Estimates for replacing elevator equipment in the administrative building. Drawing up local estimates for lift equipment
Minutes No. dated November 26, 2014 Head. methodological council of St. Petersburg State Budgetary Educational Institution of Secondary Professional Education "ATEMK" _______ /Melnikova E.V./
Editor ______________/Talanova L.D./ 4
Introduction
Technical and economic requirements for modernization work 5
elevator
1.1 Basic technical and economic requirements for elevator modernization work 5 7
2 Calculation of local estimates for “Elevator modernization”
2.1 Methodology for calculating local estimates “Elevator modernization” 7
Calculation of the total estimated cost of the project work 30
"Elevator modernization"
3.1 Calculation of the total estimated cost of work for the modernization of the elevator 30 30
Editor ______________/Talanova L.D./
Literature
One of the most important problems of a modern market economy is the reproduction of fixed production assets, which are characterized by a high wear rate and a significant service life. Physical and moral wear and tear of elevator equipment necessitates the need to attract significant investments for the replacement and reconstruction of passenger elevators in administrative buildings and apartment buildings.
In market conditions, ensuring the competitiveness and survival of enterprises for the repair and production of passenger elevators is possible only by reducing the cost of products, works and services. The estimated cost of modernizing elevators is significantly lower than the estimated cost of purchasing and installing new equipment. Therefore, in diploma theses in the specialty 02.13.11 - Technical operation and maintenance of electrical and electromechanical equipment (by industry), the main attention must be paid to a strict regime of saving material, labor and financial resources to justify the estimate of work on modernizing elevators.
In the economic part of the thesis in the specialty 02/13/11 - Technical operation and maintenance of electrical and electromechanical equipment (by industry), when drawing up local estimates for the modernization of elevators, it is recommended to use the basis-index method. In this case, base prices as of January 1, 2001, to bring them to the current level, are multiplied by the corresponding coefficients - indices, which are published quarterly in special economic journals.
Basic technical and economic requirements for work on
Elevator upgrades
1.1 Basic technical and economic requirements for work on
elevator modernization
When carrying out work to modernize a passenger elevator in an administrative building (residential apartment building), the address must be indicated.
Indicate the deadline for completing the work and the start of the work.
Primary requirements:
The quality of the work performed must meet the requirements of SNiP 3-01.09-87 “Rules for the safe operation of elevators”, approved by the resolution of GOSGORTEKHNADZOR of Russia dated May 16, 2003 No. 10-558-03, GOST 22011-95 and “Rules for the construction of electrical installations (PUE)”.
The contractor is obliged, no later than the start of work, to insure his civil liability for damage caused to the life, health, and property of third parties when performing repair and construction work at the site.
The elevator dispatch communication must provide output to the dispatcher console (DP) of the following signals:
Calling the dispatcher from the elevator cabin and machine room;
Two-way loudspeaker communication from the cabin and engine room;
Machine room door locking;
Staircase lighting control.
Dispatcher communication is carried out on the basis of equipment with output to a control center (for example, ADK-3 “Resurs-M”).
The following equipment is installed in the basic elevator machine room:
Block for collecting, switching and processing information;
Harnesses connected to the junction box;
Machine room intercom;
Limit switch.
An intercom is installed in the elevator cabin.
Placed equipment should be produced in accordance with section 4.3.9 of PUBEL PB 10-55-03.
The equipment is powered from the distribution box of the communication power supply network at home.
Installation should be carried out in accordance with the installation instructions for multi-metric equipment, VSN60-89, PUE and PTB, SNiP 3.05.06-85, materials and equipment that have a quality certificate.
Calculation of local estimates for “Elevator modernization”
2.1 Methodology for calculating local estimates “Elevator modernization”
The local estimate for “Elevator Modernization” includes three types of calculations - general construction work, electrical installation work, commissioning work, as well as calculation of materials not included in the price tag.
All calculations are carried out using the basis-index method. The estimated cost is determined by using current indices in relation to the cost of work in the base period. Indices take into account changes in prices due to inflation, changes in supply and demand for resources, etc.
The table of the local estimate “Elevator modernization” includes a “table header” and lines for the names of works and cost calculations (numbered).
