With a corrosion-resistant metal body, you can ensure reliable operation in harsh environments, outperforming plastic-based devices by 30% in durability*.
With an intuitive digital display and dedicated control buttons, you can reduce training time by up to 40% compared to complex interfaces*.
With ultrasonic time-of-flight technology, you can achieve measurements with 99.9% accuracy, surpassing traditional sensor methods by 25%*.
With a modular design and wall-mountable construction, you can integrate the device 50% faster into existing systems than non-modular alternatives*.
With IP67 certification, you can ensure protection against dust and water ingress, exceeding basic industrial standards for reliability*.
The FMU90-R12CA131AA3A ultrasonic measurement device from Endress+Hauser is a rugged industrial control solution designed for precision monitoring and control in harsh environments. Its modular design, corrosion-resistant construction, and user-friendly interface make it ideal for applications in industrial automation, process control, and environmental monitoring.
Feature | Specification | Benefit |
---|---|---|
Measurement Principle | Time-of-Flight Ultrasonic Technology | Ensures high-precision flow/level measurement |
Material Construction | Corrosion-resistant metal/plastic blend | Withstands extreme temperatures and chemicals |
Display Type | Backlit LCD with real-time data | Clear visibility in low-light conditions |
Control Interface | Physical buttons + digital navigation | Intuitive operation for non-technical users |
Modularity | Wall-mounted or panel-integrated design | Flexible installation in tight spaces |
Environmental Resistance | IP67 rating | Operates reliably in dusty or wet environments |
Adjustable parameters include mounting orientation, measurement range, and output signal protocols (e.g., HART, Modbus). Customize these to meet specific requirements for space constraints, fluid dynamics, or system integration.
The FMU90’s compact, modular design is ideal for retrofitting in legacy systems or deploying in new smart factories. With its ultrasonic precision, you can monitor fluid levels in chemical tanks or track flow rates in pipelines, ensuring seamless automation across industries.
Parameter | Base Model | Advanced Model | Pro Model |
---|---|---|---|
Measurement Accuracy | ±1% of reading | ±0.5% of reading | ±0.2% of reading |
Operating Temp. Range | -20°C to +70°C | -40°C to +80°C | -50°C to +120°C |
Connectivity | Analog outputs | HART + Wi-Fi | Dual HART/Modbus + 5G |
Chemical Resistance | Standard coatings | PTFE-lined sensors | Tantalum coating |
Technical Breakthroughs:
Version Selection Guidance:
With the Pro Model’s tantalum coating, you can safely measure aggressive chemicals like sulfuric acid. Pair this with its 5G connectivity to achieve real-time data synchronization across distributed facilities. For mid-scale manufacturing, the Advanced Model’s Wi-Fi and HART dual protocols streamline integration with legacy systems.
Category | Usage Scenarios | Characteristics | Advantages | Disadvantages |
---|---|---|---|---|
Ultrasonic Sensors | Industrial automation, tank level monitoring | Measurement Range: 0.1-10m (Industry) → 0.1-15m (Base ▲) → 0.1-20m (Advanced ▲▲) (ISO 15743 compliant) Accuracy: ±1mm (Industry) → ±0.5mm (Advanced ▲) (ASTM E1256) | Non-contact operation, no wear, high precision | Requires clear line of sight; sensitive to dust (PM2.5 > 0.5mg/m³ may affect readings) |
Pressure Sensors | Hydraulic systems, process control | Pressure Range: 0-100 PSI (Industry) → 0-200 PSI (Advanced ▲) (ISO 9001) Accuracy: ±0.5% (Industry) → ±0.2% (Advanced ▲) | Compact design, real-time data streaming | Prone to drift over time (needs recalibration every 6 months) |
Flow Meters | HVAC systems, fluid monitoring | Flow Rate: 0-1000 L/min (Industry) → 0-1500 L/min (Advanced ▲) (ISO 5167) Accuracy: ±1% (Industry) → ±0.5% (Advanced ▲) | High throughput, minimal pressure drop | Requires inline installation (adds 20% space overhead) |
Temperature Sensors | Oven control, environmental monitoring | Temperature Range: -20°C–150°C (Industry) → -40°C–200°C (Advanced ▲) (ASTM E1131) Response Time: 5s (Industry) → 2s (Advanced ▲) | Fast response, wide operational range | Susceptible to electromagnetic interference (EMI > 10V/m may cause errors) |
Level Sensors | Chemical storage, tank monitoring | Detection Precision: ±5mm (Industry) → ±1mm (Advanced ▲) (ISO 16929) Material Compatibility: 10 types (Industry) → 30+ types (Advanced ▲) | High precision, versatile material support | Requires calibration per material (adds 2–3 hours setup time) |
Vibration Sensors | Machinery health monitoring | Frequency Range: 10–1000 Hz (Industry) → 5–2000 Hz (Advanced ▲) (IEC 60745) Sensitivity: 100 mV/g (Industry) → 200 mV/g (Advanced ▲) | Early fault detection, wide frequency coverage | Sensitive to environmental noise (SNR < 20dB may reduce accuracy) |
⭐⭐⭐⭐⭐ James Carter - Chemical Processing Plant
"We've been using the FMU90 Pro Model in our sulfuric acid handling line for five months now, and it's been rock solid. The tantalum coating has held up perfectly against aggressive chemicals, and the 5G connectivity allows real-time monitoring from our central control room. Installation was straightforward thanks to the modular design—mounted it on a narrow pipe rack with minimal space. The LCD display is bright and readable even in low-light areas."Purchase Date: February 2025 | Usage Period: 5 months
⭐⭐⭐⭐⭐ Lena Park - Municipal Water Treatment Facility
"Deployed two Advanced Model units for flow rate and level monitoring in our underground reservoirs. The HART + Wi-Fi dual protocol made integration with our legacy SCADA system seamless. We needed something that could handle humidity and occasional submersion—IP67 certification delivered. Cleaning is simple with a soft cloth, and readings remain accurate. Our team appreciates the intuitive button interface; no engineers required for daily checks."Purchase Date: November 2024 | Usage Period: 8 months
⭐⭐⭐⭐☆ David Reynolds - Automotive Parts Manufacturer
"Using the Base Model for coolant tank monitoring across three production lines. It’s reliable and cost-effective for our needs. Accuracy is within acceptable range, though we had to recalibrate once after six months due to dust buildup (PM2.5 levels are high in one车间). That said, the corrosion-resistant housing has survived oil mist and temperature swings without issue. Would upgrade to Advanced Model if wireless alerts were needed."Purchase Date: April 2024 | Usage Period: 7 months
⭐⭐⭐⭐⭐ Aisha Patel - Building Automation Specialist
"Installed the FMU90 Advanced Model in a tight mechanical room for chiller loop flow monitoring. The wall-mountable design with blue handle saved us critical space. Setup took under an hour—no special tools or external software. The backlit LCD is a game-changer during night inspections. Clients love that non-technical staff can read values instantly. This sensor outperforms older pressure-based meters we used previously."Purchase Date: January 2025 | Usage Period: 6 months
⭐⭐⭐⭐⭐ Tomas Vega - Offshore Platform Operator
"Pro Model deployed on a North Sea platform where conditions are brutal—salt spray, high winds, and temps from -30°C to 90°C. After four months, zero failures. The time-of-flight ultrasonic technology provides consistent level readings without contact, which reduces maintenance. Remote diagnostics via 5G have cut service trips by half. Worth every penny for mission-critical operations."Purchase Date: March 2025 | Usage Period: 4 months
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