Terms of reference for manufacturing. We compose the correct tech. task for the production of printing products

Request for Quotations No. 000 "Production and supply of blanks"

Technical task

for the production of the next printing products:

	Name goods	Product Detail	unit of measurement	If- quality
		FA4 (offset.65.1+1)
	Honey. form "Informed R-consent"	FA4 (offset.65.1+1)
	Honey. form "Examination of a neurosurgeon" (ambul.)	FA4 (newspaper.1+0)
		FA4 (offset.80.1+0)
		FA6 (gazet.1+0)
	Honey. form "Smear for GN and flora"	FA6 (gazet.1+0)
	Honey. form "Informed consent"	FA5 (offset.80 1+1)
	Honey. form "Direction to FLG"	FA6 (gazet.1+0)
	Honey. form "Clinical bacteriology"	FA5 (offset.65 1+1)
	Honey. form "Sanitary bacteriology"	FA5 (offset.65 1+1)
	Honey. form "Gynecology. Bak. laboratory"	FA5 (of.65.1+0)
	Honey. chlamydia test form	FA5 (of.65.1+0)
	Honey. form "Research on dysbacteriosis"	FA5 (of.65.1+0)
	Honey. form "Clinical label"	FA7 (newspaper.1+0)
	Honey. form "Referral for blood donation (donors)"	FA6 (of.65.1+1)
	Honey. form "ultrasound of the breast"	FA4 (of.80.1+0)
	Honey. form "ultrasound"	FA4 (offset.80.1+1)
	Honey. form "Ultrasound of the pelvic organs"	FA4 (of.65.1+0)
	Honey. form "Register for paid services"	FA4 (of.80.1+0)
	Honey. Form "Report"	FA4 (offset.65.1+0)
	Honey. form "dialysis card"	FA4 (offset.80 1+1)
	Honey. cover sheet form	FA5 (offset.80 1+1)
	Honey. form "Informed consent" FA5 (offset.80 1+1)	FA5 (offset.80 1+1)
	Honey. form "Extract from. Art. 56 FZ"	FA5 (offset.80 1+1)
	Honey. form "Informed consent"	FA5 (offset.80 1+1)
99FA4 (offset.80 1+1)
	Honey. form "Massage card"	FA6 (of.200.1+1)
		FA5 (of.65.1+1)
	Honey. form "Map of exercise therapy"	FA4 (gazet.1+1)
	Honey. form "Massage card"	FA6 (of.200.1+1)
	Honey. form "Card of the patient of the physiotherapy department"	FA5 (of.65.1+1)
	Honey. form "Map of exercise therapy"	FA4 (gazet.1+1)
	Honey. form "Medical card of an outpatient"	1/2A3(offset.80 1+1)
	Honey. Form "List of clarified diagnoses"	FA5 (newspaper.1+0)
	Honey. form "Informed consent"	FA5 (offset.80 1+1)
	Honey. patient card form	FA5 (offset.65.1+1)
		FA5 (of.65.1+0)
	Honey. form "X-ray room"	FA4 (of.65.1+0)
	Honey. form "Act of acceptance and transfer of ampoules of psychotropic substances"	FA4 (of.65.1+0)
	Honey. form "Act for the acceptance of the delivery of ampoules from drugs"	FA4 (of.65.1+0)
	Honey. form "Informed. voluntarily. Consent to surgery"	FA4 (gazet.1+1)			FA4, newspaper.1+1, 200l, hard. cover

The maximum contract price is 499 802,33 rub.

The price of the contract includes all costs for manufacturing, delivery, loading and unloading, VAT and other overhead costs and remains unchanged during the entire term of the contract.

Delivery time: two equal installments during 2013. The first part in the first half of the year, the second part in the second half of the year.

Printing of printing products is a set of materials and processing processes that result in a finished product.
In order to correctly draw up the Terms of Reference (TOR) for a miscalculation to the printing house, you need to divide the product into its main components:

1) Prepress- Includes product design and layout.
Perhaps you already have a design, and all you need is layout or layout adjustment. In this case, it is advisable to first talk with the designer so that he determines the scope of work and the preliminary cost. If you already have a ready-made layout, then in T.Z. you indicate - "there is a ready-made printed layout."
If there is no layout, then to create it you need to specify the format, the material on which it is supposed to be printed, and the printing method.
Layout restrictions may apply depending on the printing method.
In turn, the layout can be subdivided according to the color and layout complexity. You can discuss all these details with our designer in advance.

2) Seal. This includes a description of the materials used for printing. this product, indicates the method of printing, the number of colors, circulation. But the first item is always the format of the product. If this is a brochure or other product that requires a spread, then you need to specify the format in folded form and in spread. Or specify the folded format and add the orientation (portrait or landscape).
The main material for the production of printing is paper. Paper is divided into 3 main categories: offset, coated and design. Each specific paper may have restrictions on the printing method, therefore, before choosing, consult with the manager or designer. Coated paper is divided into matte and glossy, and also has several options for density, which must be indicated when drawing up the terms of reference. For offset paper, it is enough to specify the density. For design paper, we indicate the name, density, color and, in some cases, the presence or absence of texture.
Next, specify the printing method. This can be offset, digital, large format printing, screen printing, or a combination of these methods. According to the number of colors, printing is divided into full color (SMYK) and printing with pantone colors (usually no more than 5-6). Full color is usually denoted by the number 4 (according to the number of colors used for printing: Cian, Magenta, Yelloy, Black). If the print is one-sided, then they write 4 + 0, two-sided 4 + 4. It happens that on the one hand it is full color, and on the other hand only black or some kind of pantone, then we write 4 + 1 where the number 1 means that the back is printed in one color. If there are 2 colors on the back, then we write 4 + 2 and so on. The same principle of printing designation applies to printing with pantones. Each number indicates the number of colors on one of the sides. But for pantone printing, this number can be from 1 to 6 or even more. For example, the face and back can be printed in 3 colors - then we write 3 + 3 and indicate the pantone numbers in brackets. If pantones are different for the face and back, then we indicate separately for the face and back. CMYK printing is often combined with Pantone printing. For example, you need to print full color + gold on one side and full color on the other. In this case, we write 5 + 4, and in brackets we decipher the number 5 as CMYK + gold (be sure to indicate the pantone number, for example Pantone 1225 C).
With digital printing, only the CMYK option is possible, although recently there have been separate instances of machines capable of printing in pantones, widespread they haven't received it yet. But with silk-screen printing, CMYK is not possible, since the colors do not mix, but can only be superimposed on each other.

3) post-print processing. This stage production includes the actions that must be performed on a printed sheet in order to turn it into a finished product. It can be: lamination, creasing, embossing, cutting, varnishing, laminating and much more. Be sure to check the terms of reference for a complete and detailed list of post-print processing, as often these works are more expensive than the printing itself.
At the end of any technical task, there should be a circulation (number of products), packaging (if it matters) and a production time (if there is a specific deadline by which the products must be ready).

So, your T.Z. to the typography is compiled correctly if it contains answers to the following questions:

For example, you want to order: leaflet, flyer, booklet, invitation:

1) Product type? - (for example, a booklet)

2) Product format? - (for example A4)

3) Paper? — (for example, coated, glossy, 150 gr.)

4) Print? — (for example 4+4)

5) Lacquering? — (for example offset varnish 1+1.)

6) Post-print processing? - (for example, 2 bigs on the short side.)

7) Circulation? - (for example 5000 pcs.)

8) Packing? — (for example, 5 packs of 1000 pcs.)

9) Deadline? - if critical certain period- it must be specified. By default, the production time for sheet products is 3-5 working days.

10) Delivery? - Delivery to the customer's warehouse.

To order multi-page products such as brochures and catalogs, you must additionally specify the number of strips (pages), the type of fastening (for example, a staple or KBS), as well as the cover material, if it differs from the material of the main unit.

