit production. The transmitter supports multiple outputs (VDC, 4-20 mA, RS485) and is compatible with standard data historians, so integration with your existing PLCs and SCADA is painless. I’ve built this with anti‑vibration housing, wide temperature range, and IP rated sealing for harsh plant environments. It’s perfect for OEMs who want reliable sensors, and for Suppliers who need scalable, repeatable performance across sites. With me, you’ll cut downtime, extend bearing life, and prove value to your operations team.
Bearing vibration transmitter products set the industry standard by combining high‑precision sensing, rugged construction and smart connectivity. Engineered for wide measurement ranges and low noise, these transmitters comply with international safety and performance standards, offer IP67/IP68 protection and optional explosion‑proof certification, and support outputs including 4–20 mA, HART, Modbus and wireless protocols for easy retrofit into rotating equipment, pumps, compressors and turbines. For global purchasers, the benefits are tangible: early fault detection, extended asset life, reduced unplanned downtime and lower total lifecycle cost. Flexible configurations, customized calibration, factory testing and scalable monitoring platforms enable fast deployment across multinational fleets, while documentation, logistics support and responsive technical assistance simplify procurement and commissioning.
| Model | Sensor Type | Frequency Range (Hz) | Sensitivity (mV/g) | Output Signal | Measurement Range (g pk) | Temp Range (°C) | Accuracy (% FS) | Ingress / Mounting |
|---|---|---|---|---|---|---|---|---|
| BVX-100-A | IEPE piezoelectric, integrated transmitter | 2 – 10,000 | 100 | 4–20 mA (RMS velocity equivalent) | 0.01 – 50 g | -40 to +120 | ±1.0 | IP67 / Stud mounting |
| BVX-200-M | MEMS capacitive (digital transmitter) | 0.5 – 5,000 | 45 | Modbus RTU (RS-485) & 4–20 mA | 0.005 – 25 g | -40 to +85 | ±1.5 | IP66 / Flange or stud |
| BVX-300-HS | High-sensitivity piezoelectric | 1 – 20,000 | 500 | AC mV/g output (low-noise) | 0.001 – 10 g | -50 to +125 | ±0.5 | IP68 / Weldable or stud |
| BVX-400-V | Integrated accelerometer with velocity calculation | 2 – 3,000 | 120 (accel) | 0–10 V (velocity or acceleration selectable) | 0.01 – 40 g | -30 to +100 | ±1.0 | IP66 / Flange mounting |
| BVX-500-EX | Explosion-hardened IEPE transmitter | 1 – 8,000 | 95 | 4–20 mA with intrinsic safety barrier | 0.01 – 30 g | -40 to +100 | ±1.0 | IP67 / Ex-certified housing, stud |
| BVX-600-LT | Low-temperature MEMS transmitter | 0.5 – 6,000 | 40 | Modbus RTU + 0–10 V selectable | 0.002 – 20 g | -80 to +40 | ±2.0 | IP68 / Flange or epoxy potting |
| BVX-700-S | Shock / transient-tolerant piezo sensor | 5 – 25,000 | 80 | AC mV/g + digital status alarm | 0.05 – 100 g | -40 to +125 | ±1.0 | IP67 / Stud or adhesive |