Let us introduce separate designations for parameters in the columns of the table and formulas for carrying out calculations in each row of the table:
O k - total amount of work (costs);
C 1 - cost (total) of a unit of work, rub.;
З 1н - cost (total) of the basic salary per unit of work of workers not engaged in operating machines, rubles;
E 1 - cost of operating machines when performing a unit of work (depreciation and wages of machinists), rubles;
Z 1e - the cost of wages of machinist workers involved in the operation of machines when performing a unit of work - is also included in the cost of operating machines when performing a unit of work, rubles;
M 1 - cost of materials spent on performing a unit of work, rub.;
C about - the total cost of direct costs for performing the total amount of work, rub.;
Z it - the total cost of the basic salary of workers not machinists for the total amount of work, rub.;
E o - the total cost of operating machines when performing the total amount of work (depreciation and wages of machinists), rubles;
M about - the total cost of materials spent on performing the total amount of work, rub.;
Z oe - the cost of wages of worker-machinists engaged in operating machines to perform the total amount of work - is also included in the cost of operating machines to perform the total amount of work, rubles;
T 1n - labor costs (labor intensity of work) of workers not engaged in operating machines, per unit of work, man/hour;
T he - labor costs (labor intensity) of workers not engaged in operating machines for the total amount of work, person-hours;
T 1e - labor costs (labor intensity) of worker-machinists involved in the operation of machines, per unit of work, man/hour;
T e - labor costs (labor intensity) of worker-machinists involved in operating machines for the total amount of work, person-hours.
The algorithm for calculating the local estimate for each item of work (each line) includes:
Name of work (from the bill of quantities), standard number (from directories), units of measurement of work (from directories).
O k - total amount of work (from the bill of quantities);
T 1n - labor costs per unit of work of workers not engaged in operating machines (from reference books), man/hour;
T 1e - labor costs per unit of work of workers engaged in operating machines (from reference books), person/hour;
T total – total labor costs of workers by type of work, person/hour;
M 1 - cost of materials spent on performing a unit of work (according to reference books and price lists of materials), rubles;
E 1 - the cost of operating machines, including the salary of machinists, when performing a unit of work (according to reference books), rub.
Direct costs C o, rub., include: wages of workers not engaged in operating machines, cost of materials and equipment, costs of operating machines and mechanisms, calculated using the formula
C o = Z he + E o + M o (1)
To calculate direct costs C about for each type of work, we use the following calculation algorithm:
1. The cost of the basic salary of workers not engaged in the operation of machines Z he, rub., for the entire volume of work is calculated according to the formula
Z he = Z 1n × O k (2)
2. The cost of wages for worker-machinists involved in the operation of machines 3 oe, rub., for the entire volume of work, is calculated according to the formula
Z oe = Z 1e × O k (3)
3. The total cost of operating machines E o when performing the total amount of work, rub., (depreciation and wages of working machinists) is calculated using the formula
E o = E 1 × O k (4)
4. The total cost of materials M o, rub., spent on performing the total amount of work, is calculated using the formula
M o = M 1 × O k (5)
5. We determine the costs E o, rub., for the total amount of work according to the table data, using the formula
E o = E 1 × O k (6)
6. We calculate the labor costs of workers who do not operate machines T he, person/hour, according to the formula
T he = T 1n × O k (7)
7. We calculate the labor costs of workers operating machines T 1e, person/hour, using the formula
T oe = T 1e × O k (8)
8. The estimated cost of work C cm, rub., included in local estimates consists of direct costs C o, overhead costs N o and estimated profit C p (planned savings), calculated by the formula
Recalculation of the cost of costs, machinery and materials from the prices of the base period of January 2001 to the current period of January 2016 is carried out using price percentage indices taken from the directory: cost index: for wages i з =20.537; index for machines and mechanisms i e =12.159; index for materials i m =7.669, i total =10.705
10. Direct costs C o, rub., taking into account price indexation, are determined by the formula
C o = Z he + E o + M o (10)
11. Let's calculate overhead costs and estimated profit. Overhead costs N o, rub., are determined by the formula
N o = Zon × P n / 100, (11)
where Z is the wages of workers not engaged in service
P n - percentage of overhead costs from wages,
we take it equal to 81%.
Estimated profit C p, rub., is determined by the formula
S p = Zon × P pr / 100, (12)
where P pr is the percentage of estimated profit, we take it equal to 51%.
Using formula (9), we find the estimated cost of the work included in the sections “General construction work”, “Electrical installation work” and “Commissioning work” of the local estimate “Elevator modernization”.
2.2 Calculation of local estimates for “Elevator modernization”
As an example, we will make a detailed calculation of the “Electrical installation work” entry of the local estimate “Elevator modernization”.
Code and position number of the standard - TERMR 308-03-545-01
Name of work and costs - Installation of a box (box) with clamps for cables and wires with a cross-section of up to 6 mm 2 (on the wall or on the structure) floor.
Units of measurement – 1 pc.
We put it in the table - the total quantity is O k = 10.
