POOL PUMP AND MOTOR 0.75KW RAPID by EARTHeCO

The Eartheco RAPID 0.75KW pump is a self-priming, centrifugal pump equipped with a closed vane impeller, crafted for years of seamless operation. This pump integrates a leaf trap strainer and a mechanical shaft, coupled with a squirrel cage induction motor supported by heavy-duty ball bearings. The convenience of installation is enhanced by the inclusion of unions and internal threading on the castings for the inlet and outlet, utilizing contemporary technology for a secure and efficient setup.

Key Features:

• Self-Priming Mechanism: Ensures easy startup and reliable operation.
• Closed Vane Impeller: Designed to enhance efficiency while minimizing clogging risks.
• Leaf Trap Strainer: Prevents leaves and large debris from entering the pump, simplifying maintenance efforts.
• Durable Construction: Mechanical shaft seal and squirrel cage induction motor, reinforced with heavy-duty ball bearings for prolonged service life.
• Ease of Installation: Fitted with unions and threaded connections for straightforward integration into your pool's plumbing system.
• Compatibility: Optimally paired with an Aquamax, Eartheco, or Quality 3 bag sand filter.
• 2-Year Manufacturing Defects Warranty: Offers peace of mind and ensures reliability and quality.

Why Choose the Eartheco RAPID 0.75KW Pump?

The RAPID pump's robust design and efficient performance make it an ideal choice for pool owners seeking a reliable solution to maintain water clarity and hygiene. Its ability to handle large debris without clogging ensures your pool remains clean and inviting.

Included in the Package:

• 1x Eartheco RAPID 0.75KW Self-Priming Pool Pump

Selecting the Eartheco RAPID 0.75KW pump means opting for a hassle-free, efficient, and durable solution for your pool's filtration system, ensuring a pristine pool environment for you to enjoy.

Installation Instructions:

We recommend that the pump is installed by a qualified pool professional or electrician.

A good installation of your pool pump will result in many years of trouble-free operation. Careful attention must be paid to the following:
1. Piping: The suction and discharge pipes must not be smaller in diameter than the pump connection i.e., On 1.1 kW & 1.5kW a suction pipe of 63mm, outlet pipe diameter 50mm minimum. Suitable unions should be used on the pump connections or placed in the lines adjacent to the pump connections in case the pump needs to be removed at any time. Do not support the pipework on the pump or vice versa. Make sure all pipe connections are completely water/airtight by using a suitable pipe jointing compound. Keep suction pipe as short as possible and only use pipes that are sufficiently rated to work at a minimum of 4 bar pressure. The suction line should enter the pump straight and horizontally for a length of at least 4 x the diameter of the pipe. The pump is a self-priming pump, which can be installed above or below water level, if you choose to go below, be sure to connect a control valve on your suction pipe between the pool weir/skimmer and the pump, which will prevent your pump being flooded when you open the lid to clean the pump leaf basket. Do not over tighten fittings into the inlet and outlet of the pump. Position pump on a flat level surface not exposed to flooding, as the pump motor is not waterproof.

2. Pump Positioning: (Important for motor cooling): We recommend that the pump be positioned at a level of no more than 300mm above your pool water level. Again, we stress the fact to keep the suction line as short as possible. A minimum clearance of 150mm must be allowed behind the motor fan cowling to the nearest obstruction to ensure proper air ventilation and easy access for servicing. The pump house/box must also have provision for adequate drainage facilities.

3. Ventilation: As the electric motor is fan cooled, sufficient ventilation must be allowed at all times during operation. Failure to do this will cause overheating resulting in premature bearing failure and/or motor burnout. If your pump house/box does not have ventilation holes the lid or door should be left open during operation of the pump.

4. Drainage: Flooding of the electric motor is the most common cause of motor failure. It is essential that adequate drainage be provided in the pump house/box. If the motor fails as a result of flooding, then there is no warranty whatsoever irrespective of how the water penetrated the motor. The pump must be protected from rain and flooding.

5. Electric Connections: These must be carried out by suitably qualified people only. Do not change the motor position as it is provided with a drain hole at the bottom to drain off any water which may leak past the mechanical shaft seal. A cable gland must be fitted to the terminal box. NOTE: The length of cable supplied with the pump is for testing only and should be replaced with suitably rated cable. Minimum specification 60245IEC66 (HO7RN-F).

6. Rotation: Before checking the rotation, drain the pump leaf trap of water. The correct rotation is clockwise when viewed from the motor end. Pumps with 220-volt single phase motors are wired at the manufacturer for the correct rotation.

How to keep your pool pump in good running condition
1. Clean the leaf trap in the pump and pool weir regularly.
2. Do not allow dust to accumulate on the motor as this affects the cooling process.
3 Do not leave foreign objects lying on the motor.
4 Change the rubber 0-Ring in the lid at 1-year intervals to maintain a good seal. The face on the leaf trap where the 0-Ring sits must be kept clean and smooth.
6. DO NOT RUN THE PUMP DRY or under closed valve conditions for extended periods.
7. Backwash your filter once a week, or when the pressure exceeds 50% above the starting operating pressure.
8. No Vaseline or petroleum-based lubricants should be used for lubricating 0-Rings or seals. Only silicone paste should be used.

Troubleshooting a pool pump:
Safety first! Isolate the motor before checking for problems.

Motor fails to start:
A) Check that incoming mains wires are connected to the correct motor terminals.
B) Check that the mains supply coming into the motor at the terminals corresponds with the data on the motor name plate.
C) Remove the fan cowl of the motor or insert a screwdriver in the slot of the motor shaft at the fan end and check if the shaft can be rotated freely. If this is not the case, the motor will have to be removed to check if foreign objects are jammed in the impeller.
D) Reset thermal overload (if fitted) at the reset button on motor terminal box.

Motor hums but will not start:
A) Remove the fan cowl of the motor or insert a screwdriver in the slot of the motor shaft at the fan end and check if the shaft can be rotated freely. If this is not the case, the motor will have to be removed to check for faulty bearings, or if foreign objects have become jammed in the impeller. If the shaft can be rotated, check that the capacitor is functioning.
B) Check...