PHOTOBIO X White Cable Harness, 16AWG 110-120V Plug, 5-15P, 10′

The PHOTOBIO X White Cable Harness is a 10-foot, 16AWG power cord built for PHOTOBIO LED fixtures using 110–120V power. It connects via a NEMA 5-15P plug on the wall end and an IP-rated fixture-level connector on the other — letting growers power up or disconnect individual fixtures without touching the electrical panel. The white, UV-resistant cable jacket helps reflect usable light back into the canopy rather than absorbing it.

PHOTOBIO X Cable Harness Specifications

All specification values below are derived from the product title and manufacturer description published by PHOTOBIO. The SKU for this harness is CHE1063010W.

Specification	Value
Manufacturer / Brand	PHOTOBIO (Phantom)
SKU	CHE1063010W
Cable Length	10 ft (approx. 3 m)
Wire Gauge	16AWG
Voltage Rating	110–120V
Plug Type (wall end)	NEMA 5-15P
Fixture Connector	IP-rated (dust and liquid resistant)
Cable Color	White (UV resistant)
Compatible Fixture Models	PHOTOBIO CX, MX, T, TX

Why Choose the PHOTOBIO X White Cable Harness

PHOTOBIO designed this harness to solve a specific pain point in commercial and hobbyist LED grows: the need to safely connect and disconnect individual fixtures without calling an electrician or shutting off a circuit. The fixture-level plug-and-play approach has real operational advantages when you’re managing multiple lights across a row or canopy.

• Fixture-level disconnect: The IP-rated connector at the fixture end lets you plug in or unplug a single light without touching a junction box, breaker, or hardwired connection. This reduces liability and the time spent on routine maintenance or fixture swaps.
• IP-rated connector for wet environments: Grow rooms and greenhouses are humid. The IP-rated connector resists dust and liquid ingress, making it appropriate for environments where irrigation mist or condensation is routine.
• White, UV-resistant jacket: The cable jacket is white to reflect light rather than absorb it. In a reflective grow space, even cable runs can contribute marginally to light uniformity. The UV resistance means the jacket won’t yellow or crack prematurely under HID or LED radiation.
• 16AWG wire for 110–120V circuits: 16AWG is appropriately sized for the current draw of PHOTOBIO LED fixtures on standard 110–120V residential or commercial circuits. It keeps voltage drop low over the 10-foot run.
• 10-foot length for layout flexibility: The 10-foot length gives growers enough reach to span a fixture to an outlet or power strip without extension cords, even in larger tent footprints or rack-style configurations.
• Designed specifically for PHOTOBIO X series: This harness is a manufacturer-matched accessory for the CX, MX, T, and TX fixture models. Using the correct harness avoids connector mismatches and ensures the IP rating of the fixture connector is maintained.

Best Uses for the PHOTOBIO X White Cable Harness

This harness is a purpose-built accessory, not a universal power cord. Its best applications are situations where the IP-rated fixture connector and white UV-resistant jacket add practical value over a standard cord.

• PHOTOBIO CX, MX, T, and TX installations: The primary use case. If you are running any of these four PHOTOBIO fixture models on 110–120V, this is the correct power harness. It maintains the IP integrity of the fixture connector and is the manufacturer-approved cable for this voltage range.
• Commercial grows with multiple fixture rows: When you have a room with 20 or 40 lights and need to swap a fixture, being able to unplug at the fixture level — rather than re-wiring — saves labor. The plug-and-play design was explicitly developed to reduce labor costs at scale.
• Grow tents and enclosed spaces: In tent grows, where cable management is tight and humidity is elevated, the white cable reduces heat absorption and the IP connector handles the occasional water mist or humidity spike without degrading the connection.
• Replacement harness for existing PHOTOBIO setups: If a harness on an existing PHOTOBIO fixture is damaged, worn, or needs to be extended to reach a new outlet location, this is the correct replacement part. Using the manufacturer-matched harness preserves the fixture’s electrical integrity.
• Rack or vertical grow configurations: In vertical rack grows, cable routing can be complex. The 10-foot length and fixture-level connector make it practical to route power neatly along rack uprights to an outlet strip on each tier.

If you are running PHOTOBIO fixtures at 240V rather than 120V, this harness is not the correct choice — you would need the 240V variant. For other fixture brands on the same voltage, verify connector compatibility before ordering. For complete LED fixture options, see the Gavita Pro 1700e LED as a reference point for what a full commercial-grade LED system looks like alongside its accessory ecosystem.

PHOTOBIO X Cable Harness vs Similar Power Cords

The PHOTOBIO X White Cable Harness occupies a narrow, purpose-specific category: manufacturer-matched power harnesses for LED grow fixtures. Comparing it to a generic power cord or a competitor’s harness clarifies what you are actually buying.

vs a standard NEMA 5-15P extension cord: A standard extension cord uses the same plug but lacks the IP-rated fixture-end connector that mates with PHOTOBIO’s fixture inlet. An extension cord would not physically connect to the fixture’s proprietary IP connector, and it would not maintain the fixture’s dust and liquid ingress rating. The extension cord is not an appropriate substitute for installations where the fixture connector matters for safety or warranty reasons.

vs third-party grow light power cords: Some third-party power cords are sold as universal replacements for LED grow light brands. These may work for some fixture types but will not match PHOTOBIO’s proprietary IP connector. Connector mismatch can compromise the sealed connection, creating a potential failure point in a humid grow environment. The manufacturer-matched harness eliminates this risk.

vs the PHOTOBIO 240V harness variant: PHOTOBIO produces this harness in a 240V version for growers with 240V circuits. The 110–120V version reviewed here (NEMA 5-15P) is for standard North American household outlets. If your facility runs on 240V dedicated circuits — as many commercial rooms do — you need the 240V version. Running a 120V harness on a 240V circuit would be a wiring error; running a 240V harness on a 120V circuit would prevent the fixture from drawing enough power. Match the harness to your circuit voltage. For an example of a power cord designed for a different LED system’s requirements, see the Faven Chroma Power Cords 120V.

