Contents of documentation

Document number

Number of sheets

Note

Set of working drawings of the electrical part - as-built documentation

A set of factory documentation (certificates of electrical equipment, factory test reports, instructions for installation, commissioning and operation, etc.)

Acts, protocols, statements, magazines for electrical work and construction work related to the installation of electrical devices

(signature)

(Ministry) (city)

______ _________________________________

(trust) (customer)

____________________________________ _________________________________

(plot)

ACT OF TECHNICAL READINESS
ELECTRICAL WORKS

Commission consisting of:

representative general contractor ________________________________________

(position, surname, name, patronymic)

(position, surname, name, patronymic)

inspected installed electrical equipment.

1. The following works were performed by the electrical installation organization: _____________

(list, main technical characteristics, physical volumes)

_______________

2. Electrical work was carried out in accordance with the project developed by

___________________________________________________________________________

(project organization)

3. Deviations from the project are listed in Appendix 1 (Form 3).

4. Commission checked technical documentation(Appendix 2, form 1), presented in the scope of the requirements of PUE-85, SNiP 3.05.06-85.

5. Individual testing of electrical equipment ___________________________

___________________________________________________________________________

(carried out,

___________________________________________________________________________

not carried out)

6. Remaining deficiencies that do not prevent comprehensive testing, and the timing of their elimination are listed in Appendix 3 (Form 4).

7. A list of installed electrical equipment is given in Appendix 4 (form 5).

8. Conclusion.

8.1. Electrical work was carried out according to the design documentation in accordance with the requirements of SNiP 3.05.06-85 and PUE-85.

8.2. This Act is the basis for * :

a) organizing the work of the working commission on the acceptance of equipment after individual tests;

b) direct transfer of the electrical installation to the customer (general contractor) for operation.

Customer Representative _________________

(signature)

General contractor representative _________________

(signature)

_________________

(signature)

Passed ** Accepted:

___________________________________ _____________________________

(signature) (signature)

* Underline whatever applicable.

** To be completed in the case specified in clause 8.2, b of this Act

____________________________________ _________________________________

(Ministry) (city)

____________________________________ _________________________________

(trust) (customer)

____________________________________ _________________________________

(installation management) (object)

200___

(plot)

STATEMENT OF CHANGES AND DEPARTURES FROM THE PROJECT

Work Producer ________________________ ()

(signature)

____________________________________ _________________________________

(Ministry) (city)

____________________________________ _________________________________

(trust) (customer)

____________________________________ _________________________________

(installation management) (object)

200___

(plot)

LIST OF ELECTRICAL INCOMFORT THAT DO NOT PRETEND INTEGRATED TESTING

assembly general contractor of the customer

organizations organizations

Upon acceptance of the equipment for installation, the following is established:

1. Equipment design specification or drawing (if it does not match, indicate what) __________________________________________________

___________________________________________________________________________

2. Equipment transferred (indicate the composition of the kit and technical documentation, according to which the acceptance was made and what completeness) ___________________________________________________________________________

___________________________________________________________________________

3. Defects during external inspection of the equipment (if found, list them in detail) ________________________________________

___________________________________________________________________________

Note: defects found during the revision, installation and testing of equipment are subject to special registration.

4. Conclusion on suitability for installation ______________________________________

___________________________________________________________________________

___________________________________________________________________________

Passed by representative

customer

Received a representative

installation organization

___________________ ___________________ ___________________

(position) (signature) (surname, acting name)

The specified equipment was accepted for storage.

