Morris 70604B is a convenient and energy-saving solution to traditional bulbs. Designed with versatility in mind, this LED fixture features an E39 base and offers selectable color temperatures of 4000K or 5000K, allowing you to customize the ambiance of any space. Operating on a wide input voltage range of 120-277VAC, it is suitable for various applications, whether residential, commercial, or industrial. With an impressive lumen output of 11,746 at 4000K, the Morris 70604B provides excellent brightness while consuming only 70W to 100W, making it an effective replacement for 400W metal halide lamps. The fixture is rated for an operating temperature range of -40°F to 113°F, ensuring reliable performance in diverse environments. Additionally, it features 1-10V dimming capability, allowing you to adjust the lighting to meet your needs. Constructed from durable polycarbonate with a diffused lens, the Morris 70604B is IP64 wet location rated, ensuring it can withstand moisture and outdoor conditions. It is also DLC and UL listed, giving you peace of mind regarding safety and performance. Upgrade your lighting solutions with the Morris 70604B and enjoy enhanced efficiency and versatility.
Convenient and Energy Saving Soultion to Traditional Bulbs
Accepts Photocontrol Housing: No
Base Type: E39
CRI: 80
Color: White
Color Temp: 4K/5K
Color Temperature: 4K/5K
Country of Origin: China
Cri: 80
Description: General Purpose Retrofit Lamp 100W 11,746 Lumens 4000K/5000K Tunable
Dimmable: Yes
Dlc Listed: Yes
Full Cutoff: No
Kelvin Rating: 4K/5K
Lamp Type: LED
Lumens: 11,746 @ 4K
Material: Polycarbonate Housing; Polycarbonate Lens
Metal Halide Equal: 400W
Metal Halide Equivalent Wattage: 400W
Mfg Standard: cULus Listed, DLC Listed, IP64 Wet Location Rated
Photocontrol Included: No
Prior Cat No: 70604A
Replaces Metal Halide: 400W
Temperature Rating: -40°F to 113°F
Type: General Purpose Retrofit Lamp
Ul Listing: cULus Listed
Upc: 601986706049
Voltage: 120-277
Warning: Cancer and Reproductive Harm
Wattage: 100
Watts: 70W 100W
Weatherproof: No