According to reference books (TERmr for St. Petersburg), we take the cost of expenses in prices as of 01/01/2001, as well as the labor intensity of the work:
Cost of basic salary per unit of work, workers not involved in operating machines, rub. Z 1n = 3.46;
Cost of operating machines when performing a unit of work (depreciation and wages of machinists), rub. E 1 = 2.85;
Including the cost of wages for machinists involved in operating machines when performing a unit of work, rub. Z 1e = 0.12;
Cost of materials per unit of work, rub. M 1 = 68.80;
Total cost of work per unit of work, rub. C 1 = 75.11;
Labor costs per unit of work of workers not engaged in operating machines (from reference books), man/hour; T 1n = 0.33;
Labor costs per unit of work of workers involved in operating machines (from reference books), man/hour; T 1e = 0.11.
Using formula 2, we calculate the cost of the basic salary for the entire volume of work O to workers not engaged in operating machines,
Z he = 3.46 × 10 = 34.6 rubles.
Using formula 3, we calculate the cost of wages for machinists involved in the operation of ZOE machines for the entire volume of work,
Z oe = 0.12 × 10 = 1.2 rub.
Using formula 4, we calculate the total cost of operating E o machines for the entire volume of work (depreciation and wages of machinists),
E o = 2.85 × 10 = 28.5 rubles.
Using formula 5, we calculate the total cost of materials M o spent on performing the total amount of work O k,
M o = 68.80 × 10 = 688 rub.
We determine the costs E o for the total amount of work O k according to the table data, using formula 6,
E o = 75.11 × 10 = 751.10 rub.
Using formula 7, we find the total amount of labor intensity for workers not involved in operating machines,
T he = 0.33 × 10 = 3.3 people. h.
Using formula 8, we find the total labor intensity for machinist workers, i.e., those involved in the operation of machines,
T oe = 0.11 × 10 = 1.1 people. h.
We enter the calculation results in columns 7, 8, 9, 10, and 12 of the local estimate.
Calculations for other types of work are carried out in a similar way.
Received: C o = 1309.62 rub., Z o = 50.12 rub., E o = 29.78 rub., Z o e = 1.68 rub., M o = 1229.44 rub., T o = 4.78 person/hour, T oe = 0.14 person/hour
If work is carried out in cramped conditions, it is necessary to increase the value of wages, the cost of operating machines and the labor intensity of work by the constraint factor K 1 (from the reference book).
In our example, the constraint coefficient K 1 = 0.15.
We calculate the cost of the basic salary for the entire volume of work of workers not involved in operating machines, taking into account the constraint coefficient,
Z he = 50.12 × 1.15 = 57.64 rubles.
We calculate the cost of operating E o machines for the entire volume of work (depreciation and wages of machinists), taking into account the constraint coefficient,
E o = 29.78 × 1.15 = 34.25 rubles.
We calculate the cost of wages for machinists involved in the operation of ZOE machines for the entire volume of work, taking into account the constraint coefficient,
Z oe = 1.68 × 1.15 = 1.93 rubles.
We calculate the total labor intensity for electrical installation work of all workers, taking into account the constraint coefficient T total,
T total = (4.78 + 0.14) × 1.15 = 5.66 person/hour
Recalculation of the cost of costs, machinery and materials from the prices of the base period of January 2001 to the current period of January 2016 is carried out using price percentage indices taken from the directory: cost index: for wages i z = 20.537; index for machines and mechanisms i e =12.159; index for materials i m =7.669.
We calculate the wages of workers for electrical installation work Z he, taking into account the index i z
Z he = 57.64 × 20.537 = 1183.75 rubles.
We calculate the cost of operating machines and mechanisms E o, for electrical installation work, taking into account the index i e
E o = 34.25 × 12.159 = 416.45 rubles.
We calculate the total cost of materials M o, taking into account the index i m
M o = 1229.44 × 7.669 = 9428.58 rubles.
Total direct costs C about, taking into account price indexation, are determined by formula 10
C o =1183.75 + 416.45 + 9428.58 = 11028.78 rub.
Let's calculate overhead costs H o using formula (11). We take the percentage of overhead costs equal to 81%.
N o = 1183.75 × (81 / 100) = 958.84 rubles.
Estimated profit C p is determined by formula (12):
We take the percentage of estimated profit equal to 51%
C p = 1183.75 × (51/100) = 603.71 rub.
Total cost of electrical installation work C cm, calculated using formula 9
C cm = 11028.78 + 958.84 + 603.71 = 12591.33 rub.
All other types of work are calculated using the same algorithm.
