Flow Monitoring Module
Multi-Channel Flow Monitoring for Experimental Fluid Systems
A configurable flow-monitoring module designed for real-time measurement, visualization and data acquisition within laboratory fluid-circulation and experimental perfusion setups.
Depending on the requested configuration, AEP-FM-01 can integrate compatible flow-sensing hardware with signal acquisition electronics, centralized monitoring interfaces and experimental data-management architecture.
Representative configuration — sensor hardware, number of channels, interfaces and monitoring functions depend on experimental requirements.
More Than a Flow Sensor
AEP-FM-01 is designed as an experimental flow-monitoring and integration platform rather than a standalone flow sensor.
Depending on the requested configuration, compatible flow-sensing hardware can be integrated with signal acquisition, multi-channel monitoring, visualization, data logging and centralized experimental control architecture.
Sense · Acquire · Visualize · Record · Integrate
Real-Time Flow Monitoring
Configurable monitoring of flow signals within experimental fluid systems.
Multi-Channel Architecture
Multiple experimental flow points can be integrated into a centralized monitoring architecture.
Signal Acquisition
Compatible sensor signals can be acquired and processed through the experimental monitoring platform.
Real-Time Visualization
Flow measurements can be presented through configurable experimental monitoring interfaces.
Data Logging
Experimental flow data can be recorded according to the requested system configuration.
System Integration
Flow monitoring can be integrated with pumps, fluid circuits, thermal systems and Aeternus Control & Data architecture.
Monitor Multiple Flow Points
Conceptual configuration only — measurement points are defined according to the individual experimental setup.
Conceptual Experimental Monitoring Architecture
This diagram is conceptual only and describes experimental laboratory architecture. Measurement points, sensor hardware, channel count and interfaces depend on the requested configuration.
Configure This Module
Define your flow-monitoring points, sensor situation, acquisition and data requirements — our engineering team evaluates the configuration.
Flow-Informed Pump Control
Flow-monitoring data may be evaluated for integration with experimental pump-control architecture when required by the research setup.
Control logic and feedback architecture are configuration dependent and subject to engineering evaluation.
Specification Overview
| Product Code | AEP-FM-01 |
|---|---|
| Product Family | Experimental Sensors & Monitoring |
| Measurement | Flow |
| Number of Channels | Configuration Dependent |
| Sensor Technology | Configuration Dependent |
| Sensor Hardware | Selected according to experimental requirements and compatibility evaluation |
| Measurement Range | Defined per configuration |
| Signal Interface | Configuration Dependent |
| Sampling Architecture | Configuration Dependent |
| Real-Time Visualization | Optional / Configuration Dependent |
| Multi-Channel Monitoring | Optional / Configuration Dependent |
| Data Logging | Optional / Configuration Dependent |
| Data Export | Optional / Configuration Dependent |
| Threshold Monitoring | Optional / Configuration Dependent |
| Pump-Control Integration | Optional / Configuration Dependent |
| External Interface | Configuration Dependent |
| Custom Integration | Available on Request |
Final sensor selection, measurement range, number of channels, signal architecture, acquisition parameters and software functions are defined following engineering evaluation of the requested experimental configuration.
Component Integration
Depending on the selected configuration, AEP-FM-01 may incorporate compatible third-party flow-sensing hardware integrated with Aeternus Perfusion Lab electronics, monitoring software and experimental system architecture.
Specific sensor manufacturers and models are determined according to technical requirements, availability and compatibility evaluation.
Already Have Flow Sensors?
Researchers who already have flow-sensing hardware may submit manufacturer, model, output signal and available technical documentation for engineering compatibility evaluation.
Compatibility subject to engineering evaluation.
From Fluid Movement to Measurable Experimental Data
Complete Your Experimental Setup
Planning a Monitored Experimental Setup?
AEP-FM-01 transforms individual flow-sensing components into an integrated experimental monitoring architecture — from sensor signal to real-time visualization, data acquisition and system-level integration.
Important Information
AEP-FM-01 is presented as a configurable flow-monitoring, signal-acquisition and integration module for laboratory and experimental engineering applications according to its specified intended use.
It is not presented for clinical use, diagnosis, treatment or patient monitoring.
Sensor hardware, measurement range, interfaces, acquisition architecture, monitoring functions and final specifications depend on the individual experimental requirement and engineering evaluation.
Compatible third-party components may be integrated where appropriate.
The module is not described as sterile, medical grade, CE certified, RUO certified or approved unless such status is specifically documented for the supplied configuration.