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Thermal Break <br /> In cases where a thermal break is necessary it is recommended - - <br /> to use the splices in conjunction with the Wiley WEEB- i <br /> BNDJMP8.0 to insure continuous bonding across the thermal r <br /> break. <br /> Internal Splice: <br /> ■ Install the internal splice 1" of gap between the rails. Images 5.2.11 <br /> 1" thermal break with Internal QSplice <br /> ■ After installing the rails install the WEEB-BNDJMP8.0 across <br /> the gap with T-bolts. Insure a loop is left to allow for thermal <br /> expansion and contraction and torque T-bolts to 16 ft-lbs'. — -- -- <br /> - i— <br /> Images 5.2.12 <br /> WEEB-BNDJMP8.0 installed with Internal QSplice <br /> External Splice: <br /> ■ Install the external splice while leaving a gap of 1" between ----- _ <br /> rails. Tighten only ONE bolt on the splice to allow for thermal <br /> expansion and contraction. <br /> 04 <br /> ■ After installing the rails install the WEEB-BNDJMP8.0 on the <br /> opposite side across the gap with T-bolts. Insure a loop is left - <br /> to allow for thermal expansion and contraction and torque Images 5.2.13 <br /> T-bolts to 16 ft-lbs'. 1" thermal break with External QSplice <br /> NOTE! <br /> Align module a minimum of 1.2" from the endZZZZ: _ 7770 <br /> of the rail. <br /> Images 5.2.14 <br /> Tighten only ONE bolt on the splice <br /> Modules cannot be installed over <br /> ' thermal break. The row of continuous <br /> modules must end before the break <br /> and a new row must start after the <br /> thermal break. <br /> CAUTION <br /> ' If using non-nylon patched t-bolts tighten to 15 ft-lbf(20 N-m) Images 5.2.15 <br /> WEEB-BNDJMP8.0 installed with External QSplice <br /> B1 7.2.3-46 20 Jul-2019, Rev 4.2 <br />