OEM 240V power cord with right-angle M19 connector — 10ft, built for Matrix fixtures.
The Matrix 240V 10ft Right-Angle M19 Power Cord (SKU 10-010704-284) is the manufacturer's own power supply cord for Matrix grow light fixtures requiring a 240V input. The right-angle M19 fixture connector keeps the cord profile low in tight-clearance canopy installations — the correct choice when a straight-plug cord would protrude into the fixture's overhead clearance zone.
Matrix grow light fixtures — including the DE 1000W and Hybrid 1000W — are sold without a power cord included. The power cord is a required, separately purchased component, and Matrix offers multiple variants matched to service voltage and connector orientation. This SKU is the 240V, 10ft, right-angle M19 version.
The M19 is Matrix's proprietary fixture-side connector. It is not interchangeable with a generic IEC C19 or other standard connector — you must use a Matrix M19 cord to connect to Matrix fixtures that use this input. The wall-plug end is configured for a 240V circuit. Confirm your panel service voltage and outlet type before ordering; Matrix also offers 120V and 277V M19 variants for facilities wired to those voltages.
Matrix M19 cords are available in straight-plug and right-angle-plug configurations at the fixture end. The right-angle M19 (this cord) routes the cable parallel to the fixture body rather than straight down from the inlet. This matters in real build conditions: vertical racks, tight row spacing, or low-clearance overhead installations where a straight plug would extend several inches below the fixture and conflict with the canopy, racking hardware, or adjacent fixtures.
If your fixtures are hung with standard clearance in single-tier rooms and cord routing is not a constraint, a straight M19 cord works fine. Choose the right-angle version when fixture density is high, you are running multi-tier vertical grow racks, or your electrical drops are positioned where a straight cord creates a trip hazard or mechanical stress on the inlet. When in doubt, verify the inlet orientation on your specific Matrix fixture model before ordering.
This cord is rated for 240V service and is intended for Matrix fixtures with M19 inlets operating on 240V circuits — the most common commercial service voltage for 1000W-class grow light installations. Running fixtures at 240V rather than 120V halves the current draw for the same wattage load, which reduces conductor heat, voltage drop across long runs, and stress on circuit breakers and distribution hardware.
Correct cord selection is straightforward: match the cord voltage to your panel service voltage, confirm the fixture inlet accepts the M19 connector, and verify the wall-plug end matches your outlet or power distribution unit. Do not run a 120V cord on a 240V circuit or vice versa. If your facility uses 277V service — common in commercial construction fed from 480V three-phase panels — a separate 277V M19 cord is required. Installations should comply with NEC and local AHJ requirements; consult your electrician for circuit sizing, breaker rating, and wire gauge on distribution runs.
Power cords are a consumable in a working cultivation facility. Physical damage from rolling benches, foot traffic, repeated hang-and-takedown cycles during room turns, and rodent activity in some facilities are all real failure modes. A damaged cord on a 1000W fixture during a bloom cycle is a production problem — and this is not a cord you pick up at a hardware store.
Licensed operators running 50, 100, or 200+ Matrix fixtures should keep a small inventory of M19 cords on hand in each voltage variant used at their facility. At the scale most commercial cannabis and hemp operations run, the cost of a spare cord sitting on a shelf is trivially small against the cost of a room running dark for 24–48 hours waiting on shipping. This is especially relevant for multi-site operators who may have facilities on different electrical services — standardize your cord inventory to match each site's voltage.
| SKU | 10-010704-284 |
| Brand | Matrix |
| Input Voltage | 240V |
| Cord Length | 10 ft |
| Fixture Connector Type | M19 (right-angle) |
| Connector Orientation | Right-angle (fixture end) |
| Compatible Fixtures | Matrix fixtures with M19 inlet (e.g., DE 1000W, Hybrid 1000W) — verify inlet type on your specific model |
| Sold With Fixture? | No — sold separately; required for fixture operation |
| Voltage Variants Available | 120V, 240V, 277V (separate SKUs) |
No. Matrix grow light fixtures — including the DE 1000W and Hybrid 1000W — are sold without a power cord. The M19 power cord is a required, separately purchased accessory. You need to select the correct cord for your service voltage (120V, 240V, or 277V) and preferred connector orientation (straight or right-angle).
The M19 is Matrix's proprietary fixture-side inlet connector used across their fixture lineup. It is not the same as a standard IEC C19. You must use a Matrix M19 cord — a generic IEC cord will not mate correctly with the fixture inlet.
Choose the right-angle version when fixture clearance is tight — such as in multi-tier vertical grow racks, high-density row installs, or anywhere a straight plug protruding from the fixture inlet would conflict with racking hardware, adjacent fixtures, or the canopy. For standard single-tier rooms with adequate overhead clearance, either orientation works, but many operators standardize on right-angle for cleaner cable management regardless.
No. This cord is rated and configured for 240V service. Matrix also offers 277V M19 cords (separate SKU) for facilities fed from 480V three-phase distribution panels, which is common in commercial construction. Using a cord rated for the wrong voltage is a safety and compliance issue — always match the cord to your actual panel service voltage.
That depends on fixture count and how aggressively your rooms turn. A general guideline for commercial operations: keep 2–5% of your active fixture count in spare cords, in each voltage variant your facility uses. For a 100-light room, having 2–4 spare cords on the shelf eliminates a potential multi-day production delay from a single cord failure. Multi-site operators should inventory cords by site voltage, not centrally, to ensure the right cord is where it's needed.
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