Standing Seam Solar Clamps Feature Non-Penetrating Design

AceClamp A2 along with the Solar Kit The AceClamp A2 along with the Solar Kit offers a low-cost alternative to secure photovoltaic (PV) panels to standing seam metal roofs. According to the company, the unique non-penetrating sliding pin design helps preserve the panel warranty by avoiding the types of damage that can happen from set screws. The clamps work with or without racking system, and the adjust to fit PV panels. The AceClamp can also be used with an L-Foot bracket design for mounting of rail systems used in other types of PV installations.

The AceClamp Solar Kit is fully assembled ready to be installed, minimizing labor costs. There is no bag of loose bolts, nuts or washers. The patented designs allow installation at any point on the seam. According to the manufacturer, the product installs easily and quickly, and can be adjusted even after accessories have been installed. The stainless steel serrated top and bottom flanges capture the PV panel and “bond” the panels frame-to-frame.

For more information, visit www.aceclamp.com.

AceClamp/PMC Industries Can Apply the UL Mark to Roof Fasteners and Solar Kits

AceClamp/PMC Industries has received authorization to apply the UL Mark to its AceClamp non-penetrating, standing-seam metal roof fasteners and solar kits. This stamp of approval indicates a product has passed stringent testing for code requirements and performance.

The AceClamp A2 and Solar Kit and AceCamp ML and Solar Kit were tested for Mechanical Loading and Bonding Evaluation in accordance with UL 2703. The AceClamp A2 and Solar Kit was also evaluated to UL 467 for its integral ground-lug function.

UL 2703 covers rack mounting systems, mounting grounding/bonding components, and clamping/retention devices for specific flat-plate photovoltaic modules and panels. UL 467 applies to grounding and bonding equipment in accordance with national electrical codes.

To meet UL 2703 requirements, mounting and clamping devices are submitted to rigorous testing methods to confirm the products will withstand most any environment and maintain electrical conductivity.