Compatibility

This harness was designed and specified by PHOTOBIO for use with the following LED fixture models:

• PHOTOBIO CX — the CX series commercial LED fixture
• PHOTOBIO MX — the MX series LED fixture
• PHOTOBIO T — the T series LED fixture
• PHOTOBIO TX — the TX series LED fixture

Electrical compatibility requirements:

• Circuit voltage: 110–120V AC only. Not for use on 208V or 240V circuits.
• Outlet type: NEMA 5-15P plug fits standard 15-amp, 3-prong grounded outlets (the most common residential and light commercial outlet in North America).
• Circuit amperage: Verify that the fixture’s rated amperage draw does not exceed 80% of the circuit breaker capacity (e.g., on a 15A circuit, the fixture draw should not exceed 12A).
• Fixture connector: The fixture-end IP connector is specific to PHOTOBIO X-series fixture inlets. It is not a standard IEC or Wieland connector and should not be assumed compatible with other brands.

If you are building out a larger lighting setup and want a reference for how a complete commercial LED fixture integrates with its power and control infrastructure, the T5 Designer 4ft 4-Tube Fixture is an example of how fixture accessories are typically matched at the system level.

This harness is not rated or tested for outdoor use. Use in a controlled indoor growing environment only.

Usage Guidelines

This is a power harness, not a dimmer, controller, or timer. Its function is limited to conveying power from a standard 110–120V outlet to a PHOTOBIO fixture’s IP-rated inlet. Keep the following in mind when integrating it into your grow:

• Do not daisy-chain or parallel multiple fixtures from one harness. Each fixture requires its own dedicated harness. The 16AWG wire gauge is sized for a single fixture’s draw, not multiple units.
• Route the cable to avoid heat sources. While the jacket is UV resistant, it is not rated for contact with high-heat surfaces such as HID reflectors or ballasts. Keep the cable clear of direct heat.
• Avoid sharp bends at the connector ends. Repeated sharp bending at the plug or fixture connector can fatigue the wire inside the jacket over time. Use cable clips or velcro ties to support the cable run in a gentle arc.
• Inspect periodically for jacket damage. In environments where cables are moved or stepped on, check the jacket for cuts or abrasion. A damaged jacket in a humid environment is a safety concern. Replace the harness if the jacket is compromised.
• Use a timer or controller inline at the outlet. This harness has no built-in switching or control function. If you want to schedule photoperiods, plug the harness into an outlet-side timer or smart controller. The plug-and-play design at the fixture end is separate from the outlet-side control.
• Keep the IP connector clean and dry when disconnected. When the harness is unplugged from the fixture, the fixture-end IP connector is exposed. Cap it or store it in a dry location to prevent dirt or moisture from entering the connector body.

How to Install the PHOTOBIO X Cable Harness

Installation is straightforward for anyone comfortable with basic electrical setup in a grow room. No tools are required for the connection itself, but good practice includes verifying your circuit before plugging in.

1. Verify circuit voltage and amperage. Confirm the outlet you plan to use is a standard 110–120V, 15A or 20A grounded circuit. The NEMA 5-15P plug fits 15A outlets; if your outlet is a 5-20R (20A T-slot), the 5-15P plug will still insert correctly. Do not use this harness on a 240V outlet.
2. Mount and hang the PHOTOBIO fixture first. Before connecting power, have the fixture at the correct hanging height and secured to ratchet hangers or a mounting rail. It is safer to make the electrical connection after the fixture is physically stable.
3. Connect the IP end to the fixture inlet. Align the fixture-end IP connector with the fixture’s power inlet. Push in and rotate or latch according to the connector style — PHOTOBIO’s IP connectors typically require a push-and-twist or push-and-click action to seat and lock. A properly seated connector should not pull out with light tension.
4. Route the cable to the outlet. Run the cable along the tent pole, rack upright, or ceiling structure to the outlet. Use velcro cable ties or cable clips to prevent the cable from hanging loose across the canopy where it could shade plants or snag irrigation lines.
5. Plug the NEMA 5-15P into the outlet or timer. If you are using a timer or light controller, plug the harness into the timer’s output outlet. If wiring directly to a wall outlet, ensure the outlet is off (or the breaker is off) before plugging in for the first time.
6. Verify the fixture powers on correctly. Turn on the circuit or timer and confirm the PHOTOBIO fixture illuminates normally. Check that the IP connector at the fixture end is not warm to the touch after a few minutes, which could indicate a poor connection.
7. Label the cable if managing multiple fixtures. In multi-light rooms, labeling each harness with the fixture ID or row number prevents confusion during maintenance.

Sources & Further Reading