Multiverse Surface Mount Ribbon Kit
Multiverse Kit
Surface Mount Ribbon
A pre-configured, low-profile track lighting kit that mounts directly to the ceiling surface.
The kit brings Juniper’s ultra-thin ribbon, power distribution, and compatible luminaires into a ready-to-specify format for surface-mounted applications.
Designed to support spotlights, cylinders, and wallwashers in select standard configurations.
For expanded layouts, custom configurations, and the full range of components, explore the complete Multiverse system.
Custom Color Options: Finishes may be specified from any standard color system (e.g., RAL, Benjamin Moore, Pantone). Once the order is placed, you will receive an email from our sales team to confirm the desired reference. Lot charges apply.
Online purchases include complimentary ground shipping within the United States.
Configurator Code:
JPR-MLTV-KTS1------------
Specifications
Luminaires
- Fixtures sold separately
- Compatible with spotlights, cylinders, and wall washers
Mounting Options
- Surface-mounted or suspended configurations available
- Designed to integrate directly with ceiling conditions
Form Factor
- 1.5 in W x 0.3 in H low-profile ribbon
- Minimal visual presence within the space
Kit Lengths
- Available in 2 ft, 4 ft, 6 ft, 8 ft, 10 ft, and 12 ft configurations. Actual length varies based on fixture type and layout.
Installation
- Clip-based mounting system
- Compatible with standard junction boxes
- Surface-mounted or remote power supply options
Dimming
- 0–10V
- Triac (forward-phase)
- ELV (reverse-phase)
- Down to 1% or 0.1%
- Casambi wireless control available
Downloads
System Guide
The ultimate resource for gaining a deeper understanding of the system, complete with detailed technical specifications.
Installation Guides
A detailed resource for proper installation and setup of Multiverse® System to ensure optimal performance.
Product Files
Revit and STEP files are available to integrate precise lighting models into your designs.
IES Files
Photometric data essential for accurate lighting simulations.