Responsible person ____________________________________________

(F., I., O., signature)

ACT No. Typical departmental form M-27,

on detected equipment defects approved by order of the CSB No. 628

"___" __________________ 200 ___ dated 11/27/85

OKUD code

(location: city, town, etc.)

enterprise (customer) ___________________________________ building (construction), workshop ______________________________________

This act is drawn up in the fact that in the process of revision, installation, testing (underline the stage) of the equipment listed below, manufactured by ______________________________, accepted for installation under act No. _____ dated _______ 200__, the following defects were found:

(manufacturer's name)

The reverse side of the form M-27

To eliminate the identified defects, it is necessary:

_________________________________________________________________________________________________________________________

(measures or work to eliminate the identified defects are indicated in detail)

_________________________________________________________________________________________________________________________

(performers and deadlines)

Customer Representative

Contractor Representative _________________________ _______________________ _________________________

(position) (signature) (and., o., surname)

Manufacturer's representative _________________________ _______________________ _________________________

(position) (signature) (and., o., surname)

____________________________________ _________________________________

(Ministry) (city)

____________________________________ _________________________________

(trust) (customer)

____________________________________ _________________________________

(installation management) (object)

200___

(plot)

STATEMENT OF ASSEMBLED ELECTRICAL EQUIPMENT

wiring

organizations

___________________ () ___________________ ()

(signature) (signature)

____________________________________ _________________________________

(Ministry) (city)

____________________________________ _________________________________

(trust) (customer)

____________________________________ _________________________________

(installation management) (object)

200___

(plot)

ACT OF READINESS OF THE CONSTRUCTION PART OF THE PREMISES (STRUCTURES) FOR THE PRODUCTION OF ELECTRICAL INSTALLATION WORKS

Commission consisting of a representative of the construction organization ____________________

__________________________________________________________________________

(position, surname, and., about.)

representative of the electrical installation organization _________________________________

__________________________________________________________________________

(position, surname, and., about.)

made an inspection of the premises (structures) transferred for the production of electrical work.

1. For the production of electrical work, the following are transferred:

__________________________________________________________________________

(name of premises, structures)

2. Premises (structures) are made according to __________________________________

__________________________________________________________________________

(specify project, drawing number)

taking into account the drawings of building buildings _______________________________________

__________________________________________________________________________

(name of the design organization, number of drawings of building buildings)

Premises (structures) are made according to the project, taking into account building buildings and comply with the requirements of paragraphs. 2.2.E; 2.12 - 2.15; 2.17; 2.18; 2.20 - 2.26; 3.210SNiP 3.05.06-85.

The premises (structures) listed in clause 1 of this Act are suitable for electrical installation work from _________________ 200___.

3. Defects that prevent the start of electrical work must be eliminated within the following terms:

Representative Representative Representative

construction customer

organizations organizations

_______________________ ____________________ _______________________

(signature) (signature) (signature)

____________________________________ _________________________________

(Ministry) (city)

____________________________________ _________________________________

(trust) (customer)

____________________________________ _________________________________

(installation management) (object)

200___

(plot)

INFORMATION ON THE LIQUIDATION OF UNDEFINITIONS

Commission consisting of:

customer representative _________________________________________________

__________________________________________________________________________

(position, surname, and., about.)

__________________________________________________________________________

(position, surname, and., about.)

inspected and handed over and accepted the work performed by the electrical installation organization to eliminate the imperfections listed in the statement

dated ______________________________________________ 200___

The following defects have been eliminated ____________________________________________

__________________________________________________________________________

Representative Assembly representative

customer organization

_________________________________ _________________________________

(signature) (signature)

____________________________________ _________________________________

(Ministry) (city)

____________________________________ _________________________________

(trust) (customer)

____________________________________ _________________________________

(installation management) (object)

200___

(plot)

ACT OF ACCEPTANCE AND INSTALLATION OF THE POWER TRANSFORMER *

Power ___________________________ kV×A, HV ________________________ kV,

MV _________________________ kV, LV __________________________ kV.

Manufacturer __________________________, type __________________________,

serial number _________________________, date of issue _____________________,

date of arrival at the site _________________________________________________.

Commission consisting of:

from the customer's enterprise _________________________________________________

(position, surname, and., about.)

from the electrical installation organization _______________________________________________

(position, surname, and., about.)

checked the condition of the transformer and the conditions necessary for its acceptance for installation, and established:

1. Completeness:

a) a set of technical documentation of the manufacturer (factory organization) for the transformer according to the list of GOST 11677-85 (clause 5.15) ________________________________________________________________________________

(yes, no)

Missing documents __________________________________________________

(name of documents)

b) transformer ______________________________________________________________

(complete, incomplete

__________________________________________________________________________

assemblies, devices and parts in accordance with the requirements of the technical

__________________________________________________________________________

documentation - dismantling list of the manufacturer)

* Compiled for transformers with a capacity of more than 2500 kV × A.

