Cable Installer. L-AUS course 1-day duration.

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1 Cable Installer. L-AUS course 1-day duration. The course L_AUS is conducted by the instructor who has this specialization. The course participant does not receive a course certificate, as the aim of the course is that the student becomes aware of when the area/zone is almost reached. The instructor in this field will provide a compendium. Cable Installer. Reading drawings, 1-day duration. The course on reading drawings is conducted by the instructor who has this specialization. The instructor in this field will provide a compendium and relevant drawings. We refer you to the Installations handbook pages

2 Fire-proofing (preventing fire spread) Duration 2 days incl. Practical experience Prerequisite courses are Architectonics(Bygningskendskab)/Fire compartments. The Fireproofing course is divided into 2 parts. Part 1 is a supplier course focusing on material knowledge, application, execution and documentation. Part 2 is the practical part that focuses on material selection and execution and documentation. Installations Cables and wires Duration 4 days incl. practical experience The cables and wires course is divided into 2 parts. Part 1 is a supplier course focusing on material knowledge, bending radius, properties, and applications. 1 day Part 2 is the practical part that focuses on material selection and lay-out/attachment and minimum separation distances. 3 days. The instructor will distribute various supplier catalogues, data sheets and educational material.

3 Cable Installer. High voltage directive, chapter 52, 2 days duration. The course is conducted by the instructor who has this specialization. The course participant will receive a copy of the high voltage directive on the course. The instructor in this field will supply a copy of the high voltage directive. Cable Installer. Electrical theory, 2 days duration. The course is conducted by the instructor who has this specialization. The course deals in particular with basic electrical engineering concepts. The course participant will receive the required material on the course. We refer you to the EL Theory book, pages

4 Cable Installer. Equipotential bonding. The course is conducted by the instructor who has this specialization. The course deals in particular with basic concepts and methods for equipotential bonding. The course participant will receive the required material on the course. We refer you to the Installations handbook pages Cable Installer. Practical experience, 8 days duration. Practical instruction is conducted in suitable groups at the school. The students will receive various materials. The practical program is divided into the following disciplines: 1. Pipework with plastic pipe, solid/grooved tube. 2. Knowledge of pipe routing in walled-in, front and visible boxes. 3. Mounting and attachment of cable trays, ducts, and cable ladders. Including separation track. 4. Installation of low-voltage cables in the above-mentioned routings. 5. Installation of high-voltage cables in the above-mentioned routings. Documentation. Completion of required documentation, in connection with delivery of the above mentioned practical instruction assignment(s).

5 Fire protection Many fires are due to improper performance of fire-partitioning walls, such as apartment shells, fire fittings and exterior walls. Buildings must be constructed so that a fire is not spread to other units, such as horizontally around firedividing walls or through voids, in the time required for evacuation. There are several different ways to do this. See, among other things, the following link: General - BR10

6 Securing penetrations can be done in several ways, Rockwool s offerings include the following options 1 : During a fire, flue gases will flow away from the fire, which may cause secondary fires at a large distance from the actual fire location. In addition to the risk of smoke poisoning, the right temperature of the flue gases may cause flammable materials to ignite. Therefore, it is important that penetrations for installations close tightly, so that walls or floor separations do not deteriorate fire performance. For this purpose, Rockwool A/S has an MK approved system consisting of Conlit Fire Stop, Conlit Bushing and Conlit Blanket. Conlit Fire Stop. Is a molding mass for closing passages, joints and openings in the fire shell. Conlit fire stop can be used for vertical and horizontal openings in masonry, light concrete, concrete and concrete floors. Conlit Bushing. Is a flexible system for future pulling of new cables. The Conlit bushing consists of a 50 mm PVC tube, which is covered with a thermoplastic mat and Rockwool Industrial Wool on the inside. Conlit Pillow. Is a thermoplastic mat that protects against spread of fire in PVC electrical pipes. The Conlit pillow will expand and seal the electrical pipe in a fire, so as to prevent fire spread. Measurements See form on the next page. Maximum hole dimensions in wall or floor separations 1 Source Fireproof insulation ROCKWOOL p. 36

7 Notes Conductor cross section and pipe diameters/thicknesses indicate the maximum dimensions within which the fire classification applies. T = wall thickness. *) The length of the pipe insulation bowl must be at least 1.0 m. The pipe bowl can either run unbroken through the wall or deck or be interrupted on both sides. It is placed so that there is the same amount of protruding insulation on both sides of the penetration. Documentation MK approval 6.10/1243

8 Source Fireproof insulation ROCKWOOL p

9 Quality Assuranc Quality assurance is mandatory for state and state-funded buildings, including conversion and renovation work. Many other developers place requirements on quality assurance of their construction work in the tender documentation, based on the applicable legislation. Quality assurance is also a tool for contractors to document to the developer and their advisors that the work has been performed in accordance with the quality requirements in the contract. If you apply systematic quality assurance, it will help avoid misunderstandings and mistakes when performing the construction, and a documentation of the quality of the completed construction. See also