2.2 Calculation of local estimates for “Elevator modernization”
Calculation of general construction works of the local estimate “Modernization of the elevator” is presented in Table 1
Table 1 - General construction works of the local estimate “Modernization of the elevator”
| Name of work and costs | Cost per unit, rub. | Total cost, rub. | Labor costs of workers, not exp. machines, person/hour, tons _________________ Labor costs of workers, operation. cars, person/hour, te | |||||||||
| Expl. machines E1 _______ Incl. Salaries Z1e | M1 materials | Total Co | Zohn's basic salary | Operating cost machines Eo ______ Incl. driver salaries. Zoe | Mo materials | |||||||
| Per unit measurements T1n _______ T1e | Total Tone ____Toe | |||||||||||
| TERM 41-01-002-05 | Replacing the elevator winch, number of elevators 1 | 830,16 | 226,17 | 0,00 | 58,30 | |||||||
| 1 elevator | 603,49 | 51,23 | 3,60 | |||||||||
| TERMR 41-02-005-01 | Replacement of shaft doors, assembled lift capacity up to 1000 kg. | 334,58 | 12,39 | 0,00 | 31,10 | |||||||
| 1 door | 322,19 | 0,00 | 0,00 |
Continuation of Table 1
| TERMR 41-01-006-01 | Replacement of elevator control station, number of floors 9, quantity 1 | 799,3 | 1,64 | 0,00 | 64,80 | ||||||
| 1 station | 797,69 | 0,00 | 0,00 | ||||||||
| TERMR 41-01-034-01 | Laying power wiring wires in pipes | 5,66 | 0,00 | 0,00 | 0,54 | ||||||
| meter | 5,66 | 0,00 | 0,00 | ||||||||
| TERMR 41-01-009-01 | Replacing the traction rope | 343,45 | 0,00 | 0,00 | 27,90 | ||||||
| 1 rope | 343,45 | 0,00 | 0,00 | ||||||||
| TERMR 41 -01 -055-09 | Preparation of wires | 2,72 | 0,00 | 0,00 | 0,26 | ||||||
| meter | 2,72 | 0,00 | 0,00 | ||||||||
| TERMR 41 -01-035-12 | Laying the electrical wiring harness along the shaft | 6,91 | 0,00 | 0,00 | 0,54 | ||||||
| meter | 6,91 | 0,00 | 0,00 |
Continuation of Table 1
| TERMR 41-01 -035-19 | Continuity of the electrical wire from the control cabinet to the floor distribution box | 6,29 | 0,00 | 0,00 | 0,60 | ||||||
| things | 6,29 | 0,00 | 0,00 | ||||||||
| TERMR 41-01-012-01 | Replacing the calling device, single elevator operation | 76,97 | 0,00 | 0,00 | 6,77 | ||||||
| 1 device | 76,97 | 0,00 | 0,00 | ||||||||
| TERMR 41-01-015-01 | Replacement of limit switch, travel, inductive, or contact sensors, single operation of elevators | 65,02 | 0,00 | 0,00 | 5,21 | ||||||
| 1 sensor | 65,02 | 0,00 | 0,00 | ||||||||
| TERMR 41-01-004-03 | Replacing the overhead cable | 118,84 | 0,00 | 0,00 | 11,34 | ||||||
| things | 118,84 | 0,00 | 0,00 | ||||||||
| TERMR 41-01-004-01 | Replacement of elevator cabin compartments with a load capacity of up to 1000 kg. without modifying the floor frame | 9960,06 | 44,7 | 0,00 | 92,00 | ||||||
| 1 cabin | 9915,29 | 0,00 | 0,00 |
Continuation of Table 1
| Total: direct costs in base prices as of 01/01/2001. | Co | Zone | Eo | Mo | Tone | ||
| Zoe | Toe | ||||||
| Total: direct costs in base prices as of 01/01/2001, taking into account the work constraint coefficient K1 = 1.15 | |||||||
| Naming of expenditures | Multiplier value | Cost calculation | |||||
| Zohn's basic salary | 20,537 | ||||||
| Machines and mechanisms | 12,159 | ||||||
| Materials | 7,669 | ||||||
| Total direct costs as of 01/01/2016 | |||||||
| Overheads | 0,81 | ||||||
| Estimated profit | 0,58 | ||||||
| Total civil works in prices for January 2015 | |||||||
The calculation results for the “Electrical installation work” section of the local estimate “Elevator modernization” are presented in Table 2.