Not supplied with the transformer: __________________________________________

2. The state of the transformer and its components:

a) the results of an external examination of the transformer and its components (the absence of dents and other damage on the transformer tank, bushings, expander, radiators, cooling system equipment, etc.) _______________________________________

__________________________________________________________________________

b) the results of the transformer tightness test during external inspection:

safety of seals on all taps for oil and sealed plugs ________________________________________________________________________

absence of oil leakage from the transformer tank and units,

__________________________________________________________________________

filled with oil)

the presence of excess gas pressure (for transformers supplied from the manufacturer without oil) _____________________________________________________

__________________________________________________________________________

3. Security conditions for the installation of the transformer:

a) building part(foundation for the transformer, installation site, access roads, etc.) was made according to project No. __________________________

__________________________________________________________________________

(accepted, not accepted)

Installation organization according to act No.

from _______________ 200 __

Not completed construction ________________________________________________

(list unfinished work)

__________________________________________________________________________

b) supply of the transformer with oil:

according to the passport, the oil used in the transformer is ______________________

__________________________________________________________________________

(name of the standard, specifications, breakdown voltage)

total oil is required (taking into account the consumption for technological needs) __________________ t.

available in the transformer ___________________ t.

the missing amount of oil ___________________ t.

will be supplied by the customer ______________________________________________

(the date)

c) the customer complies with the conditions of GOST 11677-75 and confirms the possibility of mounting the transformer without revision of the active part and without drying;

d) in accordance with clause 3.197 of SNiP 3.5.06-85, the following are attached to this Act:

act of inspection of the transformer and dismantled units after its transportation from the manufacturer,

the act of transporting the transformer to the place of installation,

act of unloading the transformer.

The listed documents are drawn up by the customer.

4. Conclusion on suitability for installation ____________________________________

__________________________________________________________________________

Passed

customer representative _________________________

(signature)

accepted

assembly company representative _________________________

(signature)

Transformer accepted for storage

financially responsible person _________________________

(surname, and., o., signature)

____________________________________ _________________________________

(Ministry) (city)

____________________________________ _________________________________

(trust) (customer)

____________________________________ _________________________________

(installation management) (object)

200___

(plot)

PROTOCOL OF INSPECTION AND VERIFICATION OF INSTALLED ELECTRICAL EQUIPMENT OF SWITCHGEARS AND ELECTRICAL SUBSTATIONS WITH VOLTAGE UP TO 35 kV INCLUDING

On the mounted electrical equipment (listed in the statement attached to the Act), in accordance with the requirements of SNiP 3.05.06-85, PUE-85 and the manufacturer's documentation, the following were made:

1. Adjustment of the mechanical part of communication devices, their contact pairs, drives and interlocks __________________________________________________

(result)

2. Checking communication devices, drives to them and interlocks for repeated switching on and off _______________________________________

(result)

3. Phasing of primary switching circuits __________________________________

___________________________________________________________________________

(result)

4. Checking the free movement and reliable fixation of the withdrawable elements of the switchgear in the working and control position, the operation of the keys and mechanical interlocks.

__________________________________________________________________________

(result)

5. Lubrication of working parts and contacts of communication devices

__________________________________________________________________________

(done)

6. Checking the level of insulating oil in electrical devices and, if necessary, topping them up __________________________________________________

__________________________________________________________________________

(result)

7. Inspection and verification of contact connections for compliance with the requirements of regulatory and technical documentation _______________________________________

(done)

8. Checking the opening of chamber doors (cells, cabinets), the operation of locks and the implementation of design inscriptions ________________________________________________________

__________________________________________________________________________

(done)

Conclusion ____________________________________________________________

__________________________________________________________________________

Inspection and verification carried out _______________________ ()

(signature)

Work Producer _______________________ ()

(signature)

____________________________________ _________________________________

(Ministry) (city)