Did you manage to draw up a T.Z.? Submit to us for review: [email protected] website

Or use

GOST 15.901-91(with abbreviations)

1. GENERAL PROVISIONS

1.1. Products to be developed and put into production must meet the requirements of the customer and ensure the possibility of its effective use by the consumer.
The technical level of products is set on the basis of indicators existing standards and norms, taking into account the requirements provided for in legislative or other regulatory acts.
1.2. Product development is carried out under an agreement with the customer or at the initiative of the developer. In the latter case, the developer simultaneously performs the functions of the customer. The results of development as a type of scientific and technical products are transferred to the customer or, at his direction, to the manufacturer for the production of products. The manufacturer must be specified by the customer.
1.3. The development of a new (modernized) product generally involves:
1-development of technical specifications;
2-development technical documentation;
3-manufacturing and testing prototypes;
4-acceptance of the results of development and approval of documentation for serial production of products (if experimental application is not provided);
5-production and experimental use in the construction of an experimental batch of products;
6-acceptance of the results of development after trial application and approval of documentation for serial production of products.
Some of the indicated stages of work can be omitted in accordance with the instructions in Sec. 2, 3, 5.
1.4. The terms of reference and technical documentation, at the discretion of the customer, can be sent for conclusion to third-party organizations to assess the technical level of products and confirm safety, health and nature requirements.
The decision on the received conclusions is made by the developer in agreement with the customer.
For products included in the List of materials and structures approved for use in construction by the USSR Ministry of Health, the terms of reference and / or technical documentation must be sent to the conclusion about the possibility of its use in the organizations specified in this List.

2. DEVELOPMENT OF TERMS OF REFERENCE

2.1. The terms of reference is the main source document for product development. It should contain technical and economic requirements for products, development stages, a list of documents being developed, the procedure for the delivery and acceptance of development results, instructions on the need to manufacture prototypes and pilot batches. If necessary, the terms of reference establish requirements for the preparation and development of production, including requirements for technological equipment.
2.2. The terms of reference are prepared by the developer based on the initial requirements of the customer, carried out, if necessary, research, development and technological works, study of demand, application conditions, product development trends. In this case, it is necessary to be guided by documents that set the values ​​of indicators that determine the technical level of products, safety, health and environmental requirements.
2.3. By agreement with the customer, it is allowed to use another document (agreement, protocol, etc.) as a technical task, containing the requirements necessary and sufficient for product development.
2.4. The terms of reference are approved by the customer or another organization on his behalf.
2.5. With the consent of the customer and the developer, changes and additions can be made to the terms of reference or the document replacing it.
2.6. The developer is the holder of the original approved technical specifications.

3. DEVELOPMENT OF TECHNICAL DOCUMENTATION, MANUFACTURING AND TESTING OF PROTOCOLES

3.1. The developed technical documentation includes:
technical conditions;
program and methodology of acceptance tests;
working drawings of products (for which they are necessary), including working drawings of prototypes;
technological regulations.
The technological regulation contains, as a rule, the recipe of the material, the requirements for raw materials and equipment, the map technological process, his control card, etc.
If it is necessary to manufacture an experimental batch of products, technical specifications for an experimental batch are developed.
The composition of the documentation for concrete and reinforced concrete structures should include working drawings of molds for their manufacture.
3.2. In the process of developing documentation, they check new technical solutions, ensuring the achievement of the main functional properties of products and preventing the production of unreliable and low-tech products.
3.3. Working drawings are developed in accordance with the requirements of a set of standards of the System project documentation for construction.
Specifications are developed in accordance with the requirements of GOST 2.114.
3.4. The program and methodology for acceptance tests are developed taking into account the novelty and complexity of products, as well as the features of their production, transportation, storage and use.
The test program and methodology indicate the place and timing of testing prototypes, test conditions, test methods and means, the number of test samples, a list of controlled indicators, and the procedure for evaluating test results. If necessary, establish the procedure for conducting observations of an experimental batch of products in the conditions of transportation, installation and operation, as well as the period of observation.
The developer can entrust the development of the program and test methodology to another organization.
3.5. Working drawings or recipes that will be used to manufacture prototypes, as well as the program and methodology of acceptance tests, are approved by the developer after consideration by the customer and the manufacturer, if this consideration is provided for by the terms of reference.
3.6. The owner of the original technical documentation is the developer.
3.7. To confirm the compliance of the developed products with the initial requirements, prototypes are made, which are subjected to acceptance tests.
The need for preliminary tests prototypes are determined by the developer.
3.8. Prototypes are made by the manufacturer with the participation of the developer. In the process of manufacturing prototypes, the manufacturer and developer carry out the development of the technology for manufacturing products, on the basis of which the manufacturer approves the technological documentation.
3.9. It is allowed, in agreement with the customer, not to manufacture prototypes and carry out acceptance tests on the head samples of the first industrial batch of products. At the same time, the test program and methodology are not developed, but the tests are carried out in accordance with the requirements established in the technical specifications or, in their absence, in the standards common to this type of product.
3.10. Acceptance tests are carried out by the developer together with the manufacturer or by the acceptance committee in accordance with the test program and methodology. In agreement with the customer, the developer can entrust the performance of acceptance tests to specialized organizations. Authorities exercising supervision over safety, health and nature protection have the right to take part in the acceptance tests.

