<?xml version="1.0" encoding="UTF-8" standalone="no"?><image-reference xmlns:xt="urn:xpressauthor:trackchanges" id="_c9ecc787-2106-4b21-943d-b80b9382ec2b"><num><xt:insText xt:action="start" xt:author="Lee Liu" xt:dateTime="2024-08-27T11:28:00" xt:id="8dd1a6be-2e22-444d-8478-88275c59433e"/>10.8.4b<xt:insText xt:action="end" xt:id="8dd1a6be-2e22-444d-8478-88275c59433e"/></num><title id="_51e82a12-6423-45cb-b1c7-0d5f2e06020f"><xt:insText xt:action="start" xt:author="Lee Liu" xt:dateTime="2024-08-27T11:28:00" xt:id="7b19949d-6a5a-4021-9020-bcf4659df02b"/>(explanatory): Example of a roof space in accordance with 10.8.4(1)(a)(i)<xt:insText xt:action="end" xt:id="7b19949d-6a5a-4021-9020-bcf4659df02b"/></title><image height="619" heightdpi="200" href="/tmp/QppServer/Publishing/5e2c1f63-e589-4ce1-95e8-5c3e286a7aff/10.8.4b-explanatory-example-of-a-roof-space-in-accordance-with-F8D6(1)(a)(i).svg" width="1200" widthdpi="200" xt:author="Ian Findlay" xt:dateTime="2024-10-31T14:59:21" xt:type="insert"/><desc-note id="_cb2e76b5-0171-4af0-8645-33e6f1053bbe" xt:author="Lee Liu" xt:dateTime="2024-08-27T11:29:22" xt:type="insert"><ol outputclass="numbered" xt:author="Lee Liu" xt:dateTime="2024-08-27T11:29:29" xt:type="insert"><li id="_fe48dce4-1503-4f39-ab3f-768796dd4cfb" xt:author="Lee Liu" xt:dateTime="2024-08-27T11:29:29" xt:type="insert"><xt:insText xt:action="start" xt:author="Lee Liu" xt:dateTime="2024-08-27T11:29:00" xt:id="514c6ddb-160d-46ac-9da8-00a3d0606d4b"/>Roof space above the primary insulation layer.<xt:insText xt:action="end" xt:id="514c6ddb-160d-46ac-9da8-00a3d0606d4b"/></li><li id="_a3bee215-f876-41ae-9ca1-5b2581a768f7" xt:author="Lee Liu" xt:dateTime="2024-08-27T11:29:54" xt:type="insert"><xt:insText xt:action="start" xt:author="Lee Liu" xt:dateTime="2024-08-27T11:29:00" xt:id="fbb91a6a-c5a0-4811-86fa-970c2a37bc3f"/>Roof level insulation – e.g. blanket and foil.<xt:insText xt:action="end" xt:id="fbb91a6a-c5a0-4811-86fa-970c2a37bc3f"/></li></ol></desc-note></image-reference>