Gavita 8 ft Power Cord 240v

The Gavita 8 ft Power Cord 240V is a replacement and extension power cord built for Gavita 240V grow light fixtures. At 8 feet long, it gives growers a practical cord run between a 240V power source and their lighting hardware — without the bulk or safety risk of mismatched aftermarket cables. Made by Gavita, it pairs directly with their 240V fixture lineup used in commercial greenhouses and indoor cultivation rooms.

Gavita 8 ft Power Cord 240V Specifications

The specifications below are derived from the product title, brand documentation standards, and the single confirmed attribute (weight) in the canonical data record. Values marked with an asterisk are inferred from standard Gavita 240V cord configurations and the product title; verify against the physical product before installation on a critical circuit.

Specification	Value
Brand	Gavita
Cord Length	8 ft (approximately 2.4 m)
Voltage Rating	240V
Weight	0.81 lb (0.37 kg)
Application	Gavita 240V grow light fixtures
Sold By	Premier Hydro

Why Choose the Gavita 8 ft Power Cord 240V

When a power cord on a Gavita 240V fixture fails or is simply too short to reach the nearest outlet cleanly, the right replacement is one that matches Gavita’s own electrical specifications. Using an unmatched or undersized cord on a high-draw grow light can create heat at the connector, trip breakers at inopportune times, or — in worst cases — pose a fire risk. The Gavita 8 ft Power Cord 240V addresses these concerns by giving you a cord made to work with the fixtures it serves.

• OEM brand match: Made by Gavita, so connector fit and electrical ratings align with their 240V fixture specifications rather than requiring you to adapt a generic cord.
• Practical 8-foot run: 8 feet is long enough to reach from a ceiling-mounted fixture down to a nearby power strip or timer without pulling tight, and short enough not to create excess slack that needs to be managed in a tidy grow room.
• Lightweight design: At 0.81 lb, the cord adds minimal weight to the fixture assembly. This matters when the fixture is hanging from ratchet hangers or a light mover — excess cord weight can shift the balance or stress the hanging hardware over time.
• 240V rated: Correct voltage rating is non-negotiable. Running a 120V-rated cord on a 240V circuit is a safety hazard. This cord is rated for 240V use, which is the standard for high-output Gavita fixtures in commercial and semi-commercial grows.
• Simple stock item: Power cords get damaged, cut, or lost during room teardowns and setups. Keeping a spare on hand means a cord failure does not take a fixture — or an entire bay of lighting — offline for days waiting on a replacement to ship.

Best Uses for the Gavita 8 ft Power Cord 240V

This cord suits a specific and common need: connecting a Gavita 240V fixture to power. The scenarios below represent the most frequent reasons growers purchase it.

• Replacing a damaged cord: Grow room environments are hard on cables. Cords get stepped on, pinched by benches, abraded by reflective material, or simply degrade over years of heat cycling. When the original cord on a Gavita 240V fixture shows signs of damage — cracking insulation, a bent plug prong, or a loose connector — this is the correct replacement rather than attempting a DIY repair on a 240V circuit.
• Setting up a new grow room: When mounting new Gavita 240V fixtures, having the right-length cord on hand from the start keeps the installation clean. An 8-foot cord works well in rooms with 9–12 foot ceilings where the fixture hangs 18–36 inches below the cord attachment point and the power outlet is on a side wall or overhead power strip.
• Extending reach without a hazardous daisy-chain: If the existing cord on a fixture is too short to reach the outlet position cleanly, swapping in an 8-foot cord is a better solution than adding a generic extension cord — particularly on a 240V circuit where connector quality and current rating are both important.
• Commercial and multi-light rooms: In multi-bay grow rooms running several Gavita 240V fixtures, maintaining a stock of matching OEM cords simplifies maintenance. When a cord needs replacement, a tech can swap it from stock without sourcing a compatible third-party cable on short notice.
• Paired with the Gavita Pro 1700e LED or other Gavita 240V fixtures: Any Gavita fixture rated for 240V operation is a potential use case for this cord, provided the connector type matches the fixture’s inlet.

Gavita 8 ft Power Cord 240V vs Similar Products

The main alternative in this category is the Gavita 8 ft Power Cord 120 Volt for LED — the 120V version of this same cord. The choice between the two is not a preference decision; it is determined entirely by your fixture’s voltage requirement and your facility’s available circuits.

If your Gavita fixture runs on a 240V circuit (common in commercial rooms, facilities with 208/240V L6-30 or NEMA 6-20 outlets, and most DE HPS configurations), this 240V cord is the correct choice. If your fixture runs on a standard 120V North American outlet, the 120V version applies. Buying the wrong voltage cord does not simply result in a cord that won’t fit — a 120V-rated cord used on a 240V circuit is a safety risk. Always match the cord voltage to both the fixture spec and the outlet it will plug into.

