ACCURATE HYGIENIC FLOW MEASUREMENT
Reliable Flow and Volume Measurement with No Moving Parts
Anderson-Negele magnetic flowmeters use a magnetic-inductive measuring principle to accurately measure conductive liquids. With no moving internal components, they provide stable performance, low maintenance and excellent cleanability for food, beverage, dairy and life-science applications.
KEY BENEFITS
Why Choose Anderson-Negele Magnetic Flowmeters?
High Accuracy and Repeatability
The FMQ delivers accuracy of ±0.5% ±2 mm/s, while IZMAG models provide accuracy down to ±0.20%. This supports reliable dosing, filling, batching and continuous flow measurement.
Hygienic Sanitary Design
Models are available with 3-A sanitary construction and FDA-compliant wetted materials for hygienic manufacturing and contamination-free process measurement.
Robust Stainless-Steel Construction
Stainless-steel housings and durable PFA linings resist corrosion, vibration, pressure shocks, aggressive cleaning chemicals and demanding washdown conditions.
Advanced Diagnostics
IO-Link communication, illuminated displays, empty-pipe detection and self-monitoring capabilities support easier setup, diagnostics and process integration.
FMQ, IZMAG AND IZMS
Flowmeter Options for Diverse Sanitary Applications
Anderson-Negele magnetic flowmeters provide options for compact installations, precision dosing and continuous measurement of conductive products in demanding sanitary processes.
✓  Measure conductive liquids above 5 µS/cm
✓ Suitable for liquids, slurries and pastes
✓  No moving parts to obstruct flow or trap product
✓  Compact and full-featured transmitter options
✓  Compatible with CIP and SIP requirements
PRODUCT OPTIONS
Magnetic Flowmeter Product Families
FMQ
Compact Hygienic Flowmeter
A compact magnetic flowmeter for hygienic dosing, batching, filling and process-control applications. Available with IO-Link communication and an illuminated display.
IZMAG
High-Accuracy Process Measurement
A high-accuracy solution for continuous measurement, batching and inventory control of products with varying temperatures, viscosities and process conditions.
IZMS
Sanitary Flow Measurement
A hygienic magnetic flowmeter for sanitary production systems requiring dependable measurement, cleanability and compatibility with multiple process connections.
FLOW CONTROL AND PROCESS EFFICIENCY
Accurate Measurement for Dosing, Batching and Filling
Magnetic flowmeters provide continuous, obstruction-free measurement directly in the process line. Their accuracy and repeatability help improve batch consistency, reduce product loss and maintain dependable process control.
✓  Automated ingredient dosing
✓  Batch and blend verification
✓  Filling-line volume control
✓  Product-transfer monitoring
✓  CIP flow and chemical verification
COMMON USES
Designed for Hygienic Flow Applications
Food & Beverage Processing
Measure milk, beer, juice, sauces, syrups, mash, concentrates and other conductive products, including viscous and particulate-containing media.
Dairy Processing
Support milk receiving, cream processing, yogurt production, batching and pasteurization-line flow verification with sanitary inline measurement.
Pharmaceutical & Life Sciences
Measure buffer solutions, ingredients and conductive process fluids in sterile and high-purity production environments.
CIP, Blending and Batching
Verify cleaning flow, automated batching, blending, ingredient dosing and filling operations throughout hygienic manufacturing facilities.
RELIABLE HYGIENIC FLOW CONTROL
Precision Flow Measurement for Sanitary Manufacturing
Anderson-Negele magnetic flowmeters combine accurate measurement, hygienic construction and reliable performance for modern sanitary production environments.
Their obstruction-free measuring principle, durable materials and advanced diagnostics help improve batch accuracy, process consistency, product quality and CIP verification while reducing maintenance requirements.
Need Help Selecting Instrumentation?
Contact the Gerrie Rockwell Automation team for support with hygienic pressure measurement, sanitary process connections, application selection, and system integration.