M9000 In-grade Lighting Series

The Heavy Hitters

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Performance from the Ground Up

Built to withstand assaults from heavy foot traffic, flooding, and the challenges of heat management - Hydrel's architectural in-grades deliver consistent lighting performance designers count on - from the ground up.

NUMEROUS OPTIONS

Wide-range of performance packages
Improved optical and mechanical aiming with an optional double lens
In-line & 0-10V dimming controls
Seven distributions
Static White, Monochromatic and RGBW
Expanded optional accessories such as honeycomb louver, glare shield and rock guard
Selection of ten finishes with the additional option of a zinc undercoat

MORE LUMENS

Hydrel offers in-grade lighting solutions with more optics for any outdoor application. The addition of the optional double lens provides an expanded range of beam adjustment to 15° optical tilt.

Better Technologies

The M9000 LED in-grades deliver exceptional uniformity and on-target illumination, producing the right amount of light for your design. With an expected 20 years of service life, these architectural in-grade fixtures provide consistent lumen output over time and from luminaire to luminaire.

Flow-Thru Technology for Excellent Water Management

With modular flow-thru design the M9000 In-grade series ensures peak performance and extends the life of the product.

Built-in watertight junction box
Sealed watertight LED module
Epoxy-encapsulated watertight power supply module, all linked by IP-rated cables and connectors

Double Lens Technology

A double lens with a built-in tilt mechanism allows the light beam to aim at a 15° tilt and rotate 360° on a horizontal plane.

Aim-Lock

With Aim-Lock technology, re-lamping while maintaining aim is guaranteed.

Heat Management

In-grade fixtures often have challenges with heat removal, leading to overheated internal components and high lens temperatures. The M9000 in-grade lights with an optional double lens model create an insulating layer of air to circulate between two lenses, reducing heat by up to 50%.