Suitable for Do-It-Yourself or Professional installation, it has never been easier, plumb the system into the piping, prime the pump, turn it on and the controller will do the rest. That's the theory ..... but a Professional can be worth every cent he charges.
The controller will automatically adjust the pump for best pumping conditions which will increase the expected pressure available from the Orange centrifugal pump.
Pumps are divided by application into deep and shallow well pumps.
Atmospheric air pressure alows pumps to suck by pushing the water up the pipe when the pump draws a vacuum. Atmospheric pressure is limited to about 100 kPa so in theory pumps can suck 10 metres vertically. In practice this is limited to about 6 metres at sea level and 20 degrees C due to practical constraints. A pump that is made for this application is called a SHALLOW WELL PUMP.
DEEP WELL PUMPS are made to get water when the suction lift is greater than that can be handled by a shallow well pump.
SHALLOW WELL PUMPS should be installed with the following as a guide.
If you are not familiar with pumps we do advise you contact people with pump experience, as pump installation is not difficult but each installation may have it’s own special problems.
Most Orange shallow well pumps can operate as a high pressure pump or automatic pressure system when equipped with an Orange pressure system package or sold as a packaged system. Packaged systems are similar to pumps and the same common installation technique can be used for both.
- lpm = liters per minute
- kPa = kilopascals pressure
The Orange pump or automatic pressure system are used to supply most applications, houses, farms, stock watering, the garden, small irrigation, hosing, tank filling and where ever water is needed.
Pumps will suck down to about 6 metres at sea level. In practice for trouble free installations this suction should not be exceeded. Suction is reduced if the temperature of the fluid being pumped is over 20 deg C or above sea level.
Pumps operate with maximum efficiency when the suction pipe is large, the pipe length short, and the suction height low.
The pipe on the discharge and suction should not be less than the pump thread size If the distance is long consult a pipe friction table.
All pipe thread joins must be sealed and tightened to prevent air and water leaks. Teflon tape should be used. Care should be taken not to cross thread or over tighten pipe fittings.
Do not use thread sealant on plastic pipe fittings unless you know what the long term effect of the sealant will be on the fitting.
Pumps must be installed with a foot valve at the end of the suction pipe if sucking water a long way or a check valve installed close to the pump if sucking from a tank etc.
It is good practice to install the pump using:
• Flexible or plastic pipe to minimise noise.
• Barrel unions so the pump can be easily removed.
• A gate or ball valve in the pump discharge to turn the water off and act as a control valve.
To prime the pump unscrew the priming plug and fill the pump and suction pipe. Replace the priming plugs, then turn on the power. You may have to leave the priming plug loose to allow air to escape. If your priming was successful allow the pump to operate till all the air is flushed out of the suction pipe and pump. If not successful try again. If the suction pipe is long they process of clearing the air out of the suction pipe may take some time.
Pumps should not be run without water. This will cause heat and possible pump or seal failure.
The Orange single phase 230 volt pump is equipped with a unique plug and power extension lead. This connects the pump to a standard power outlet.
If used as a pressure system the kit connects the pump to a switch and the extension cord is used to connect the switch to the power outlet.
The pump will operate on a wide voltage range but care should be taken not to operate the equipment on long extension leads as the voltage drop can be considerable and cause motor problems.
If connected to 460 volts single phase or 415 volts 3 phase the pump must be wired by and electrician and a contractor used to provide overload protection.
When commissioning 3 phase pumps shaft rotation can be incorrect. The rotation must be anti clockwise when looking from the pump end. The pump should be flicked on to check rotation, it is dangerous to run the pump in reverse, if incorrect change over any 2 of the power leads on the motor terminal block and the direction will be corrected.
Pump fails to operate.
• Check water source, it may be dry ?
• Is there any electrical power ?
• Pump may be operating in the sun or a badly vented housing, causing the motor to over heat and the inbuilt thermal to open circuit. This may take 30 minutes to reset.
• The pump may have lost prime.
Water leakage coming from the pump shaft
This may be the normal drip that is expected from an operating pump or if the water flow is appreciable then the pump seal should be replaced.
Always turn the power off and pull out the plug if you are doing repairs or adjustments on the pump.
The motor is fitted with an auto setting restart thermal which may start without warning.
If the electrical lead becomes dammaged replace it do not attempt to repair the cord.
Items that can be checked and repaired inexpensively are seals, motor bearings, impellers, diffusers, pressure tanks and pressure switches or controllers. Items like motors or wet end melt down generally call for a new pump.
Most pumps will operate for their life with little or no maintenance. A period of 4 to 5 years would be expected before maintenance is required and then another 3 years would be considered average before the pump needs replacement. Pumps can last 20 years if installed correctly and treated well.
When a pump fails the cause of failure should be checked as pumps often fail due to installation problems or problems that have nothing to do with the actual pump. When installing a new pump if these problems can be fixed the new pump will give extended life.