Abstract: A battery pack test system includes a power cluster, a power router, a power allocation manager, and a plurality of test bench control units. The power cluster includes a plurality of power units. The power allocation manager is configured to dynamically switch allocations of power from individual power units of the plurality of power units to a plurality of test channels each connected to a different device under test. The plurality of test bench control units are each configured to interface with the power router and a different corresponding device under test. Each of the test bench control units includes a plurality of measurement sensors for measuring characteristics of the corresponding device under test.

Abstract: A flanged counter flashing unit, flashing system and method is described for weather proofing the juncture of a brick wall overlying a vertical parapet wall and the edge of a sloped roof. The one-piece counter flashing unit of the flashing system has a vertical slit into which is securely fitted the low upstanding side of a J-Channel flashing positioned at the juncture and the vertical leaf member of an L-shaped roof flashing that is flush with the outer face of the upstanding low side of the J-Channel flashing, including a flange section of the counter flashing unit that extends laterally from the top edge of the counter flashing apron and partially over the J-Channel and an apron adapted for overlying the vertical leaf member of the L-shaped flashing. The J-Channel flashing, L-shaped flashing and flanged counter flashing are included in the flashing system of the present invention.

Abstract: A method of using flashing having a counter flashing member and preferably fabricated from one piece of material is described for weather proofing the juncture of a building at the edge of a sloped roof covered with shingles and a vertical wall covered with a masonry veneer. The flashing is positioned above the surface of the roof by resting it on a fabricated support positioned at the juncture so that the counter flashing member is extending downward to the roof surface overlapping the vertical flashing member of a shingle-based flashing, such as, step flashing protruding from and above the surface of the roof and flush with the support.

Abstract: A method of using flashing having a counter flashing member and preferably fabricated from one piece of material is described for weather proofing the juncture of a building at the edge of a sloped roof covered with shingles and a vertical wall covered with a masonry veneer. The flashing is positioned above the surface of the roof by resting it on a fabricated support positioned at the juncture so that the counter flashing member is extending downward to the roof surface overlapping the vertical flashing member of a shingle-based flashing, such as, step flashing protruding from and above the surface of the roof and flush with the support.