Installation of drain pipes and fittings
One to five floors
five
titular
Installation of rainwater pipes and fittings
One to five floors
1
titular
Sanitary ware installation
Sanitary ware installation
One to five floors
five
titular
Installation of water supply fittings for sanitary ware
One to five floors
five
titular
Installation of sanitary ware drainage pipeline
One to five floors
five
titular
1
three
six
27
titular
architecture electric
Install power mains
Installation of cable tray and laying of cable in the tray
One to five floors
five
titular
Electric lighting device
Installation of lighting distribution box
One to five floors
six
titular
Wire conduit laying
One to five floors
five
titular
Installation of electric wire through pipe
First to second floors
five
titular
Cable head manufacturing, wiring and line insulation test
One to five floors
five
titular
Installation of special lamps and lanterns
One to five floors
five
titular
Installation of ordinary lamps and lanterns
One to five floors
five
titular
Installation of switches and sockets
One to five floors
five
titular
Installation of lightning protection and grounding device
Power-on trial operation of building lighting
One to five floors
five
titular
Installation of grounding device
Artificial grounding device
1
titular
Local equipotential bonding in bathroom
One to five floors
five
titular
Lightning protection downlead laying
1
titular
Installation of lightning arrester
Roof covering method
1
titular
1
four
54
titular
Construction data: serial number
Material name
number of pages
Reserve bill
1
Design disclosure and joint review of construction drawings
three
2
Special construction organization design scheme for hydropower installation
30
three
Engineering (design) change contact list
four
four
Main equipment and materials, factory certificate and test report
48
five
Acceptance record of concealed works
17
six
Installation record of power and lighting distribution cabinet (box)
seven
seven
Cable tray installation inspection record
1
eight
Cable laying and insulation resistance test records
2
nine
Test record of insulation resistance of distribution line
4 1
10
Electrical insulation resistance test record
2
1 1
Wiring inspection records of lines, sockets and switches
10
12
Simulation test record of leakage protection device
five
13
Lighting full-load power-on commissioning record
five
14
Hidden record of grounding device construction
1
15
Grounding resistance test record
1
16
Installation record of lightning rod and lightning belt
1
17
Pipeline (equipment) strength test record
10
18
Flushing record of pipeline system
1
19
Water supply pipeline water test record
three
20
Drainage pipe irrigation test record
1
2 1
Drainage pipeline water test record
2
22
Drainage pipe ball test record
2
23
Rainwater pipeline water test record
2
24
Test record of rainwater pipeline passing ball
1
25
Sanitary ware full water and water test records
five
Inspection and acceptance record number of concealed works for grounding device installation: (01-18/03-02/04-02/05-16)/06-17/(08-20/09-0/.
Division (sub-division) project name
Installation of lightning protection and grounding device
Project manager
construction organization
Receiving position
basis
Construction drawing number
Dianshi -02
Name and number of construction execution standard
GB50303-2002 Standard Drawing of Lightning Protection and Grounding Construction Organization Design for Civil Buildings < 97 Zhejiang D2 >
Name of subdivisional work/inspection lot number
06070 1
Contact phone number or date
inspection item
Check the situation
Description or schematic diagram: Carry out construction according to electrical drawing -02, and install lightning protection and grounding devices as required. The two main bars in the lower floor of the ground beam of the building foundation are welded around and welded with the two main bars in the pile foundation at each lightning protection downlead as a grounding device. Lightning protection grounding, protective grounding and equipment grounding share a grounding body. The lightning protection downlead is welded with the foundation grounding device by two φ 16 main bars in the pile, and crosses 1, 6, 10, 12, 16, 20 and 1 axis on the A and H axes. Set the main equipotential grounding bus at the electrical shaft, and lead out the standby grounding according to the electrical drawing -02. The construction quality meets the design requirements and construction acceptance specifications. See electrical drawing -02 for details:
Welding of foundation reinforcement and grounding grid
comply with the requirements
Grounding bus laying -40*4 galvanized flat iron
comply with the requirements
Welding of lightning protection downlead and column reinforcement
comply with the requirements
Inspection and acceptance opinions
Professional quality inspector of the construction unit (signature): professional technical person in charge of the project (signature): July 2, 2007
Professional supervision engineer (signature): (professional and technical person in charge of the project of the construction unit) year month day.
Inspection and acceptance record number of concealed works for laying electric wires and conduits: (01-18/03-02/04-02/05-16)/06-17/(08-20/09-0/.
Division (sub-division) project name
Electric lighting device
Project manager
construction organization
Receiving position
Single roof
Construction drawing number
Electric Power Application -03, 04
Name and number of construction execution standard
Atlas of construction organization design of installation engineering and construction and installation engineering (3) Electrical engineering
Name of subdivisional work/inspection lot number
060502
Contact phone number or date
inspection item
Check the situation
Description or schematic diagram: (1 ~ 1 1) The lighting of the shaft on the first floor and the laying of the wire and conduit of the socket on the second floor shall be carried out according to the minutes of blue prints.the design, the design contact sheet and the electrical drawings -03 and 04. Wires and conduits are laid with PVC pipes, and the joints are tight and firm. The conduit is laid between two layers of steel bars, and the protective layer meets the requirements of concrete. The conduit and lamp holder box are firmly bound and fixed in the concrete slab, and the position is accurate. Before laying the conduit, check that there is no sundries and blockage in the conduit, the conduit incision is smooth and burr-free, and the junction box is connected with a special terminal. The bending half-warpage of the pipe is ≥ 10D, the bending straightness is < < 0. 1D, and the pipe has no cracking and wrinkling. All materials and specifications meet the requirements, and the construction quality meets the design requirements and construction acceptance specifications. See electrical drawings -03 ~ 04 for details.
Laying PVC20 in conduit
comply with the requirements
Installation of lamp holder box
comply with the requirements
Inspection and acceptance opinions
Professional quality inspector of Hege construction unit (signature): professional technical person in charge of the project (signature): August 2007 16.
Professional supervision engineer (signature): (professional and technical person in charge of the project of the construction unit) year month day.
Inspection and acceptance record number of rigid waterproof casing embedded concealed works passing through the floor slab: (01-18/03-02/04-02)/05-16/(06-17/08-20/09-)
Division (sub-division) project name
Installation of indoor drainage pipes and fittings
Project manager
construction organization
Receiving position
Single roof
Construction drawing number
Shi Shui -03
Name and number of construction execution standard
Installation project construction organization design and building drainage rigid PVC pipe installation 96S406
Name of subdivisional work/inspection lot number
05020 1
Contact phone number or date
inspection item
Check the situation
Description or schematic diagram: (1 ~ 1 1) The rigid waterproof casing of the first floor roof of the shaft shall be constructed according to 03 water drawings and drawings minutes, and the water supply and drainage pipes shall be embedded with rigid waterproof casing, with accurate position and firm fixation. The casing specification shall be equal to or higher than that of the pipeline passing through the floor, and the casing wall thickness and wing ring shall meet the requirements. All materials and specifications meet the requirements. The construction quality meets the design requirements and construction acceptance specifications. See Water Application Diagram -03 for details.
The water supply and drainage pipeline crosses the rigid floor slab in waterproof casing DN50 ~ 100.
comply with the requirements
Inspection and acceptance opinions
Professional quality inspector of Hege construction unit (signature): professional technical person in charge of the project (signature): August 2007 16.
Professional supervision engineer (signature): (professional and technical person in charge of the project of the construction unit) year month day.
Package the divisional works of each monomer into a volume, including cover, list, division, sub-item, material quality assurance (if there are more monomers, the materials will be in another volume), concealed works records (according to time), test records (according to the numerical order in the upper corner of the table), sub-items and inspection lots (according to the specified numerical order, because the files do not accept sub-items, it is convenient to take them down later).
Hydropower installation mainly includes building electricity, water supply and drainage, intelligent building division, and sprinklers are listed as a division in some places. Generally, divisions, sub-divisions and sub-items can be determined according to GB50300.
Concealed records can be carried out according to actual concealed works, and inspections can be carried out according to local forms and actual conditions. (In fact, these tests are stipulated in the construction and acceptance specifications). For more information, please visit/