i500 Solar Powered Flowmeter Transmitter
i500 Solar Powered Flowmeter Transmitter
The i500 Electromagnetic Flowmeter is a no compromises, high accuracy, high capability, bullet-proof water flow transmitter and wastewater measurement device. It complies with the new Australian Standard AS/NZS 4747:2013 – Meters for Non-Urban Water Supply. It is a fully pattern approved instrument from DN1500 to DN600. The meter will meet the demanding requirements for accurate metering of irrigation supplies but is equally at home in other water supply applications including urban water (recycled water, distribution network and revenue monitoring), mining and environmental monitoring.
General Applications of Water flow transmitter
- Ideally suited to remote mission-critical water and wastewater measurement applications
- Suited to irrigation off-takes and water and wastewater treatment plants, mining and general industry applications
- Additional capability to undertake basic control functions e.g. local off-take gates and valves and a variety of communications protocols to efficiently deliver output data
Whatever your application there is an Aquamonix product to suit your requirements. Check out our documentation for more specifications of the product or click here to contact us for any queries.
The i500 Electromagnetic Flowmeter is a no compromises, high accuracy, high capability,
bullet-proof water and wastewater measurement device.
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Resources
Company Policies
Manuals
I500 – M500 Modbus Communications Guide
i500 Quick reference guide
i500 Emflux Flowmeter User Manual
Data Sheets
Installation Guides
Aquamonix Flow Meters Pipework Requirements
Emflux Flowmeter Mechanical Installation
Analog Card 4-20mA Setup Guide
Emflux Flowmeter Cable Extension / Joining Instructions
Technical/Support Notes
TBWFP-001 – Basic Principle of EMFLUX Flowmeters
TBWFP-022 – Emflux Flowmeter Operational Ranges
Flowmeter Operational Ranges Nov 2025
Analogue Card Selection and Configuration Guide v8
Flow Detector Verification Procedure
Flow Transmitter or Flow Tube Replacement V4
i500 LCD Upgrade
Electrode Coating Techniques V4
Emflux Flowmeter Earth Requirements
I500 Digital Pulse Outputs
Pipe-Not-Full cable colouring
Management of Ageing Flow Meters
Irriflow Sleep-Wake Operation vs Accuracy
Pentair Flow Meter Storage Requirements
Cabling Considerations
Upgrading an i300 site to an i500 v2
Meter Operation with Non Full Flowing Pipes
I500 Transmitter Door Assembly Replacement Procedure
I500 Micro SD Card Replacement Procedure
Irriflow Solar Panel & Battery Management
I500 Security Device
i500 Modem Card Configuration
Pattern Approval
Design Tools
Product Drawings
Case Studies
Flow meter modernisation CASE STUDY
Hay PID CASE STUDY
Harvey Water CASE STUDY
In Line GMW Mag flow meter CASE STUDY
Jemalong Irrigation CASE STUDY
Lower Murray Water CASE STUDY
Mobile Flow Metering CASE STUDY
Mounted Truck Flow Metering CASE STUDY
Murrumbidgee Irrigation CASE STUDY
Gascoyne Water CASE STUDY
Brochures
Emflux i500 Flowmeter Brochure
AquaLID Emflux Telemetry Brochure
Emflux Flowmeters Brochure / Line Card
Emflux Smart Metering – Mining
Presentations
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