E-Series 96W 24VDC Dimmable LED Driver, Class 2, 120V, IP67 Rated

Magnitude Lighting E-Series 96W LED Driver — 24V DC

E96R24DC is a Magnitude Lighting LED Driver rated 96W with 120V input and regulated 24V DC Constant Voltage output. It is forward-phase (TRIAC) dimmable down to 1% and requires an 8W minimum load for smooth dimming. This driver is Class 2 and uses a sealed aluminum housing with flying leads (no Integrated Junction Box).

Key Features

• Power: 96W maximum load
• Input Voltage: 120VAC ±10%, 50/60Hz
• Output Voltage: 24.0V DC at max load
• Output Current: 4.16A at max load (24VDC)
• Dimming: Forward-phase (TRIAC) dimmable to 1%
• Minimum Load: 8W required for smooth dimming
• Dimensions: 4.92 in. L x 2.20 in. W x 0.79 in. H
• Enclosure Type: Sealed aluminum case with flying leads; no junction box
• IP Rating: IP67
• Certifications: UL8750 Recognized; UL 879; Class 2

Physical Design & Installation

Anodized aluminum housing in a compact form factor for concealed installs. Wiring is via flying leads (18AWG primary, 14AWG secondary per spec) and the unit does not include an Integrated Junction Box; provide an appropriate code-compliant junction box or enclosure for line-voltage connections as required. Flange mounting is supported with one hole and one half-hole flange mount.

Dimming & Controls

Supports forward-phase (TRIAC) dimming and is specified to dim down to 1%. For smooth dimming performance, maintain a minimum connected LED load of 8W. Use compatible forward-phase dimmers and size the LED load up to the driver rated wattage.

Performance & Build

Designed for high efficiency (>90% per series data) and low operating temperature. Protection includes short circuit and over-voltage auto-reset. Rated Class 2 and sealed to IP67 for wet-location capable installations when properly integrated with suitable wiring methods.

Typical Applications

• 24V LED tape and linear LED runs
• Wet-location architectural accents
• Sign and display lighting (UL 879 applications)
• Outdoor-rated low-voltage LED systems requiring TRIAC dimming