Written You should test via continuity before applying power, but here is what I found via Google images (Waterway spa pump): Searched on "2-speed wiring diagram".Seems like a 2-phase motor with 2 sets of windings, not 3-phase.  You should check that too, before applying power./watch?v=m4QoUUPD-cU was not found on this server. 1 Old Bridge Plaza, Old Bridge, NJ 08857Phone: 732-721-5600     Fax: 732-607-7900 Electric Requirements for Above Ground Residential Pools 1. No direct burial cable permitted. Metal or PVC conduit system is required outside the dwelling unit. 2. Minimum filter motor attachment cord size #12 AWG. 3. Minimum ground wire size #12 AWG. 4. 20 Ampere locking type receptacle required for filter motor for above ground pools located at a minimum of 6 feet from pool wall. This receptacle shall be ground fault protected and shall employ an “In-Use" cover. This circuit shall be dedicated to the filter motor and shall have no other devices connected.

5. A convenience receptacle shall be located between 6 feet and 20 feet from the pool wall, shall be ground fault protected and may be connected to a routine circuit in the dwelling.Corian Tub & Shower Surround Kits 6. All metal parts within 5’ of the pool (fences, Bilco doors lamp posts etc.) must be included within the bonding grid described in #11 of this handout.Cats For Adoption In Ottawa Ontario 7. The filter motor may be “hard wired” but a disconnecting means is required and with-in sight of filter. Patio Furniture DropshippersGround fault protection is required. 8. Burial Depth is routinely 18” for conduit. 9. Unless a pool light is present, any approved wiring method within the dwelling is approved for use as the feeder to the pool equipment but must be changed over to conduit once this wiring leaves the dwelling unit.

If a pool light is installed, a conduit system is required from the service panel board and a green insulated ground wire is required to be installed in the conduit with the circuit conductors, typically black, white, & green THWN. Cable is not permitted to be installed in the conduit. 10. All wiring installed in a common conduit system must either be Ground Fault protected or not. Do not intermix these two types of wiring protection. 11. A # 8 solid copper bare wire is required to be installed to follow the entire circumference of the pool, at a depth of 4 to 6 inches below finished grade, at a distance of 18 to 24 inches from the inside wall of the pool. This bond wire must attach to the pool frame at 4 equidistant points using a direct burial lug fastened to the frame with either a galvanized or stainless steel nut and bolt. This bond wire must also pass through the lug provided by the manufacturer on the pool filter pump motor. 12. Bond pool water as per NEC Article 680.26(C).

13. For pools refer to the National Electrical Code (2014) Article 680. 14. For Spas and Hot Tubs refer to NEC article 680. 15. Pool circuits shall be identified in the circuit breaker panel. 16. Any perimeter surface within 3 feet of the contour of the pool requires the installation of an equipotential bonding grid. This rule also applies to inground pools and hot tubs. 17. Consider hiring a Licensed Electrical Contractor. Do you think North Korea's latest statement about nuclear power testing is legitimate? Colin Kaepernick makes a statement by refusing to stand. How do the opinions of famous people affect you? Who will you be voting for this election and why? What is your opinion of the purchase of Yahoo for $4.8 Billion by Verizon? Understanding 220 and 230 Volt Wiring Understanding 220 and 230 Volt Wiring Using 240 volt wiring for residential homes is a necessity, for powering some heating and cooling equipment as well as large appliances.

220 volt circuits are now commonly known as 240 volt circuits. In order to accommodate increasing electric loads, American utilities have increased the nominal voltages in order to reduce the electric current and wire size requirements over the years. This is the same reason 110 volt circuits are now 120 volt circuits. However, people still use the old 110/220 volt terms in conversation, but in reality those have not been used since the 1960's and 1970's in most locations. The design relies on the principals of electrical phases. Two 120 volt circuits, that are 180 degrees out of phase, are connected together to form one 240 volt circuit. This allows twice the amount of electrical power to provided with the same size wire. There are two main types of 240 volt circuits depending on the appliance you're supplying power to, and each type of circuit has slight variations that cause them to function differently. Understanding these differences will help you determine the correct type of wiring to use when installing an appliance, or new heating and cooling systems.

3-Wire 240 Volt Wiring Most of today’s common appliances and fixtures operate off 120 volt wiring and circuits. Connections to this equipment is done through three wires. The hot wire (typically blue or black), carries the electrical current to the appliance. The white wire is neutral, which completes the circuit. This wire can be traced back to the electrical panel where it is connected to the neutral busbar. The green wire, or bare copper wire, is the ground, which is there for electrical safety. 240 volt wiring, on the other hand, may not need a neutral white wire. Instead there is an additional hot wire which is usually red or blue in color. The two hot wires complete the circuit. This wiring must be connected to a two-pole breaker at the circuit panel to account for the two leads. In essence, a two-pole breaker is 2 single-pole breakers that have been wired together. This type of 240 volt wiring is most commonly used for providing power to electric water heaters, boilers, or condensing units.