Category Navigation: Electromagnetic Flowmeter > Proline Promag E 100
Inside high-density chemical dosing cabinets, OEM process modules, and containerized water treatment systems, plant engineers often face severe transmitter clearance limitations, overlapping cable routing, and adjacent pipeline collisions. The Endress+Hauser Promag E 100 Flowmeter is an industrial-grade, ultra-compact Electromagnetic Flowmeter designed specifically to overcome these tight physical space layout constraints. Engineered with a space-saving integrated transmitter profile, this inline magnetic sensor provides high-precision fluid logging without requiring bulky mounting enclosures or remote line calibration. Equipped with a premium PTFE liner, it delivers continuous, highly reliable volumetric tracking for aggressive acids, alkaline solutions, and corrosive chemical streams.
High-Definition Detail: Promag E 100 Space-Saving Integrated Transmitter Structure
The following dataset details the verified technical boundaries, material compositions, and automation interfaces of the Promag E 100 compact process instrumentation platform:
| Technical Parameter | Certified Operational Specification Details |
|---|---|
| Measurement Principle | Electromagnetic Flow Measurement |
| Available Nominal Diameters | DN 15 up to DN 600 (Equivalent to 1/2" through 24" line sizes) |
| Internal Flow Tube Liner | Premium PTFE (Polytetrafluoroethylene) for superior chemical immunity |
| Standard Measuring Error | ±0.5% of the actual measured fluid volume |
| High Accuracy Calibration Option | ±0.2% refined calibration specification |
| Minimum Fluid Conductivity | > 20 μS/cm (Optimized for conductive chemical solutions) |
| Industrial Communication Protocols | HART, PROFINET, EtherNet/IP, and Modbus RS485 serial lines |
| Hazardous Area Certifications | ATEX, IECEx, and Zone 2 compliance parameters |
| Device Self-Diagnostics Suite | Continuous monitoring via integrated Heartbeat Technology™ |
Unlike traditional magmeters that depend on oversized enclosures or separate remote wall brackets, this device integrates its processing components into a minimized housing footprint. This design allows skid builders to position multiple inline sensors side-by-side in tight pipeline arrays, leaving ample clearance for terminal cover removals, cable bends, and adjacent valve maintenance access.
Chemical permeation and physical liner degradation are primary risks in dosing systems. The high-performance PTFE liner provides reliable protection against reactive process fluids like sulfuric acid, caustic soda, ferric chloride, and sodium hypochlorite, ensuring a stable service life compared to standard elastomer alternatives.
On-site startup is simplified by removing the dependency on proprietary handheld communicators or specialized software drivers. Technicians can perform full parameter configuration, check communication states, and view active system diagnostics using a standard web browser on any field laptop connected directly to the instrument.
To satisfy continuous regulatory audit requirements without stopping active chemical injection lines, the embedded diagnostics suite systematically monitors internal electronics drift, amplifier stability, and coil integrity. Comprehensive health verification certificates can be generated on-demand while the process remains fully operational.
In sophisticated dosing networks, volume logging must be continuously coordinated with wider process variables. To protect lines from pump pulsation and tank depletion, ensure your metric data synchronizes with our industrial Pressure Transmitters and precise Level Meters to form a balanced, automated control system.
