Skip to product information
1 of 2

Product Description

Overview

The KUPO KWP-C Pro-Length Par Guard is a luminaire rain cover for downward-facing PAR-style fixtures that need weather protection without blocking visual access to the light. It uses a black PVC-coated nylon upper layer and transparent PVC lower layer, giving crews rain repellence, see-through visibility, and ventilation from the open-bottom design.

Why It Matters

The pro-length format is useful when a fixture body or accessory stack needs more coverage along the barrel. It keeps the same weather-protection construction while giving crews a longer guard option within the five-model KWP family.

Key Features

  • Black nylon upper layer with PVC-coated inner side helps shed rain while keeping the top visually discreet.
  • Transparent PVC lower layer provides rain repellence and see-through fixture visibility.
  • Open-at-bottom design supports heat ventilation for downward projection use.
  • Cable side entry with downward lid cover helps reduce water ingress around the cable path.
  • Pro-length format gives additional barrel coverage for longer PAR-style fixture setups.

Applications

Use for temporary outdoor lighting, event rain protection, downward-facing PAR fixtures, stage washes, venue entrances, and production positions where fixture visibility and ventilation still matter.

Compatibility

Part of the five-model KWP PAR shield and cover line. Select the model that best matches the fixture body size, barrel length, and required coverage.

Frequently Asked Questions

Can this cover be used on an upward-facing fixture?

KWP covers are designed for luminaires in downward projection position. Use them in that orientation and follow the fixture manufacturer's heat and weather guidance.

How does the fixture ventilate under the cover?

The cover uses an open-bottom design, which helps heat ventilation while the upper and lower layers provide rain protection.

What is the maximum working environment temperature?

The listed working environment is maximum 60 °C.