\
NSI / Leviton Rack Dimmer Pack - 8 Channels (Edison Connectors) (240VAC)

NSI / Leviton Rack Dimmer Pack - 8 Channels (Edison Connectors) (240VAC)

NSI / Leviton Rack Dimmer Pack - 8 Channels (Edison Connectors) (240VAC)

B&H # NSNRD8000EX MFR # N80004020E9
NSI / Leviton Rack Dimmer Pack - 8 Channels (Edison Connectors) (240VAC)

Close

Now Viewing:

Special Order
Ship Time: 7-10 business days 
Free Standard Shipping
Not eligible for Free Expedited Shipping

Product Highlights

  • 1200 Watts Max per Channel
  • Configured with 240V Edison AC Sockets

Questions? Ask our experts:

Show more Show less
Overview
  • 1Description

NSI/Leviton Digital Dimming Systems combine portability with rugged construction for a variety of applications. This programmable dimmer has 8 channels. Plug in single, or ganged lights, up to 9600 Watts total. Individual channel circuit breaker protection.

This model rack dimmer is configured with 240V Edison AC sockets.

Analog
Equipped for NSI 128 channel Micro-Plex (3-Pin XLR) operation
Conserves Your Lamps
  • Toroidal filtering reduces audio interference and extends lamp life
  • User-select of soft-start operation also increases lamp life
  • Channel Visibility
    Individual channel function LED's
    Testing
    Automatic lamp test function
    Auto Sequence
    Internal switch select activates 8 auto sequence control programs
    Safe
    External magnetic circuit breakers for each channel
    In the Box
    NSI / Leviton Rack Dimmer Pack - 8 Channels (Edison Connectors) (240VAC)
  • NSI 128 channel Microplex ports (3 pin XLR M and F)
  • 240V Edison type sockets for fixtures
  • 240V AC cable
  • One Year Manufacturer's Warranty
  • Note: Control cable not included

    Table of Contents
    • 1Description
    Show more Show less
    Specifications
    Dimensions ~19 x 14 x 4" (48.3 x 35.8 x 10.2cm) with mounting flanges
    Weight 28 lbs (12.7kg)
    Show more Show less
    Reviews
    Be the first to review this item
    Show more Show less
    Q&A
    Top Questions
    Accessories
    See any errors on this page? Let us know.

    Close

    Close

    Close