Table 2 - Electrical installation work of the local estimate “Modernization of the elevator”
| Code and position number of the standard | Name of work and costs | Total quantity O to _________ Unit of measurement | Cost per unit, rub. | Total cost, rub. | Labor costs of workers, not exp. machines, person-hours, tons _______________Labor costs of workers, operation. machines, person hours, T e | |||||||
| Total C 1 _______ Basic salary Z 1n | Expl. cars E 1 _______ Incl. Salaries Z 1e | Materials M 1 | Total C about | Basic salary Z he | Operating cost cars E o _______ Incl. driver salaries. Z oe | Materials M o | ||||||
| Per unit measurements T 1n _______ T 1e | Total T he ____T e | |||||||||||
| TERMR 308-03-545-01 | Installation of a box (box) with clamps for cables and wires with a cross-section of up to 6 mm 2 (on the wall or on the structure) floor-level | 75,11 | 2,85 | 68,80 | 751,10 | 34,60 | 28,50 | 688,00 | 0,33 | 3,30 | ||
| things | 3,46 | 0,12 | 1,20 | 0,11 | 1,10 |
Continuation of table 2
| TERMR 308-03-545-03 | Installation of a box (box) with clamps for cables and wires with a cross-section of up to 6 mm 2 (on the wall or on the structure) central | 139,56 | 0,32 | 135,36 | 558,24 | 15,52 | 1,28 | 541,44 | 0,37 | 1,48 | |||
| things | 3,88 | 0,12 | 0,48 | 0,01 | 0,04 | ||||||||
| From 1309.34 | Zone 50,12 | Eo 29.78 | Mo 1229.44 | - | Tone 4.78 | ||||||||
| 1,68 | 0,14 | ||||||||||||
| Total: direct costs in base prices as of January 1, 2001. Taking into account the work constraint coefficient K 1 = 1.15 | 1321,33 | 57,64 | 34,25 | 1229,44 | - | 5,66 | |||||||
| 1,93 | |||||||||||||
| Naming of expenditures | Multiplier value | Cost calculation | Cost value as of 01/01/2016, rub. | ||||||||||
| Basic salary | 20,537 | 57,64 | × | 20,537 | 1183,75 | ||||||||
| Machines and mechanisms | 12,159 | 34,25 | × | 12,159 | 416,45 | ||||||||
| Materials | 7,669 | 1229,44 | × | 7,669 | 9428,58 | ||||||||
| Total direct costs | 11028,75 | ||||||||||||
| Overheads | 0,81 | 1183.75× 0.81 | 958,84 | ||||||||||
| Estimated profit | 0,51 | 1183.75×0.51 | 603,71 | ||||||||||
| Total electrical installation work in prices for January 2016 | 12591,33 | ||||||||||||
The calculation results for the “Commissioning Work” section of the local estimate “Elevator Modernization” are presented in Table 3.
Table 3 - Commissioning works of the local estimate “Modernization of the elevator”
| Code and position number of the standard | Name of work and costs | Total quantity Ok _________ Unit of measurement | Cost per unit, rub. | Total cost, rub. | Labor costs of workers, not exp. machines, person/hour, Tn ______________ workers, op. cars, person/hour, te | |||||||
| Total C1 _______ Basic salary Z1n | Expl. machines E1 ______ incl. Salaries Z1e | M1 materials | Total Co | Zohn's basic salary | Operating cost machines Eo _______ incl. driver salaries. Zoe | Mo materials | ||||||
| Per unit measured T1n ______ T1e | Total Tone _____ Toe | |||||||||||
| GESNp 01-10-003-01 | Mnemonic diagram of a dispatch control panel with the number of received signals up to 50 | 23356,88 | 0,00 | 21564,80 | 171,00 | |||||||
| things | 1792,08 | 0,00 | 0,00 | |||||||||
| GESNp 01-10-002-02 | Scheme of formation of an alarm section (central, technological, local, emergency, warning) | 2961,12 | 0,00 | 2657,20 | 29,00 | |||||||
| things | 303,92 | 0,00 | 0,00 |
Continuation of Table 3
| GESNp 01-10-003-03 | Collection and implementation of information signals from protection and automation devices | 174,88 | 0,00 | 159,16 | 1,50 | ||||||
| things | 15,72 | 0,00 | 0,00 | ||||||||
| GESNp 01-14-013-04 | Passenger elevator for residential buildings with 10 stops | 61339,52 | 0,00 | 56728,32 | 440,00 | ||||||
| things | 4611,20 | 0,00 | 0,00 | ||||||||
| GESNp 01-14-013-05 | When changing the number of stops (reduce per stop) | 1668,93 | 0,00 | 1580,90 | 8,40 | ||||||
| things | 88,03 | 0,00 | 0,00 | ||||||||
| Total: direct costs as of 01/01/2001 | Co | Zone | Eo | Mo | Tone | ||||||
| Zoe | Toe | ||||||||||
| Total: direct costs in base prices as of 01/01/2001, taking into account the work constraint coefficient K1 = 0.15 | |||||||||||
Continuation of Table 3
In the section “Materials not included in the price tag” of the local estimate “Elevator Modernization” the results of calculations for the specified materials are presented in prices as of 01/01/2016 excluding VAT.
The total cost of materials is calculated using the formula
M o = M 1 × O k, (13)
where O k is the total quantity.
The calculation results for the section “Materials not included in the price tag” of the local estimate for “Elevator Modernization” are presented in Table 4.
