MLAL152G1NMT
Appleton®* Actual product may vary from image
Mercmaster III ML Series Low Profile HID Luminaire Without Guard, Fixture Type: Pendant (Rigid Mounting), Lamp Type: 150 WTT S55 16000 LM Medium High Pressure Sodium, Lamp Wattage: 150 WTT, Voltage Rating: 120/208/240/277 V, Number O
Details
MFG PART #:MLAL152G1NMT
McMc Part #:EGSMMLAL152G1NMT
UPC #:781381651981
Inventory
$1,145.73 E
Details
MFG PART #:MLAL152G1NMT
McMc Part #:EGSMMLAL152G1NMT
UPC #:781381651981
Inventory
Attributes
Features
Documentation
Attributes
Brand:Appleton®
Amperage Rating:2/1.15/1/0.85 A Starting, 1.7/0.95/0.85/0.72 A Operating
Ballast Type:ANSI S55/HX-HPF
Dimensions:1.17 in H x 12.06 in W
Enclosure Type:NEMA 4X/IP66
Housing Finish:Baked Gray Epoxy Clad Powder Coated
Housing Material:Cast Copper-Free Aluminum
Lamp Type:High Pressure Sodium
Lamp Wattage:150 W
Lens Type:Prismatic Glass
Lumens:16000 Lumens
Mounting Type:Rigid Pendant
Type:Enclosed Gasketed Low Profile
Voltage Rating:120 to 277 VAC
Series:ML Series
Fixture Wattage:188 W
Number of Lamps:1
Lamp Base Type:Medium
Features
Compact lightweight low profile design is suited for low mounting heights in conjunction with lower wattage fixtures |
Modular design allows scores of fixture component combinations to meet installation and lighting needs |
A choice of heat-resistant prismatic glass refractors (NEMA I, III or V) or heat-resistant globes which thread directly into ballast housing |
Standard dome or 30 deg angle reflectors made of fiberglass reinforced white polyester, highly resistant to corrosive atmospheres |
Hinge has high lip for added safety during installation and servicing |
Hinge and bolt construction ensures 360 deg compression at all points on ballast housing gasket for positive sealing |
Swing away design of captive bolt and nut simplifies servicing |
All Mercmaster™ III mounting hoods have provision for easy field installation of fuses in fixtures |
Fixtures are for use in Class I, Zone 2 hazardous locations |
No seals or putty required, reducing installation time and errors |