____________________________________ _________________________________

(trust) (customer)

____________________________________ _________________________________

(installation management) (object)

200___

(plot)

PROTOCOL OF INSPECTION AND VERIFICATION OF THE TECHNICAL READINESS OF ELECTRICAL INSTALLATION WORKS FOR THE BATTERY

1. Battery ________________________________________________

(battery type)

capacity _______ Ah, voltage ______ V, number of elements ______ pcs., mounted in accordance with the project ______________________________________

(name of design organization, number

__________________________________________________________________________

main sets of working drawings)

2. The capacity of the storage battery, measured during tests (with a control discharge) corresponds to the passport data.

The battery insulation resistance meets the requirements of PUE-85.

The results of the analysis of the quality and density of the electrolyte are positive, the analysis protocols are kept by the customer.

The list of measurements during the control discharge of the battery is attached to this Act.

Conclusion. Mounting and molding of the battery were carried out according to the design documentation, in compliance with the requirements of PUE-85, SNiP 3.05.06-85 and the manufacturer's documentation.

Inspection and verification carried out _______________________ ()

(signature)

Foreman (foreman) _______________________ ()

(signature)

____________________________________ _________________________________

(Ministry) (city)

____________________________________ _________________________________

(trust) (customer)

____________________________________ _________________________________

(installation management) (object)

200___

(plot)

REGISTER OF MEASUREMENTS AT THE CONTROL DISCHARGE OF THE BATTERY

Capacity _______________________ Ah, voltage ________

(battery type)

B, number of elements ________________________ pcs.

Battery insulation resistance, measured according to the method of EIC p. 1.8.35-1, ___________ kOhm.

Room temperature __________ °С, electrolyte temperature __________ °С.

Measurement table

The discharge is produced by _____________________ clock current.

The battery capacity (by discharge) is __________A×h, the number of lagging cells is ______ pcs., the numbers of lagging cells are __________

Measurements were made by the Foreman (foreman)

_____________________ () _____________________ ()

(signature) (signature)

____________________________________ _________________________________

(Ministry) (city)

____________________________________ _________________________________

(trust) (customer)

____________________________________ _________________________________

(installation management) (object)

200___

(plot)

ACT OF INSPECTION OF SEWER FROM PIPES BEFORE CLOSING

Commission consisting of:

__________________________________________________________________________

(position, surname, and., about.)

customer representative _________________________________________________

___________________________________________________________________________

(position, surname, and., about.)

inspected _____________________ pipes laid in ___________________

(material) (location)

On examination it was found:

1. Pipe laying was carried out according to drawings No. _______________________________

developed by ________________________________________________________________

2. When performing work, there are no (or allowed) deviations from the project documentation _____________________________________________________________

(if there is a deviation, indicate

__________________________________________________________________________

approved by whom, drawing number and approval date)

3. Pipe connections are made ___________, electrical contact at the joints of metal pipes is provided by ________________________________________________

(how)

4. Pipes have normal bending radii and do not have dents or damage that prevent wires and cables from being pulled through.

Conclusion. The work was carried out in accordance with project documentation, building codes and regulations.

Pipes can be filled with concrete, plastered, backfilled with a pound.

Customer Representative ______________________________

(signature)

Installer representative ______________________________

(signature)

____________________________________ _________________________________

(Ministry) (city)

____________________________________ _________________________________

(trust) (customer)

____________________________________ _________________________________

(installation management) (object)

200___

(plot)

PRESSURE TEST REPORT FOR LOCAL SEALING SEALS OR STEEL PIPES FOR WIRING IN EXPLOSIVE ZONES OF CLASS B-1 AND B-1a

Commission consisting of:

representative of the electrical installation organization ______________________________

__________________________________________________________________________

(position, surname, and., about.)

customer representative _________________________________________________

__________________________________________________________________________

(position, surname, and., about.)

performed pressure tests on the density of separating seals or sections of pipe communications. The test results are summarized in the table.

The test pressure was measured with a manometer, serial number _____________, accuracy class ___________________.

(no more than four)

Conclusion. The density of the separating seals meets the standards for ___________ class _______________.