10 Quality Assurance Manual Building project number: Order number: Construction project: Period of conducting the work: Rørføring A/S Vandtårnsvej Roskilde

11 Case identification 1.1 Construction case Nam Case number: 1.2 Construction organization Developer: e / fax Architect: e / fax Contact person: Cell: Consulting Engineer: e / fax Contact person: Cell: Construction Management:

12 e / fax Contact person: Cell: Health and Safety Coordinator: e / fax Contact person: Cell:

13 2. Organization 2.1 The company s organization Nam e / fax Company Manager: 2.2 The construction project s organization Case Manager: Position: e / fax Conductor: e / fax Substitut Chair: e / fax Substitut The company s health and safety group: Managerial Representative e / fax Health and Safety Representative

14 e / fax

15 2.3 Subcontractors 1. Company: e / fax Contact person: Construction component: 2. Company: e / fax Contact person: Construction component: 3. Company: e / fax Contact person: Construction component: 4. Company: e / fax

16 Contact person: Construction component: 5. Company: e / fax Pho n Contact person: Construction component:

17 3. Quality assurance in general 3.1 Purpose The purpose of quality assurance is to ensure the technical quality, both as determined by the contract and otherwise corresponding to normal good craftsmanship. 3.2 Quality assurance The quality assurance consists of a number of inspections, each of which must demonstrate that the company meets the established requirements for the quality of the product or service. The extent of inspections is stipulated in the case s inspection plan. 3.3 Responsibility The company management has overall responsibility for the allocation of the resources for the contract. The Case Manager is responsible for the conditional execution of the contract, including that the quality is documented as established. 4. Construction Contract 4.1 D Document Overview Pos. Project assignment No. Dating Page number Version Construction Contract: Tender: Guarantees: Common terms (FB): Schedul Work description: List of drawings: Correction sheets: Minutes from project review meeting: 4.2 Inspection and documentation Pos. Project assignment No. Dating Tender inspection plan: Inspection plan: Page number Version

18 5. Production Preparation 5.1 Process review Immediately after acceptance, the company conducts a process review of the project. In cases with planning responsibility, a project review is also conducted. The purpose of the review is to discover ambiguities and/or risky work, as well as environmental issues. In cases where the company has agreements with subcontractors, the company ensures that they conduct an equivalent review. 5.2 Inspection plan The process review in conjunction with a possible tender inspection plan forms the basis for the establishment of the case s inspection plan, which provides a comprehensive overview of the inspections and documentation that applies to the contract. The inspection plan is submitted to the developer s approval at a possible project review meeting. If a project review meeting is not held, the inspection plan will be forwarded, along with the results of the company s process review for the developer s approval. 6. Quality assurance of the case 6.1 Documents Changed drawings, building meetings, etc., are sent to the office address. It is assumed that all revised drawings are accompanied by a revised list of drawings, and that revisions to the drawings are clearly marked. The drawings are sent in copies. Quality assurance documents are presented at construction meetings. 6.2 Information to employees Before the work is begun, journeymen and possibly apprentices are informed in general about the work in question, and particularly about difficult work processes. Information is also provided on the case s quality and environmental requirements. 6.3 Acceptance testing When the materials arrive at the construction site, it is checked that the right amounts and quality are delivered in accordance with the inspection plan. Conditions of importance and the environment are included in the acceptance testing, including the construction site layout. Acceptance testing is documented. 6.4 Process Inspection During the work, the inspections specified in the inspection plan are performed. Discrepancies and corrections of these are handled as agreed. Conditions of importance and the environment included in the process inspections. Process inspections are documented. 6.5 Final check

19 When the work or defined parts of it have been completed, the Case Manager conducts a final inspection of the work. This final inspection is an internal activity, but the documentation of this can be submitted. 6.6 Documentation Copies of the documentation for the quality assurance performed are delivered to the developer or their advisors as agreed. All documents, including documentation for the agreed quality assurance, are kept for the current liability period.

20 7. Inspection plan 7.1 Acceptance testing Inspection list Inspection list regarding: Company: Project: Project number: Inspection list number Pag Date / Initials: Copy to: Date Packing slip no. Product type Number Approved Date Initials Comments

21 7.2 Process Inspection. Inspection list. Inspection list regarding: Company: Project: Project number: Inspection list number Pag Date / Initials: Copy to: Inspection performed as: Sampl according to Inspection plan s points: Number Control point Assessment/comments Approved YES NO 1 2

22 Discrepancy Report necessary YES NO Discrepancy report no.:. Inspection performed, date.. Signatur Number Comments

23 7.3 Final inspection. Inspection list regarding: Company: Project: Project number: Inspection list number Pag Date / Initials: Copy to: Room no. Comments: Correction performed Date/Initials: