Installation Procedure, Transfer Switch Installation

TABLE 2 – CIRCUIT WORKSHEET

Circuit

Model 6294

Appliance(s)

15A

20A

STEP 2: INSTALLATION PROCEDURE:

PLEASE READ THIS MANUAL IN ITS ENTIRETY BEFORE ATTEMPTING TO UNPACK, ASSEMBLE, INSTALL, OPERATE OR MAINTAIN THIS EQUIPMENT.

HAZARDOUS VOLTAGES ARE PRESENT INSIDE TRANSFER SWITCH ENCLOSURES THAT CAN CAUSE DEATH OR SEVERE PERSONAL INJURY. FOLLOW PROPER INSTALLATION, OPERATION AND MAINTENANCE PROCEDURES TO AVOID HAZARDOUS VOLTAGES. TURN OFF THE MAIN CIRCUIT BREAKER IN THE LOAD CENTER BEFORE STARTING INSTALLATION.

I. TRANSFER SWITCH INSTALLATION:

1.Select a location on the left or right side of the load center to mount transfer switch, as it is provided with a 24” flexible conduit wiring harness. Remove the front cover of the load center, save the screws. Locate and remove a knockout (KO) on the lower side of the load center that matches the conduit fitting size on the wiring harness.

2.Determine if the wiring harness needs to be shortened. If so, remove the wires from the wiring harness and cut conduit to desired length. [NOTE: The Electrical Non-Metallic Tubing (ENT) provided is UL Listed and recognized by the National Electrical Code (NEC). However, some local codes and inspectors may prohibit its use in buildings that exceed (3) floors above grade.

3.Attach the wiring harness to the load center; hold the transfer switch in position against the wall on which it is to be mounted and using the provided template, mark the holes on the wall for the anchoring screws and anchor transfer switch to wall (anchors not provided).

4.Remove transfer switch cover, save screws, allow the cover to hang down, supported by the wattmeter wires.

5.Install appropriately sized conduit, fittings and wire between the Power Inlet Box (PIB) mounted on the building exterior and the transfer switch, referring to section III – Power Inlet Box install instructions below. Locate and remove a KO in the transfer switch, pull wire into transfer switch enclosure and secure wire with fitting.

6.Using provided wire connector, connect the generator green ground wire with the green wire inside the transfer switch. Connect the generator white neutral wire into neutral bar on the left. Using provided wire connectors, connect the generator black wire to black wiring going to Meter “A”. Repeat for generator red wire to Meter “B”. See FIGURE 2 WIRING DIAGRAM. Reinstall transfer switch cover.

7.In the main load center, remove the wires from the breakers for the loads that will be relocated to the transfer switch. Cut each blue harness wire (A4-B6) to a convenient length, strip off 5/8” insulation and connect to the wires removed from the breakers per TABLE 2 with the provided wire connectors.

8.Remove two adjacent single pole breakers from which the load wires were removed and install the NEW 60A 2-pole circuit breaker (as required in the Other Items Needed section) in their place. Insert the unmarked BLACK wires from the harness into the new circuit breaker. Terminate the WHITE and GREEN wire in the harness in an open position in the Neutral and Ground bars respectively. If there is no separate ground bar, insert the GREEN wire into an open position in the NEUTRAL bar, and tighten.

9.Reinstall the main load center dead front cover, and turn ON the MAIN breaker in the main load center. Turn ON all branch circuit breakers in both panels. Turn ON the UTIL MAIN in the transfer switch. Check that power is restored to all appliances. Installation is now complete.

II. EXPANDING OR RECONFIGURING YOUR TRANSFER SWITCH:

This transfer switch ships from the factory with certain popular branch circuit breaker sizes. However, the circuit breaker assortment can be modified to suit specific requirements, and this does not void the UL Listing. For example, if the 2-pole 20 amp circuit breaker is not needed, it may be removed from the panel and replaced with any combination of the following: two separate full size breakers, four tandem (half size) breakers, one full size and two tandems, or a quad breaker. If additional circuit(s) are added, the installer is responsible for providing appropriately sized wire(s) for each circuit.

III. INSTALLING THE POWER INLET BOX

1.Remove the front cover of the Power inlet box. Remove the 3 screws that secure the flanged inlet to the bottom plate. For installations where side clearance exceeds 12” on both sides, remove the 4 screws that secure the bottom plate to the box.

2.Mount the power inlet box on the outside of the building in a convenient location (minimum 24” above grade), using the four holes provided in the back of the enclosure. Use sealant around the anchoring screws to keep water from entering the box at these mounting holes. Using approved wiring methods, install the wiring through one of the knockouts provided in the enclosure. Be sure to seal around the hole in the building where the conduit enters through the wall.

3.Extend wiring inside the power inlet box approx. 8” from the point of entrance. Attach green or bare ground wire to green lead

provided in power inlet box with wire nut (provided by installer). Strip and insert incoming leads into terminals on flanged inlet. Insert white wire (neutral) into nickel-plated screw terminal or white marking on the flanged inlet.

4.Carefully fold wires into the enclosure and reattach the bottom assembly or inlet onto box with screws removed earlier. Installation is complete.

6294 specifications

The Generac 6294 is a powerful home standby generator designed to provide reliable backup power during outages. With a robust engine and advanced features, it ensures that homes remain powered even in the face of severe weather or utility interruptions. One of the standout characteristics is its capacity to provide up to 22 kilowatts of power, allowing it to support essential appliances and systems throughout the home. This high output provides peace of mind knowing that even a large household can maintain functionality during a power failure.

One of the main features of the Generac 6294 is its automatic operation. The built-in Smart Switch continuously monitors utility power and automatically starts the generator in case of a blackout. This automatic transfer switch is a significant technological advancement, allowing homeowners to avoid manually starting a generator when an emergency occurs. The generator can run on either natural gas or propane, providing flexibility depending on the homeowner's energy source preference.

The 6294 incorporates Generac’s patented Quiet-Test technology, which allows the generator to run at a lower RPM for a brief period during a weekly self-test. This feature ensures that the generator remains operational while minimizing noise, making it less disruptive to the household and the surrounding environment. Furthermore, the system is equipped with a durable weather-resistant enclosure, safeguarding the unit from the elements, and enhancing its lifespan.

Another important characteristic of the Generac 6294 is its user-friendly interface. The LCD display provides real-time information, including power output and maintenance alerts, allowing users to monitor their generator's performance easily.

The generator also features low-tone mufflers that reduce operational noise, ensuring that it runs quietly compared to traditional generators. This focus on noise reduction makes the 6294 an excellent choice for residential areas where disturbances during power outages should be minimized.

Additionally, the Generac 6294 is designed with an emphasis on safety. It includes features such as overload protection and an engine shut-off system to prevent damage and maintain safe operation. As a result, homeowners can rest easy knowing their generator is equipped with the necessary safeguards.

In summary, the Generac 6294 stands out as a reliable, efficient, and user-friendly standby generator. With its high power output, automatic operation, advanced technology, and robust safety features, it represents an ideal solution for homeowners seeking a dependable backup power source.