Representative Representative of the customer

electrical installation organization

__________________________________ ______________________________

(signature) (signature)

____________________________________ _________________________________

(Ministry) (city)

____________________________________ _________________________________

(trust) (customer)

____________________________________ _________________________________

(installation management) (object)

200___

(plot)

INSULATION RESISTANCE PROTOCOL

Place of laying ________________________________________________________

Insulation resistance measured _______________________________________________

(device name, type)

serial number _______________________, for voltage _____________________ V.

Measurement held

(signature)

Work Producer _____________________________ ()

(signature)

____________________________________ _________________________________

(Ministry) (city)

____________________________________ _________________________________

(trust) (customer)

____________________________________ _________________________________

(installation management) (object)

200___

(plot)

ACT OF ACCEPTANCE OF TRENCHES, CHANNELS, TUNNELS AND BLOCKS FOR INSTALLATION OF CABLES

Commission consisting of: a representative of the electrical installation organization ________________________________________________________________________________

__________________________________________________________________________

(position, surname, and., about.)

customer representative _________________________________________________

__________________________________________________________________________

(position, surname, and., about.)

representative of the general contractor _____________________________________

__________________________________________________________________________

(position, surname, and., about.)

carried out an inspection and verification of the performed __________________________________________

__________________________________________________________________________

(name of general contractor)

facilities for laying cables.

1. The following objects are presented for acceptance:

__________________________________________________________________________

(trenches, channels, tunnels, cable duct blocks)

2. The structures were completed in accordance with the project developed by ________________________________________________________________________________

(name of organization, number of drawings of working documentation)

3. Departure from the project ________________________________________________

__________________________________________________________________________

(transfer)

agreed _______________________________________________________________

(name of design organization)

4. Breakdown of the trench route (channels, tunnels) ______________________________

(done,

________________________________________________________________________

not done)

according to the project.

5. The width and depth of the trench complies with the requirements of the project and PUE-85;

(material)

__________________

(way of doing)

The trench is ready for cable laying.

6. The diameter of the holes of the blocks and the correctness of the joining of the blocks were checked, the covers on the hatches of the wells were installed.

7. Framing and overlapping of cable channels are made ___________________

__________________________________________________________________________

__________________________________________________________________________

__________________________________________________________________________

8. Drainage is made according to the project.

9. Special remarks _________________________________________________

__________________________________________________________________________

Conclusion. The objects listed in clause 1 of this Act are considered accepted for installation of cables.

Appendix. Scheme of binding of external cable routes in the area, indicating the horizontal and vertical marks of the routes.

Representative of an electrical installation organization ________________________

(signature)

Customer Representative ________________________

(signature)

General contractor representative ________________________

(signature)

____________________________________

(Ministry)

____________________________________

(trust)

____________________________________

(installation management)

____________________________________

(plot)

____________________________________

(city)

____________________________________

(customer)

____________________________________

(an object)

PROTOCOL OF INSPECTION AND CHECKING OF INSULATION RESISTANCE OF CABLES ON THE DRUM BEFORE LAYING

Insulation resistance measured with a megaohmmeter for a voltage of 2500 V type _________ serial number _________________

Inspection and verification

produced ____________ ()

(signature)

Work Producer

(master) __________ ()

(signature)

____________________________________

(Ministry)

____________________________________

(trust)

____________________________________

(installation management)

____________________________________

(plot)

____________________________________

(city)

____________________________________

(customer)

____________________________________

(an object)

200___

Warming up ____________ ()

(signature)

Work Producer ________ ()

(signature)

Drum number

Cable brand, voltage, kV, section, mm 2

Cable length, m

Heating cables inside heated rooms

Heating of cables by electric current, A

room temperature, °C

warm-up time, h

temperature of the outer turns of the cable at ambient temperature

below -10°С

Warming up ____________ ()

(signature)

Work Producer ________ ()

(signature)

____________________________________ _________________________________

(Ministry) (city)

____________________________________ _________________________________

(trust) (customer)

____________________________________ _________________________________

(installation management) (object)

200___

(plot)

ACT OF INSPECTION OF CABLE SEWER IN TRENCHES AND CHANNELS BEFORE CLOSURE

Commission consisting of:

representative of the electrical installation organization ______________________________

(position, surname, and., about.)

representative of the customer __________________________________________________

(position, surname, and., about.)

representative of the general contractor ___________________________________

(position, surname, and., o)

inspected cable ducts in ____________________________________

(trench, canal)

before closing.

As a result of the inspection, it was found:

1. Cable laying was carried out according to the project __________________________________

(Name

________________________________________________________________________

design organization, number of drawings and cable magazines)

2. Deviations from the project are agreed upon and marked on the drawings No. ______________ and the binding scheme.

3. Mounted cables have no external damage; cable bend radii comply with the requirements of GOST 24183-80*, GOST 16441-78, GOST 24334-80, GOST78*E; the cable laying depth meets the requirements of clause 2.3.84 PUE-85, and the horizontal distance (in the light) between the cables corresponds to clause 2.3.86 PUE-85.

4. ____________ couplings are mounted on the cables,

(amount)

binding of couplings (for cables in a trench) is made on the cable line bar.

5. The cable lines were backfilled with a layer of ____________________________

__________________________________________________________________________

(backing material)

and the cables were protected from mechanical damage according to the project, as well as

__________________________________________________________________________

(specify additional

__________________________________________________________________________

cable protection points, if any)

At the intersections with other engineering communications and structures, the cables are protected __________________________________________________________

__________________________________________________________________________

(specify how protected)

6. Couplings and cable marked.

7. Other features noted by the commission ______________________________

__________________________________________________________________________

Conclusion. Trenches (channel) with cable lines mounted in them are accepted for closing.

organizations _______________________

(signature)

Customer Representative _______________________

(signature)

General contractor representative

organizations _______________________

(signature)

____________________________________

(Ministry)

____________________________________

(trust)

____________________________________

(installation management)

____________________________________

(plot)

____________________________________

(city)

____________________________________

(customer)

____________________________________

(an object)

200___

CABLE LOG

Work Producer ______________ ()

(signature)

____________________________________ _________________________________

(Ministry) (city)

____________________________________ _________________________________

(trust) (customer)

____________________________________ _________________________________

(installation management) (object)

200___

(plot)

JOURNAL OF INSTALLATION OF CABLE GUN VOLTAGE ABOVE 1000 V

Foreman (foreman) ____________________ ()

(signature)

____________________________________ _________________________________

(Ministry) (city)

____________________________________ _________________________________

(trust) (customer)

____________________________________ _________________________________

(installation management) (object)

200___

(plot)

ACT OF READINESS OF A MONOLITHIC CONCRETE FOUNDATION UNDER THE OHL SUPPORT ___________________

Support No. _____________________, name of the support ______________________

type ____________________________________________________________________

Commission consisting of:

representative of the customer __________________________________________________

(position,

__________________________________________________________________________

surname, i., o.)

representative of the construction organization ___________________________________

__________________________________________________________________________

(position, surname, and., about.)

representative of the installation organization _____________________________________

__________________________________________________________________________

(position, surname, and., about.)

reviewed the technical documentation for the foundation, checked the work performed and drew up an act on the following:

1. The foundation was made according to the project according to the drawings ___________, in compliance with the requirements of the PPR and the relevant section of SNiP 3.05.06-85.

2. According to the presented protocols, the brand of concrete is _______________

Kg / cm 2.

On the foundation, waterproofing of reinforced concrete with a coating was made __________________________________________________________________________

(coating material, number of layers)

3. Anchor bolts (embedded parts) are installed according to drawings No. ________; horizontal deviations between the axes of anchor bolts, as well as the difference between their upper marks, checked by templates, do not exceed the allowable values ​​according to the drawings and SNiP 3.05.06-85.

4. Produced backfilling and foundation embankment.

5. Deviations from the project ________________________________________________

(retreat creature)

__________________________________________________________________________

agreed with the customer represented by _____________________________________________

(position, surname, and., about.)

and the design organization represented by _____________________________________________

(position, surname, and., about.)

Agreed deviations from the project are marked on the executed drawings ___________________________________________________________________________

(drawing numbers)

6.Conclusion. The foundation is suitable for the installation of an overhead line support.

Appendix. Technical documentation for the foundation: as-built foundation drawings, concrete test report, certificates for hardware.

Customer Representative ________________________

(signature)

Representative of the construction

organizations ________________________

(signature)

Assembly representative

organizations ________________________

(signature)

____________________________________ _________________________________

(Ministry) (city)

____________________________________ _________________________________

(trust) (customer)

____________________________________ _________________________________

(installation management) (object)

200___

(plot)

ACT OF READINESS OF PRECAST REINFORCED CONCRETE FOUNDATIONS FOR THE INSTALLATION OF OHL SUPPORTS _______

Commission consisting of:

customer representative _________________________________________________

(position, surname, and., about.)

representative of the construction organization _____________________________________

(position, surname, and., about.)

representative of the installation organization _______________________________________

(position, surname, and., about.)

reviewed the technical documentation for prefabricated reinforced concrete foundations of overhead lines _________________________________________________________________________

Inspected the performance of the work and drew up an act on the following:

1. Presented for the installation of overhead line supports completed by the device ______________

(number)

precast concrete foundations. Of which, for supports: intermediate ________

(number)

anchor _____________, corner _____________, other _____________ foundations.

(number) (number) (number)

2. The foundations listed below are made in accordance with the project _________________________________________________________________________

(name of design organization)

according to the drawings ________________________________________________________________

(name and number of drawings)

in compliance with the requirements of PPR and SNiP 3.05.06-85.

3. The deviation of horizontal dimensions between the axes of the foundations, as well as the difference between their upper marks, checked by templates, do not exceed the allowable ones according to the drawings.

4. Deviations from the project ________________________________________________

_________________________________________________________________________

(creature of retreats)

agreed with the customer represented by ____________________________________________

(position, surname, and., about.)

and the design organization represented by _____________________________________________

(position, surname, and., about.)

5. Assembled reinforced concrete foundations for supports _________________________

_________________________________________________________________________

(support numbers)

not accepted by the commission due to ___________________________________________

_________________________________________________________________________

(give reason)

and are excluded from the list of this Act.

The term for reworking (refinement) of rejected foundations and their re-presentation "___" __________ 200__

6. List of prefabricated reinforced concrete foundations allowed for the installation of supports

7. Conclusion of the commission: prefabricated reinforced concrete foundations according to list 6 are suitable for the installation of overhead lines

Appendix: executive drawings for the foundation, certificates for concrete and hardware.

Customer Representative ________________________

(signature)

Representative of the construction

organizations ________________________

(signature)

Assembly representative

organizations ________________________

(signature)

____________________________________ _________________________________

(Ministry) (city)

____________________________________ _________________________________

(trust) (customer)

____________________________________ _________________________________

(installation management) (object)

200___

(plot)

OVERHEAD POWER LINE INSTALLATION SCHEDULE

1. Installation of overhead power line supports

The deviation of the upper part of the installed supports from the vertical axis, as well as the turn and inclination of the traverses, do not go beyond the limits allowed by the requirements of paragraphs. 3.144 - 3.146 and tables 6, 7 and 8 of SNiP 3.05.06-85.

2. installation of wires and cables.

On the overhead line _______ kV, a wire of brand _______, with a cross section of _______ mm 2, in the total number of _______ m, a lightning protection cable of brand _________________________

length ______________ m.

Installation of wires and cables is made in accordance with the BJI project. Arrows of sag of wires and cables correspond to assembly curves (tables) of the project.

Intersection of overhead lines with other networks and engineering structures executed according to the project and issued by private acts attached to this.

3. Connection of wires and cables.

The installation of wire and cable connections was carried out according to the project in compliance with the requirements of paragraphs. 3.149 - 3.152 SNiP 3.05.06-85 and clause 1.8.38 PUE-85.

Before installation on the overhead line, the installation organization checked and rejected the insulators in accordance with the requirements of paragraph 1.8.32 of PUE-85 and paragraphs. 3.147, 3.148 SNiP 3.5.06-85.

4. Installation of arresters and disconnectors.

On the overhead line ________ mounted:

a) tubular arresters of type _____________________________________________

(list the support numbers)

The installation of arresters, adjustment of their external spark gaps are made in accordance with the working drawings of the project to the requirements of paragraphs. 3.158 - 3.160 SNiP 3.05.06-85 and clause 1.8.29 PUE-85;

b) disconnectors of type __________________________________________________________

on supports _________________________________________________________________

(support numbers)

The disconnectors were installed in accordance with the design and documentation of the manufacturers.

The mechanical part of the disconnectors, their contact pairs, as well as the disconnector drives, are adjusted and checked in accordance with paragraphs. 3.178 - 3.184 SNiP 3.05.06-85 and tested before installation on supports in accordance with clause 8.21 (1, 2, 5, 6) PUE-85.

5. Installation of grounding devices.

The installation of grounding devices for overhead lines _______ was carried out in accordance with the project and the requirements of section PUE-85 "Surge protection, grounding".

The resistance of the grounding devices of the supports corresponds to clause 2.5.76 and table 2.5.22 of PUE-85.

The protocols and measurements of the resistance of grounding devices presented to the commission are kept by the customer (in the commissioning organization).

Conclusion: ____________________________________________________________

__________________________________________________________________________

__________________________________________________________________________

Work Producer _____________________________ ()

(signature)

____________________________________ _________________________________

(Ministry) (city)

____________________________________ _________________________________

(trust) (customer)

____________________________________ _________________________________

(installation management) (object)

200___

(plot)

ACT OF MEASUREMENTS IN SITE OF DIMENSIONS FROM OHL WIRES TO THE OBJECT TO BE CROSSED

We, the undersigned, have inspected and measured the intersection of the overhead line _______________________ kV _________________________________________________

(VL name)

with object __________________________________________________ and installed:

(Object name)

1. The intersection is made according to the drawing __________________________________

2. On the crossing overhead line _______________________________________ are mounted

(number)

wire brand ________________________________.

3. The supports of the overhead line No. ______________ limiting the crossing object are installed at the pickets.

4. The horizontal distance from the axis of the intersected object to the axes of the transitional supports of the overhead line is _________________ m.

5. Distance from the nearest wire VL ____________________________________

(up to the crossed

Is ______ m.

object, wire, railhead, etc.)

6. Measurements were taken at a temperature environment _____________°С.

Intersection object representative _______________________________________________

___________________________________________________________________________

(name of organization, position, surname, and., about.)

Customer Representative _______________________

(signature)

Assembly representative

organizations _______________________

(signature)

____________________________________ _________________________________

(Ministry) (city)

____________________________________ _________________________________

(trust) (customer)

____________________________________ _________________________________

(installation management) (object)

200___

(plot)

CERTIFICATE OF SURVEY OF HIDDEN WORKS ON INSTALLATION OF GROUNDING DEVICES

Commission consisting of:

representative of the installation organization ________________________________________

___________________________________________________________________________

(position, surname, and., about.)

___________________________________________________________________________

(position, surname, and., about.)

inspected the work performed on the installation of grounding devices.

Inspection established:

1. The grounding device is made in accordance with the project _____________,

(title)

developed by _____________________________________________________________

(project organization)

according to drawings _______________________________________________________________

(room)

2. Deviations from the project _________________________________________________

___________________________________________________________________________

___________________________________________________________________________

agreed with ________________________________________________________________

(organization, position, surname, and., o., date)

__________________________________________________________________________

and included in the drawings ________________________________________________________

(room)

3. Characteristics of the grounding device.

4. The nature of the connections of the elements of the grounding device to each other and their connection to natural grounding devices _____________________________________________________________________

___________________________________________________________________________

5. Defects are highlighted _____________________________________________________

___________________________________________________________________________

6. Conclusion. The grounding device can be covered with earth.

Electrical installation representative

organizations _______________________

(signature)

Customer Representative _______________________

(signature)