Table 4 – Materials not included in the price tag of the local estimate “Elevator modernization”
| Catalog no. Cipher | Name of materials | Unit winter | Quantity About k | Price per unit, rub. | M 1 |
Total cost, rub. M o
Continuation of table 4
When a building requires the installation of an elevator, a local estimate is created that takes into account all the costs of materials, equipment, and work. The estimate for elevators must be developed in strict accordance with all standards. Failure to comply may result in a violation of safety requirements. Creating an estimate should be done by a real professional. We offer the services of the most experienced estimating engineers who will take on the most complex tasks.
Estimates for elevator installation
We prepare estimates for elevators, which take into account all equipment, materials, work costs and additional expenses.
| Example estimate: | №pp | Rationale | Name | Unit change | Col. | |||||||
| Total cost, rub. | Total | |||||||||||
| Including | Basic salary | Ek.Mash. | ||||||||||
| 1 | 2 | 3 | 4 | 5 | 10 | 11 | 12 | 13 | ||||
| 3/pMech | ||||||||||||
| 8 | Installation of elevator equipment
TERMOZ-05-001-01 |
Edition 2009 with Rev. issue. 1 | Passenger elevator with cabin speed up to 1 m/s: load capacity 400 kg, number of stops 9, shaft height 29 m | 1 | 18110,13 | 9464,88 | 6272,07 | 895.25 | ||||
| 9 | 1 elevator
TERMOZ-05-001-06 |
Edition 2009 with Rev.1 For each meter of shaft height more or less specified in the elevator characteristics, add or reduce the lifting capacity for elevators: |
up to 400, 500 kg | -6,6 | -635,18 | -622,71 | ||||||
| 10 | 1m
TERMOZ-05-001-06 |
TERMOZ-01-128-09 Electric rope hoist, load capacity: 2 t, lifting height | 24 m | 0,1 | 509,97 | 327,71 | 175,7 | 11,29 | ||||
10 pieces.
Our advantages
- The main advantages of contacting our estimators: Financial benefits.
- Our services are inexpensive. And your costs for an elevator installation project can be significantly optimized. Beneficial long-term cooperation.
- We offer special conditions to our regular customers. We employ only experienced estimating engineers who know their job very well.
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The price list for the preparation of estimate documentation is as follows:
The cost of our services is calculated individually. We will name the exact price after reviewing the project. The urgency factor may be taken into account.
Contact our professionals, and an estimate for elevators will be created as soon as possible.
In general, when estimators are faced with the task of drawing up a local estimate for the installation and launch of a freight or passenger elevator, they consider it an easy task. Indeed, what would seem simpler: draw up an estimate for installation and commissioning of elevator equipment, when any database contains prices for similar types of work. So, in the FER database, and in TER, and, of course, in GESN there is part 3 of collections for installation work, in which there are prices for estimating the installation of many types of lifting and transport equipment, incl. freight and passenger elevators. Part 3 “Lifting and transport equipment” contains many prices: for the installation of conveyors, stacker cranes, elevators, winches, etc., but now we are only interested in elevator equipment. Let's try to make an estimate for the installation of a passenger elevator in a multi-story building according to the prices of part 3.
An example of a local estimate for the installation of a passenger elevator
| Pricing code | Type of work | Unit | Unit cost, rub. | Salary of staff | EM | ZPM |
| TERm03-05-001-01 | Installation of a passenger elevator with a cabin speed of 1 m/s, a load capacity of 350 kg, number of stops 9, shaft height 29 m | 1 PC. | 15916,89 | 7255,71 | 6815,12 | 686,47 |
| TERm03-05-001-06 | For each meter of shaft height, reduce for elevators with a load capacity of up to 400 kg | - 3 m shaft | 73,76 | 72,31 | 0 | |
| TER06-01-015-08 | Installation of embedded parts weighing up to 20 kg for framing the elevator shaft | 250 kg | 8109,69 | 460,24 | 40,11 | 1,56 |
| TER13-03-002-04 | Primer of metal surfaces in one go: primer GF-021 for elevator metal structures | 23 m2 | 226,09 | 45,4 | 6,74 | 0,08 |
This example estimate considers the case of installing elevator equipment in a new apartment building without the need to dismantle the elevator being replaced. The situation is completely different when drawing up estimates, when a passenger elevator needs to be installed to replace the existing one as part of a planned reconstruction and technical renovation. Then these prices will not be suitable, and it will be necessary to estimate the replacement of elevator equipment according to the collection for repairs and technical re-equipment in part 2 of the TERmr, (FERmr) collections. Let's try to estimate the installation work for the same 9-stop passenger elevator, only now with the dismantling of the old equipment.
