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Electrical Connection - Waterco ECO-V 150 Owners & Installation Manual

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~ IMPORTANT ELECTRICAL NOTICE ~
The electrical installation is to be done by a licensed electrician.
Each pump requires a circuit breaker to separate the pump from the electrical
supply.
The contact separation has to provide full disconnection in all poles under
overvoltage category III conditions.
If the pump is to be installed on a swimming pool or pond situation it is
MANDATORY that an earth leakage circuit breaker with a rated tripping current not
exceeding 30mA be installed.
Check the pumps name plate for the following: Voltage, Amp draw and Cycle.
The power cord, including the ground wire shall have a quality of 245 IEC66
(HO7RN-F) for models greater than 1Kw power input.
For models less than 1Kw input the quality shall be of 245 IEC57 (H05RN-F).
All installations must comply with local codes, based on IEC 364-7-702 requirements
Failure to bond pump to pool structure will increase risk for electrocution and could
result in injury or death. To reduce the risk of electric shock, the electrician must
comply with installation instructions and must bond the pump accordingly. In
addition, the licensed electrician must also conform to local electrical codes for
bonding requirements.

ELECTRICAL CONNECTION

Check that the information on the nameplate corresponds to the power supply.
Employ a competent electrician to ensure wiring installation is made in accordance
with any local electrical codes. Every motor requires either a fused disconnect switch
or a circuit breaker.
A SINGLE PHASE MOTOR has a built in thermal overload switch.
The Waterco ECO-V 150 pool pump is a premium efficiency variable speed motor
that provides tremendous program flexibility in terms of motor speed and time
settings. The variable speed Waterco ECO-V 150 is intended to enable running at
the lowest speeds needed to maintain a sanitary environment, which in turn
minimizes energy consumption. Pool size, the presence of additional water features,
chemicals used to maintain sanitary conditions, and environmental factors will impact
optimal programming necessary to maximize energy conservation.

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