F50 ADVANCED PUMP CONTROLLER
Applications
- Domestic water supply
- Industrial pump control
- Control of transfer pumps
- Irrigation pump control
- Pressure boosting pumps
- Water treatment systems
- Wash down control
- Pool & Spa control
FEATURES
- High pressure cutout
- Starts on pressure or flow
- Runs on flow
- Stops on pressure or time
- 10 & 20 Bar versions available
- No metal parts in contact with water
- Suits all pipe sizes 25mm (1”) & larger
- Highly adaptable and adjustable
- Directly control pumps to 3.75kw
- Indicator lights for all functions
- Suitable for use in sea water
- Weatherproof housing IP67
- Plug and play models available
INTRODUCTION
Basic pump controllers that integrate flow and pressure normally start on pressure or flow and stop when flow stops. More advanced controllers such as our F40 series provide an adjustable run-on that allows time for pressure to rise in the system before the pump is shut down. The F50 advanced pump controller takes pump control to the next level. In addition to the usual start on pressure stop on flow system used in most pump controllers, it adds the ability to set an upper pressure limit on the system. This feature means the system pressure can’t exceed safe pressure limits. It means that low class pipe can be used in a fully automatic pump system without any risk of bursting the pipework.
Unlike a basic pressure switch operated system that also sets an upper pressure limit, the F50 learns from its environment and remembers what the upper pressure limit is. In normal operation the F50 lets the pump start and stop instantly on flow. If the system pressure creeps up and eventually reaches the cutout pressure, the F50 automatically reverts to pressure start mode and will not allow the pump to start regardless of flow demand until the pressure has fallen to the startup pressure. This system gives the user the best features of an F40 pump controller with the added advantage of an adjustable high-pressure limit on the system.
MORE INFORMATION
F40 SERIES
Features
- Eliminates pressure tanks and switches
- No metal parts in contact with water
- Starts on pressure, stops on flow
- Suits all pipe sizes 25mm (“1) & larger
- Highly adaptable & adjustable
- Auto restart after running dry
- Directly control pumps to 3.75kw / 5hp
- Ignores minor flow fluctuations
- Indicator lights for all functions
- Suitable for use in seawater
- Tough reliable construction
- 10 Bar (150psi) pressure rating
- 20 Bar (300psi) models available
- Weatherproof housing IP67
- Simple plug in installation
General description
The F40 digital pump controller is a powerful self-contained microcomputer that controls and protects a pump under its command.
The F40 provides a seamless environment for the pump and gives the end user all the advantages of constant flow and at the same
time protects the pump against damage from being run dry. Constant flow means a smooth supply free from the pressure
fluctuations that plague conventional pressure controlled pumps.
Applications
- Domestic water supply
- Industrial pump control
- control of transfer pumps
- Irrigation pump control
- Pressure boosting pumps
- Water treatment systems
- Washdown control
- Pool & spa pumps
- Bore pump control
Data sheets
Wiring diagrams
- Updating shortly
Paddle trimming calculator
F30 Pump control
Features
- Australian made
- Flow and dry run protection
- Capable of directly controlling pumps up to 3.75KW or 5HP
- No metal parts in contact with liquids
- 240V, 24VAC and DC models available
- Reliable proven construction
- Weatherproof enclosure
- Suits pipes 25mm and above
- 18 BAR (260 PSI) Pressure Rating
- Stainless models available
Description
The F30 Pump Controller is a microprocessor based electronic flow switch that monitors both flow and pressure. When included in a pressure system it
vastly improves overall performance and gives the benefit of both constant flow and dry run protection. Pressure systems cycle between low and high
pressure, not because this gives the user any advantage but simply because a pressure differential is required to operate the pressure switch that
normally controls such pumps. The user sees the effect as fluctuations in pressure at the tap. If loss of prime occurs, a pump controlled by a pressure
switch will run the pump dry and can cause major damage.
More Information
Wiring Diagrams
- F30 On an Irrigation controller (PDF)
- F30 Tank filling circuit (PDF)
- F30 Tank filling circuit 415VAC (PDF)
- F27TD/F30TD Terminal Markings