An example of an estimate for replacing a passenger (freight) elevator in an apartment building
| Pricing code | Type of work | Unit | Unit cost, rub. | Salary of staff | EM | ZPM |
| TERmr01-01-007-01 | Replacement of the control system for a freight and passenger elevator for 9 floors | 1 PC. | 1452,99 | 1079,51 | 341,09 | 37,57 |
| TERmr01-01-010-03 | Replacement of the introductory freight and passenger elevator for 9 floors | 1 PC. | 39,19 | 38,05 | 0 | |
| TERmr01-01-005-01 | Replacing the shaft door, load capacity of a freight or passenger elevator: up to 500 kg | PC. | 8109,69 | 460,24 | 40,11 | 1,56 |
| TERmr01-01-004-01 | Replacement of a cargo or passenger elevator cabin compartment with load capacity: up to 400 kg | PC. | 544,77 | 522,53 | 6,74 | 0,08 |
| TERmr01-01-009-02 | Replacement of the rope tie device for a freight or passenger elevator: up to 500 kg | PC. | 129,2 | 125,44 | 1,56 | |
| TERmr01-01-009-01 | Replacing the traction rope of a freight or passenger elevator | PC. | 208,72 | 202,64 | 0,08 | |
| TERmr01-01-012-01 | Replacing the calling apparatus of a freight or passenger elevator: up to 400 kg | PC. | 51,95 | 50,44 | 1,56 | |
| TERmr01-01-009-04 | Replacing the speed limiter rope of a freight or passenger elevator | PC. | 92,98 | 90,27 | 0,08 | |
| TERmr01-01-024-01 | Replacing the metal frame of a freight or passenger elevator cabin | PC. | 247,15 | 236,38 | 3,68 | |
| TERmr01-01-023-01 | Replacement of guides: freight or passenger elevator cabins | 33 m | 30,3 | 28,87 | 0,56 | |
| TERmr01-01-023-02 | Replacing guides: counterweight of a freight or passenger elevator | m | 14,11 | 13,43 | 0,28 | |
| TERmr01-01-002-05 | Replacing the elevator winch | PC. | 618,74 | 368,34 | 239,35 | 27,83 |
Drawing up estimates for installation and commissioning of a freight elevator has its own nuances due to the fact that a freight elevator has a greater load capacity than a passenger elevator. When installing a freight elevator, you can use the following prices:
GESNm (FERm) 03-05-004-05 adjusted for the number of stops, shaft height, load capacity. Price - GESNm (FERm) 03-05-004-16 helps to balance the cost of a freight elevator in the presence of additional shaft doors. To estimate the dismantling of a freight elevator, you can use the same prices only with the coefficient adjusted for dismantling.
If you need to dismantle old winch beams, you can use the price of GESNr (FERr) 54-8-1. It is necessary to make holes for calling devices - then we will take the price from part 46 for the reconstruction of FER46-03-009-01.
In any case, if you need to draw up an estimate for the installation of a freight elevator, general construction work, dispatching or electrical installation work, our estimate bureau “SMETA-PROF” is always ready to do this work for a small fee.
Today, elevators are available in almost all apartment buildings: it is convenient, practical, and fast. High-quality elevator equipment serves well for many years, but from time to time it is still necessary to carry out scheduled maintenance, repairs, or even a complete replacement of a freight or passenger elevator. And this, as you know, requires money, and not little. Often it is necessary draw up a correct cost estimate for work with elevator equipment at prices generally accepted in a particular region. For this purpose, territorial pricing bases, called TEP, have been created for each region, region and edge of our vast country. Using these prices, estimators justify the cost of replacement, installation, maintenance and repair of elevator equipment, and, interestingly, the price by region for the same work does not always coincide. This is due to the regional industry and market conditions of individual territories and regions. In addition, differences in the cost of work with passenger and freight elevators arise when calculating the cost using the resource or basis-index method. In our examples, we will try to consider examples of drawing up estimates both in the GESN database and in unit prices TER / FER.
