Plastic Pipe Optimized: Built-in stainless steel ground disks eliminate extra grounding rings, ideal for plastic piping & water skids.
Compact & Lightweight: Flangeless wafer design allows fast, space-saving installation in tight treatment systems.
Smart Bluetooth Operation: Integrated Bluetooth SmartBlue app for effortless wireless setup, diagnostics, and maintenance.
Durable Construction: Features robust Polyamide liner, certified for basic water utilities, dosing skids, and commercial water systems.
Fast Procurement: Guaranteed 24-Hour RFQ technical response, direct factory supply, and rapid global dispatch.
Category Navigation: Electromagnetic Flowmeter > Proline Promag D 10
The Endress+Hauser Proline Promag D 10 is an economical, industrial-grade Electromagnetic Flowmeter designed specifically for basic water volumetric tracking within space-constrained utility skids and non-conductive pipeline systems. Engineered as a lightweight, flangeless wafer sensor, this inline magnetic device resolves physical footprint limitations by offering an ultra-short face-to-face structural length. It incorporates built-in stainless steel ground disks, rendering it highly optimized for seamless integration into plastic piping networks without auxiliary grounding hardware. Utilizing Faraday's law of electromagnetic induction, it provides constant fluid tracking for light commercial distribution lines, compact filtration loops, and municipal drinking water grids.
The following technical dataset defines the physical boundaries, certified limits, material builds, and digital interfaces of the Promag D 10 wafer-style fluid monitoring platform:
| Technical Feature | Certified Operational Data & Process Specs |
|---|---|
| Measuring Principle | Electromagnetic Flow Measurement |
| Mechanical Design | Flangeless Wafer-style housing with minimized face-to-face dimensions |
| Available Nominal Diameters | DN 25 up to DN 100 (Equivalent to 1" through 4" pipe sizes) |
| Internal Flow Tube Liner | Polyamide material rated for fluid boundaries of 0 to +60°C (+32 to +140°F) |
| Integrated Grounding Solution | Built-in stainless steel ground disks (Engineered for non-conductive plastic lines) |
| Maximum Fluid Tracking Error | Standard Calibration: ±0.5% of reading ± 1 mm/s |
| Process Pressure Boundaries | Compatible with PN 16, ASME Class 150, and JIS 10K flange ratings |
| Local Operation Interface | 2.4-inch built-in LCD Touch Screen or wireless via SmartBlue App |
| Device Diagnostics Suite | Continuous self-testing via integrated Heartbeat Technology (ISO 9001:2015 compliant) |
| Industrial Digital Connectivity | HART protocol and Modbus RS485 communication lines |
The space-saving flangeless architecture and targeted engineering of the Promag D 10 make it highly suited for basic fluid utilities:
In synthetic, non-conductive pipe architectures, traditional magnetic sensors require the installation of bulky external grounding rings to stabilize the voltage signal. The Promag D 10 eliminates this costly complexity via pre-installed stainless steel ground disks integrated directly into the wafer body. This design reduces hardware procurement costs and slashes deployment times during retrofits.
When physical space inside modular treatment enclosures or overhead pipe racks is severely limited, standard flanged inline flowmeters are often too bulky. The wafer-style configuration of this instrument provides a significantly reduced face-to-face insertion length and a lower physical weight profile, allowing effortless positioning between existing flanges.
Field operators no longer need to climb ladders or navigate hazardous environments to configure settings. Leveraging integrated secure Bluetooth wireless protocols, technicians can perform full field commissioning, parameter adjustment, and operational health logging from up to 10 meters away using the proprietary SmartBlue application on any mobile terminal.
To support corporate quality management systems and eliminate arbitrary maintenance windows, the hardware runs continuous, internal self-monitoring through built-in Heartbeat Technology. It delivers fully traceable verification reporting compliant with ISO 9001:2015 parameters without stopping the active water supply process.
In robust utility automation loops, isolated inline water metering must be paired with complete system awareness. Avoiding hazardous backpressure scenarios, pipe strain, or storage tank starvation requires feeding your real-time volume metrics alongside reliable industrial Pressure Transmitters and high-resolution Level Meters to establish a fully synchronized, failsafe fluid control infrastructure.