4. ACCEPTANCE OF DEVELOPMENT RESULTS

4.1. The evaluation of the completed development and the adoption of a decision on the production of products or their experimental use in construction is carried out by an acceptance committee, which includes representatives of the customer, developer and manufacturer.
If necessary, experts from outside organizations, as well as bodies exercising supervision over safety, health and nature protection, may be involved in the work of the commission.
The composition of the commission is formed by the developer. A representative of the customer is appointed as the chairman of the commission.
4.2. For the acceptance committee, the developer submits a technical task, a project specifications, working drawings or technological regulations, test program and methodology, test results of prototypes, confirming the compliance of products with these documents and certifying its technical level.
For products included in the List of materials and structures approved for use in construction by the USSR Ministry of Health, as part of the documentation submitted by the acceptance committee, there must be a conclusion on the possibility of using these products and agreed in the prescribed manner with the USSR Ministry of Health or the ministries of health union republics technical conditions.
4.3. But the results of the consideration of the submitted documents, the acceptance committee draws up an act of acceptance of the development results, in which it indicates:

2) comments and suggestions for product improvement (if necessary);
3) information on the approval of technical specifications;
4) recommendations on serial production of products;
5) for building structures— recommendations on the development of working drawings of standard structures.
The development of standard designs is carried out in the manner established by the USSR State Construction Committee.
4.4. The act of acceptance of the development results is approved by the chairman of the acceptance committee after the developer, if necessary, corrects the technical documentation based on the results of acceptance tests. The form of the act is given in Appendix 1.
4.5. Approval of the act of acceptance of the results of development means the completion of development, the coordination of technical conditions by the organizations whose representatives signed the act of acceptance, as well as permission for mass production of products.
4.6. The original of the approved act of acceptance of the development results is kept by the developer. Copies of the act are sent to interested organizations at their request.
4.7. In case of a negative assessment of the development results as a whole, the acceptance certificate indicates the directions for further work and the conditions for re-submitting the results or the inexpediency of continuing the work.
4.8. If it is necessary to manufacture an experimental batch of products, the acceptance committee, based on the results of consideration of the materials submitted under clause 4.2, draws up an acceptance certificate for prototypes, which indicates:
1) compliance of the developed and manufactured products with the specified requirements;
2) recommendations on the production of an experimental batch of products for experimental use in construction, indicating its volume and production time;
3) comments and suggestions for product improvement (if necessary).
4.9. The act of acceptance of prototypes is approved by the chairman of the acceptance committee.
Approval of the act of acceptance of prototypes means the approval of technical specifications for an experimental batch of products and permission to release an experimental batch.

5. MANUFACTURING AND PILOT APPLICATION IN CONSTRUCTION OF A PILOT BATCH OF PRODUCTS AND ACCEPTANCE OF THE RESULTS OF PILOT APPLICATION

5.1. On the basis of the approved certificate of acceptance of prototypes, the manufacturer approves the technical specifications for the pilot batch.
5.2. The documentation, according to which an experimental batch of products will be manufactured, is approved by the developer after its adjustment, if necessary, based on the results of acceptance tests of prototypes.
5.3. An experimental batch is made on technological equipment designed for further mass production of these products. At the same time, in the process of manufacturing an experimental batch, production is mastered, including the development of manufacturing technology.
5.4. Observation of the behavior of products in the conditions of transportation, installation and operation is carried out by the developer in accordance with the program and test procedure.
5.5. Based on the results of the pilot application of products, the developer draws up a report with proposals for the area of ​​its rational application and develops a draft technical specifications for serial products.
5.6. The evaluation of the results of the pilot application and the adoption of a decision on the mass production of products is carried out by an acceptance committee appointed in accordance with clause 4.1.
5.7. The acceptance committee is presented with an act of acceptance of prototypes, a report on the use of an experimental batch of products in construction, a draft technical specifications for serial products.
For products included in the List of materials and structures approved for use in construction by the USSR Ministry of Health, the technical specifications must be agreed in the prescribed manner with the USSR Ministry of Health or the ministries of health of the Union republics before being submitted to the acceptance committee.
5.8. Based on the review of the submitted documents, as well as examination, if necessary, of the products under operating conditions, the acceptance committee draws up an acceptance certificate for the development results, in which, in case of positive results, it gives recommendations for the mass production of these products, and for building structures - recommendations for the development, if necessary , based on typical designs.
5.9. The act of acceptance of the development results is approved by the chairman of the acceptance committee after the developer, if necessary, corrects the technical documentation based on the results of acceptance tests. Approval of the acceptance certificate means the approval of the technical specifications by the organizations whose representatives signed the acceptance certificate.
5.10. The original of the act of acceptance of the development results is kept by the developer, copies are sent to interested organizations upon request.
5.11. In case of negative results of experimental application, the decision on the expediency of further development and application of products is made by the customer.

6. APPROVAL OF TECHNICAL DOCUMENTATION FOR PRODUCTION

6.1. Working drawings of products for mass production are approved by the customer or, on his behalf, the developer after the approval of the acceptance certificate for the development results.
6.2. The technological regulations are approved in the manner prescribed by the manufacturer.
6.3. The technical conditions are approved by the management body to which the manufacturer is subordinate, on the basis of an approved act of acceptance of the development results without additional agreement with the organizations whose representatives took part in the work of the acceptance committee.
6.4. Approved specifications are subject to state registration in accordance with the requirements of GOST 1.3.

7. PREPARATION AND MASTERING OF SERIAL PRODUCTION

7.1. Serial production of products is carried out in the following stages:
1-making a decision on the production of products, preparation technological equipment and development of the technological process for serial production of products;
2-production of the first industrial batch and qualification tests;
3-industrial production of products.
7.2. The basis for the organization at the enterprise of mass production of products, including those previously mastered at other enterprises, as well as standard building structures, is an order for the production of these products in the presence of duly approved working drawings or technological regulations and regulatory and technical documentation.
7.3. To confirm the readiness of the enterprise for serial production of products, the manufacturer checks the completeness of the technological process, the quality and stability of performance technological operations and conducts qualification tests of the first industrial batch of products. If necessary, a developer may be involved in qualification tests.
7.4. At an enterprise where product acceptance tests were previously carried out, qualification tests may not be carried out if this recommendation is reflected in the act of acceptance of the development results.
7.5. The nomenclature of controlled indicators during qualification tests, the number of test samples, test conditions, test tools and methods should be adopted in accordance with the requirements of the technical specifications or standard for this or similar products.
If the product forms a standard-size (parametric) series, then a representative of this series, selected in agreement with the developer, is subjected to testing.
7.6. Qualification tests must confirm that the deviations of the main product parameters associated with the production technology do not go beyond the limits allowed by the regulatory and technical documentation.
7.7. The results of qualification tests are reflected in the act of qualification tests of the first industrial batch of products. The certificate of qualification tests is approved by the manufacturer.
7.8. A copy of the approved certificate of qualification testing of the first industrial batch of products, including standard building structures, the manufacturer must send to the developer.
7.9. With positive results of qualification tests, the development of production is considered complete, and the manufactured products can be supplied to the consumer according to the approved documentation.
7.10. In case of negative results of qualification tests, the manufacturer, with the involvement, if necessary, of the developer, takes measures to eliminate the identified shortcomings until positive results of repeated tests are obtained.

An example of a technical assignment.

The mold is a special mold having a very complex structure and used for casting products from non-ferrous metals under pressure.
The production of a mold is a rather expensive and time-consuming process, which includes both the design and, in fact, the manufacture of the mold. However, in the serial production of products, the use of molds is very profitable and fast way metal castings..
The production of molds (dies) includes several stages, depending on the complexity of the mold.

Stages of production of molds (dies)

• The customer provides a drawing of the product or a sample of the casting, for which it is necessary to make molds;

• The customer provides the terms of reference for the required mold. AT terms of reference the operating conditions of the product, the material, the volume of casting products that are planned to be received, and other requirements are indicated. Taking into account the planned volumes of casting, the optimal ratio of the parameters of the mold (stamp) will be calculated (number of nests in the mold / mold resource);

• Design a 3D model of the product, which clearly shows appearance products obtained at the output, develop all design documentation;

• Making a mold (stamp);

• The customer is provided with a sample made on the manufactured mold. Comments are accepted, if necessary, the form is finalized;

• Production of the required number of molds;

• Delivery of molds to the customer.

Terms of reference for product development

1. Reason and purpose of the development: _______ 2. Analogues of the development: _______ 3. Technical requirements to the product (dimensions, weight, packaging, decor, etc.): _______ 4. Completeness of the product: _______ possible appearance flash (should be indicated on the agreed working drawings of each part): _______ Table 1.
6. Stages of development:_______

Table. 2.
7. Product release program, pcs/year: _______
8. Passport for the press - form: _______
9. Planned start industrial production, year:_______

Application for the development of a mold design for the production of a product 1. Part number according to the drawing: _______ 2. Material of the part (GOST, TU): _______ 3. Program for the production of parts, thousand pieces in total (per year): _______ 4. Equipment available at the enterprise that can be used for the production of parts (brand, technical condition according to passport data):_______ 5. Requirements for the mold:_______

• 5.1. Desired mold nesting:_______
• 5.2. Mold design similar to the designed one (patent numbers, references to published sources, sketches, etc.): _______
• 5.3. Permissible single seat inlet locations (gate location on the molded part). Sprue trace type:_______
• 5.4. Mold operation mode (automatic, p / auto, manual):_______
• 5.5. Features of the gate system (hot runner, with tear gates and their separation):_______
• 5.6. Requirements for the quality of the surface of the parts obtained, for the allowable amount of flash, traces of the parting of the form, allowable places and characteristics of the traces of the ejectors: _______
• 5.7. Additional special requirements for the mold and its components:_______

6. Additional special requirements for the part:_______ 7. Technical requirements for which manufactured parts must be accepted by the control service:_______ 8. Manufacturer of parts:_______ 9. Desired completion date for design development:_______

Application No. 4

Agreement No. ________________

From __________________2012

APPROVE:
Head of the Customer
						2012

AGREED:
Supplier Manager
					2012

TECHNICAL TASK

FOR MANUFACTURING

BLOCK-CONTAINER AUTOMATED

POWER PLANTS

1. GENERAL

This terms of reference applies to the manufacture of block-container automated diesel power plant(hereinafter referred to as BKAES) with a capacity of ______ kVA, voltage 400V based on a diesel power plant (hereinafter referred to as DPP) ________ according to the 2nd degree of automation in accordance with GOST 10032-80.

1.2. The station is designed to supply electricity to consumers of a three-phase alternating current power supply systems of the Customer as an emergency source.

1.3. The basis for the design is the Contract and this specification.

2. TECHNICAL CHARACTERISTICS DES

Technical data
DES manufacturer and model
Power, kW/kVA
Power factor
Voltage, V
frequency Hz
Engine speed: rpm
Built-in fuel tank capacity, l
Weight (with oil and coolant), kg

3. COMPOSITION OF THE SUPPLIED EQUIPMENT OF THE BKNPP

	1.1 Name of installed equipment	1.2Type	Qty
	Diesel power plant with a capacity of 40 kW / 50 kVA
	Diesel generator control panel
	Coolant heater ~220V
	static Charger~220V
	Anti-condensation heater of generator windings ~220V
	Accumulator battery
	Compensator, industrial exhaust silencer
	Exhaust pipeline
	Shield of own needs
	Load Transfer Panel
	Motorized unified air valve
	Terminal box
	Lighting system (main-~220V, emergency-=12V)
	Autonomous installation of powder fire extinguishing
	Installation of a security alarm
	Fire extinguisher
	Infrared electric heater 1.5 kW.
	door closer
	Container, dimensions L. x Shir. X High mm
	Operational documentation set

4. TECHNICAL REQUIREMENTS.

4.1 BKAES must have a climatic version - UHL, location category 1 in accordance with GOST 15150-69.

4.2. The BKNPP should include the following structural elements:

load-bearing metal case;

the BC floor is made of corrugated steel, all-welded with a solid seam to the metal base of the container and with a discontinuous seam to the transverse beams of the container. The floor must allow the liquid to drain into special trays with drain holes. The design of the inner lining of the floor should exclude the possibility of leakage of fuel and lubricants when spilled under the inner lining (including liquid drain trays);

foundations, supporting structures, fastening and mounting elements for fastening equipment, assembly units and units of the power plant;

outer skin made of profiled steel sheets 1.2 mm thick;

the bottom of the case is closed with a solid 2 mm steel sheet;

a double-leaf door, with an overhead crossbar lock and handles, installed in the end wall of the container;

ventilation hatches with louvered grilles installed in them and unified air dampers with electric drive, as well as covers above them with outer side container. Manhole covers from steel sheet with a thickness of at least 1.5 mm, be equipped with locks for the open position and locks for the closed position;

technological opening in the side wall of the container for cable entry;

elastic door seals and manhole covers to reduce heat loss and increase dust and moisture resistance;

loops for sealing on doors and hatches;

the roof structure must provide for the drainage of water.

4.3. The inner lining of the walls and ceiling is made of slow-burning white material.

The floor, walls and ceiling of the container must have a thermal insulation layer made of a slow-burning material.

During the manufacturing process, it is permissible to make changes to the specified dimensions. All changes must be made after additional agreement between the Customer and the Contractor with the preparation of an addendum to the terms of reference (approval by e-mail is allowed).

Outside painting of the container must be carried out in accordance with the requirements of GOST 9.401-91. Outside container color light grey. RAL7001

The DPP gas exhaust pipeline must be insulated with a material with an application temperature of at least 500 ° C. The gas exhaust pipeline passage through the partition must ensure that there is no direct contact of hot parts with the partition and protection from atmospheric precipitation.

4.8. Lead the exhaust pipe vertically upwards at a distance of 1 meter above the cut of the roof of the container. Bend the upper part of the flue gas pipe at an angle of 90 to prevent precipitation from entering the pipe.

5. REQUIREMENTS FOR ELECTRICAL EQUIPMENT OF BKAES

5.1. To supply consumers with auxiliary needs of the BKAES, the following power grids should be installed:

single-phase alternating current with a voltage of 220V;

DC voltage 12V.

5.2. The design of the BKNPP should ensure the safety of operating personnel from damage electric shock in accordance with regulatory documents.

5.3. Use the TN-S system as a protective electrical safety measure.

5.4. To connect the base of the container to the grounding device, weld the ground bolts with nuts (d=12mm) along the diagonal of the base.

5.5. Electric lighting of the installation should be provided from two independent sources: the main one - from a single-phase alternating current network with a voltage of 220V and emergency - from a 12V DC network powered by battery. Install a switch in the emergency lighting circuit. The system should provide the level of illumination (lux):

DPP control panel -80;

DPP service locations - 30;

sex - 10.

