MAESTRO LOW VOL 1000W IVORY
MAESTRO LOW VOL 1000W IVORY Dimmer Switch The MAESTRO LOW VOL 1000W IVORY is a precision digital fade dimmer designed for controlling low voltage lighting loads. Manufactured by Lutron, this device is suitable for electrical distributors and lighting solutions providers requiring reliable dimming control for residential or commercial wire and cable installations. It is engineered for wallbox mounting and uses screw-type terminals for secure electrical connections. This single-pole dimmer supports a maximum load of 1000 watts and operates at 50 hertz frequency, making it compatible with a variety of lighting types including dimmable LED/CFL, incandescent, halogen, and low-voltage magnetic or electronic lighting systems. The ivory color and metal actuator provide an aesthetic and durable finish, while the plastic enclosure and insulation materials ensure safety and compliance with electrical standards. Operating temperature ranges from 32 to 104 degrees Fahrenheit, suitable for typical indoor environments. Specifications Manufacturer: Lutron Manufacturer Part #: MALV-1000-IV Color: Ivory Material: Metal actuator, Plastic enclosure and insulation Mounting Type: Wallbox Connection Type: Screw-Type Terminals Number of Poles: 1 Frequency: 50 hertz Operating Temperature: 32 To 104 degrees Fahrenheit Product Weight: 0.3 lb Features True multi-location dimming capability when used with companion devices Tap switch actuator for preset level, full on, and off functions LED indicators display light level and glow softly in the dark Delayed off feature provides light as you exit the room Compatible with dimmable LED/CFL, incandescent, halogen, magnetic and electronic low-voltage lighting Designed for single-pole applications with multi-location control options Durable metal actuator with plastic enclosure for safety and durability Downloads & Links Spec Sheet Spec Sheet
Specifications
Specifications
Shipping & Support
Shipping & Support

Volume or contract pricing? Call (845) 9-ALYJOE (845) 925-9563.











