Endress+Hauser Micropilot FMR10-AAQBMWDEWFE2

Radar Level Transmitter

The Endress+Hauser Micropilot FMR10-AAQBMWDEWFE2 is a compact, non-contact radar level transmitter from the FMR10 series, designed for continuous level measurement in liquids . Part of Endress+Hauser's Fundamental selection, this device is optimized for the water and wastewater industry and utilities across all industries .

FMR10 is Endress+Hauser's first non-contact radar featuring Bluetooth® commissioning and operation via the SmartBlue app . Signal curves can be displayed on any Bluetooth-enabled smartphone or tablet (iOS/Android), simplifying diagnostics and maintenance . The all-PVDF body with fully potted electronics withstands outdoor conditions and provides IP66/68/NEMA 4X/6P protection .

This standard configuration (without +R7 flooding protection tube) measures liquids up to 8 meters (26 ft) .

Order Code Breakdown: FMR10-AAQBMWDEWFE2

Based on Endress+Hauser's ordering structure :

Position	Code	Interpretation
Approval	AA	Non-hazardous area (standard)
Power Supply; Output; Operation	Q	2-wire; 4-20mA; Bluetooth (App) setup
Antenna; Max Measuring Range	BM	40mm / 1-1/2"; 8m liquid (-40…60°C)
Rear Process Connection; Material	WDE	Thread G1 ISO228; PVDF
Front Process Connection; Material	WFE	Thread ISO228 G1-1/2; PVDF
Cable Length	2	10 meters

Technical Specifications

Key Features & Benefits

• Non-Contact Radar with Bluetooth®: First non-contact radar from Endress+Hauser with Bluetooth commissioning, operation, and maintenance app; view signal curves on any smartphone/tablet 

• Compact & Cost-Effective: Unique radar chip design enables ultra-compact size (ideal for limited spaces) with best price-performance ratio in its class 

• Rugged & Reliable: Full PVDF body with sealed wiring and fully potted electronics ensures IP66/68 protection and resistance to harsh environmental conditions 

• Easy Setup: Simple configuration with only three main parameters meets most application requirements 

Applications

• Water & Wastewater: Level monitoring in storage tanks, open basins, pump stations, lift stations, and sewer management systems 

• Utilities: Level measurement for utilities across all industries where basic non-contact radar is sufficient 

• Stormwater Management: River and dam management, stormwater basins 

• Chemical & Industrial: Simple liquid level measurement in storage tanks with non-aggressive media (PVDF material compatible with many chemicals)

the Micropilot FMR10-AAQBMWDEWFE2

• Bluetooth Connectivity: No need to open the housing or climb to high tanks for configuration; operate safely from ground level via SmartBlue app 

• Superior Value: Best price-performance radar for water/wastewater applications; Fundamental selection product 

• Ultra-Compact Design: Fits in tight spaces where larger radars cannot be installed; ideal for retrofits 

• Harsh Environment Ready: IP68 protection and fully potted electronics eliminate water ingress concerns 

• 8m Standard Range: Sufficient for most water/wastewater storage applications 

Q&A

Q1: What is the maximum measuring range of the FMR10-AAQBMWDEWFE2?

A: The FMR10-AAQBMWDEWFE2 measures up to 8 meters (26 ft) for liquids . For applications requiring longer range, the +R7 flooding protection tube accessory extends the maximum range to 12 meters (39 ft) .

Q2: Can I configure this radar level transmitter without opening the housing?

A: Yes. The FMR10 features Bluetooth® wireless technology and connects to the free SmartBlue app on any iOS or Android smartphone or tablet . You can perform full commissioning, configuration, diagnostics, and view signal curves remotely—even from hazardous areas or confined spaces—without ever opening the device housing .

Q3: What is the measurement accuracy and what materials is the FMR10 made of?

A: The Micropilot FMR10 delivers an accuracy of ±5 mm (±0.2 inches) . The device features a full PVDF body (Polyvinylidene Fluoride) that resists outdoor conditions, along with sealed wiring and fully potted electronics that eliminate water ingress and allow operation under harsh environmental conditions .