5.6. The main lighting system and the socket for portable electrical receivers ~ 220V must be protected by a residual current device with a differential current of up to 30 mA.

5.7. Connecting the BKNPP to consumers Connecting through the panel (type) located in the BKAES container.

Output cables from the container through an opening equipped with a cover with stuffing box seals.

5.8. Supply of consumers of their own needs to be carried out from the switchboard SCSN:

DES control panels (~220V);

main lighting networks (~ 220V);

emergency lighting networks (=12V);

sockets for portable lighting (=12 V) - 1 pc;

sockets for portable electrical receivers (~ 220 V) - 1 pc.;

electric actuators for air dampers UVK (~ 220 V) - 2 pcs.;

wall-mounted electric convectors with a power of 1.5 kW (~ 220V) - 2 pcs.;

control devices for autonomous powder fire extinguishing and burglar alarms (~ 220V).

5.9. Install electrical equipment in accordance with the requirements of regulatory documents.

Requirements for an automation systemBKAES

6.1 The BKNPP automation system should provide:

automatic speed control,

automatic voltage regulation,

emergency warning signaling and emergency protection of DPP;

automatic battery recharge;

local and automatic control of start, stop, pre-start and post-stop operations;

automatic load acceptance;

automatic maintenance of the engine in readiness for fast load acceptance;

control of the main parameters of DPP operation with their indication on the control panel with built-in RS232 interface;

maintaining the air temperature in the container within +8 ° C - +25 ° C at an outside air temperature of -40 ° C to 35 ° C according to signals from adjustable thermostats;

blocking the power supply to the electric convector during DPP operation.

Shutdown of the diesel power plant when the temperature in the BKNPP container exceeds 50 ° С;

Self-start of the DGA for heating, when the temperature inside the container drops below +8 ° С

automatic and manual replenishment of the supply tank from an additional one.

Blocking the operation of electrical units, fuel injection, ventilation operation in the event of a fire alarm sensor;

a set of "dry" telecontrol contacts: "DGA in operation", "DGA contactor on", "network contactor on", generalized "emergency" signal.

6.2 Alarm, control, protection and control of the main parameters of the DPP operation should be carried out using the control panel (type).

6.3 Maintaining the air temperature in the container is carried out by means of automation by controlling the operating modes of the electric drives of the UVK unified air dampers and electric converters.

Requirements for the fuel supply system

Provide for the supply of fuel to the diesel engine from a consumable fuel tank with a capacity of ______ liters built into the frame. Fill the fuel tank through its neck from the inside of the container.

7.2. Provide an additional tank with a capacity of 200 liters in the container with the possibility of automatic replenishment of the supply tank

7.1. Provide supply

8. FIRE SAFETY REQUIREMENTS

8.1 BKAES must meet the fire safety requirements in accordance with GOST 12.1.004-91.

8.2. To ensure fire safety requirements, the BKAES should provide for:

autonomous installation of powder fire extinguishing;

Installation of a security alarm;

2 carbon dioxide fire extinguishers "OU-3".

8.3 Place fire extinguishers near the front door.

9. REQUIREMENTS FOR TRANSPORTATION AND STORAGE

9.1. Spare parts, removable equipment must be fixed.

9.2. The design of the BKNPP should provide for the possibility of its transportation by rail, road, at an ambient temperature of -40С to +50С.

9.3. In case of failure of assembly units and assemblies of the BKAES during transportation, storage and operation during the warranty period, the opening and repair of assembly units and units of the power plant should be carried out only with the participation of the Supplier's representative, which is drawn up by the relevant Certificate and recorded in the technical form.

10. OTHER REQUIREMENTS

10.1. The Supplier may change the types (brands) of equipment included in the BKAES package, if the technical characteristics of the product do not deteriorate.

10.2. Changes that have arisen in the process of manufacturing the BKAES, associated with a change in its configuration, are subject to agreement with the Customer.

Technical project manager A.A. Noskov