Third-party 240V power cords exist and are sometimes cheaper, but they require careful verification of connector type, current rating (in amps), and insulation rating before use on a Gavita fixture. For most growers, the cost difference does not justify the time needed to verify compatibility and the risk of a mismatch on a 240V circuit.

Compatibility

This cord is designed for Gavita fixtures that operate on 240V circuits. It is not a universal power cord — voltage rating and connector type both need to match your specific fixture before the cord will work correctly and safely.

• Circuit voltage: Requires a 240V circuit. This includes standard 208/240V circuits common in commercial grow facilities and homes with dedicated circuits for high-draw appliances. It is not compatible with standard 120V North American outlets without a step-up transformer, which is not a recommended approach for grow room power.
• Gavita 240V fixture lineup: Compatible with Gavita fixtures sold in 240V configurations. Confirm that your specific fixture model is sold in a 240V variant and that the power inlet connector matches the cord’s plug type before purchasing.
• Not for 120V fixtures: If your Gavita fixture is a 120V model or a universal-voltage (100–277V) model already connected to a 120V circuit, use the 120V cord instead. See the Gavita 8 ft Power Cord 120 Volt for LED for that application.
• Timers and controllers: When routing this cord through a lighting controller or mechanical timer, ensure that controller is also rated for 240V operation and for the amperage draw of your fixture. Mismatched controller ratings are a common source of tripped breakers and premature controller failure.

If you are unsure whether your fixture and circuit require the 240V or 120V cord, consult the fixture’s spec label (usually affixed to the driver or ballast housing) or review the fixture documentation on the Gavita website.

Usage Guidelines

A replacement power cord has a straightforward role, but a few practical guidelines help ensure safe and reliable operation.

• Match voltage before connecting: Confirm that both the fixture inlet and the wall outlet are rated for 240V. Do not connect a 240V cord to a 120V outlet or to a fixture with a 120V power inlet.
• Inspect the cord before use: Before installing a new cord — or any cord that has been in storage — run your hand along the full length and inspect the plug and connector ends for cracks, corrosion, or bent pins. A cord with insulation damage should not be put into service.
• Avoid sharp bends and pinch points: Route the cord so it does not have tight 90-degree bends near the plug or connector, and so it cannot be pinched by bench edges, light hangers, or tray lips. Sustained pressure on a cord at a bend point weakens insulation over time.
• Do not exceed the circuit’s current rating: The cord handles the draw of the Gavita fixture it is paired with. Do not use it as part of a daisy-chained multi-fixture setup that would exceed the outlet’s or circuit breaker’s current rating.
• Keep the connection dry: Grow rooms can be humid environments. Ensure the plug connection is made at a location where it will not be exposed to dripping irrigation lines, condensation drip, or splash from watering activities. Use a weatherproof outlet cover if the outlet is in a high-humidity zone.
• Power off before swapping cords: Always switch off the fixture and turn off the circuit breaker — or unplug the existing cord at the outlet end — before disconnecting or connecting a power cord. Never swap a cord under live power on a 240V circuit.

How to Install the Gavita 8 ft Power Cord 240V

1. Power off the circuit. Turn off the circuit breaker supplying the 240V outlet you will be using. If the fixture’s existing cord is connected, unplug it from the outlet first while the circuit is still live — then turn off the breaker before touching the fixture end of the cord.
2. Remove the old cord. Disconnect the existing cord from the fixture’s power inlet. On most Gavita fixtures this is a keyed or locking connector; press the release tab if present and pull straight back. Set the old cord aside for inspection and disposal if it is damaged.
3. Inspect the new cord. Before connecting, examine the full length of the Gavita 8 ft Power Cord 240V for any shipping damage — kinked insulation, cracked plug housing, or bent pins. Do not install a cord with visible damage.
4. Connect the cord to the fixture. Align the new cord’s connector with the fixture’s power inlet and push in until you feel or hear it seat. If the connector has a locking mechanism, rotate or press to lock per the fixture’s design.
5. Route and secure the cord. Run the cord so it hangs or routes without sharp bends. Use cable ties or velcro straps to secure it to the hanging hardware or overhead wire runs if needed. Keep it away from irrigation lines, heat sources, and foot-traffic areas where it could be stepped on.
6. Connect the plug to the outlet. Plug the cord into the 240V outlet. Confirm the plug seats fully — a partially inserted plug on a 240V circuit is a heat and arcing risk.
7. Restore power and test. Turn the circuit breaker back on. Power on the fixture and verify normal startup — indicator lights, fan spin-up (if applicable), and normal light output. If the fixture does not start or a breaker trips immediately, power off and check the connection at both ends before investigating further.

Sources & Further Reading