An example of drawing up an estimate for replacing elevator equipment
| №pp | Rationale | Basic Salary | EkMash | Salary Fur | Total |
| TERmr01-02-011-01 | Installation of a winch frame for a 9-floor passenger elevator | 29,34 | 0 | 30,22 | |
| TERmr01-01-007-01 | Replacement of the elevator control system for 9 floors, with the number of elevators in the entrance: 1 | 1079,51 | 341,09 | 37,57 | 1452,99 |
| TERmr01-01-002-05 | Replacing an elevator winch for a 9-floor passenger elevator | 368,34 | 239,35 | 27,83 | 618,74 |
| TERmr01-01-009-03 | Replacing the speed limiter in a passenger elevator for 9 floors | 66,25 | 0,9 | 69,14 | |
| TERmr01-01-009-05 | Replacing the tensioner of the speed limiter rope of a passenger elevator for 9 stops | 56,71 | 0.00 | 0.00 | 58,41 |
| TERmr01-01-010-03 | Replacement of the introductory passenger elevator device for 9 stops | 38,05 | 0.00 | 0.00 | 39,19 |
| TERmr01-01-005-01 | Replacement of the passenger elevator shaft door for 9 stops | 231,7 | 8,78 | 247,43 | |
| TERmr01-02-001-01 | Alignment of cabin guides (counterweight), 2 m long | 153,36 | 0.00 | 0.00 | 157,96 |
| TERmr01-02-001-02 | For every subsequent 2 m of lift height, add 01-02-001-01 to the price | 23,81 | 0.00 | 0.00 | 24,52 |
| TERmr01-01-014-01 | Replacement of the door beam of a passenger elevator cabin for 9 stops | 92,13 | 0.00 | 94,89 | |
| TERmr01-01-009-04 | Replacing the speed limiter cable | 90,27 | 0.00 | 0.00 | 92,98 |
| TERmr01-04-003-01 | Balancing the cabin-counterweight system of a 9-stop passenger elevator | 115,49 | 0,76 | 0.00 | 119,71 |
The specified estimate calculation scheme in the TER database is suitable for justifying calculations for element-by-element replacement of an elevator with dismantling in an existing apartment building. If there is a need to install new equipment without dismantling the old elevator, it is better to take other prices - from the collection for installation work. While in the previous example, the standards are set from the collection for maintenance and repair, that is, they are more suitable for work within the framework of reconstruction. Now let's look at an example in the FER database, more suitable for work within the framework of new construction.
An example of an estimate for the installation of new elevator equipment
Pricing for commissioning work on elevator equipment is carried out according to the prices of the FERp collection - Commissioning of Lifting and Transport Equipment. Let's consider an example of preparing an estimate for commissioning work.
An example of an estimate for commissioning of elevator equipment
When installing a new elevator or replacing an old one, it is necessary to install and configure dispatch equipment: communication kits, an elevator unit with an installation kit, as well as laying twisted-pair communication cables. We will not dwell on the installation and commissioning of dispatch equipment. Let's just say that when drawing up estimates, prices are taken from the communication installation book. From the collection on instrumentation and automation, you can take the price FERm11-03-001-01, since it is universal and suitable for many types of devices installed on switchboards and consoles. You can start up the dispatch communication at the rate FERp02-01-001-xx, the exact code is set depending on the number of channels.
Drawing up estimates for finishing work when replacing elevator equipment
Civil works occupy a special place when drawing up estimates for the replacement of elevator equipment. When dismantling an old elevator and installing a new one in an apartment building, as a rule, repairs to the surfaces of walls, ceilings and floors in the machine room, elevator shaft and other utility rooms are required. In addition to the finishing itself, windows, doors and hatches are often replaced during the repair of the machine room. After laying communications, you need to seal the grooves, or, on the contrary, punch new holes for installing calling devices on each floor. All these works can be classified as general construction works. Let's consider an approximate list of prices for general construction work during the reconstruction or replacement of an elevator:
Installation of fire doors: single-leaf blind Installation of fire hatches - FER09-04-013-01;
Dismantling of wooden fillings of openings: door and gate FER46-04-012-03;
Installation of window blocks made of PVC profiles in residential and public buildings: fixed with an opening area of up to 2 m2 - FER10-01-034-01;
Installation of screeds: cement screeds 20 mm thick - FER11-01-011-01;
Simple oil painting of previously painted floors: with preparation and removal of old paint to 35% FERr62-6-3;
Continuous leveling of wall plaster with cement-lime mortar with a marking thickness of up to 5 mm - FERr61-1-1;
Painting previously painted wall surfaces with water-based compositions: water-based paint with removal of old paint up to 35% - FERr62-16-3;
Installation of straight and curved ladders, fire ladders with fencing - FER09-03-029-01.
Drawing up estimates for electrical installation work when installing passenger and freight elevators
Well, now we come to the electrics - that, in fact, is what makes the elevator run at all. When installing a passenger elevator in an apartment building, fluorescent lamps are usually installed (for example, according to the price TERm08-03-593-06), switches and sockets (in the machine room), automatic switches of the IEK type, distribution boards ShchRN-12 (at the price FERm08-03 -573-04), tires, nuclear fuel boxes, distribution boxes and other electrical installation products. Almost all prices are taken from collection No. 8 for electrical installation work, which is quite natural.
Thus, we briefly talked about how to create an estimate for replacing elevator equipment (as part of a major overhaul or during new construction). Based on just one elevator equipment, it is possible to create many variants of estimates, because there are elevators for freight, passengers, for administrative buildings, with microprocessor equipment for a different number of floors. In addition, an estimate can be drawn up for dismantling the elevator and installing its individual elements or systems. In each individual case, the estimator approaches the calculation individually. We will draw up for you any estimate for elevator equipment at the lowest price. Contact our estimate office for high-quality estimates at an affordable price.