Application of prices for car equipment. Drawing up estimates for IP video surveillance Example of estimates for telephone communications
Installation of equipment and materials is carried out according to the prices of the FERm10 collection, taking into account the General provisions of the collection:
1.10.114. The prices of the collection 10 of department 8 of section 1 take into account the costs of installing devices, apparatus and checking the quality of installation, individual testing of devices of fire-fighting systems burglar alarm, facility signaling devices, as well as the costs of electrical testing and testing of the specified fire and security alarm systems in general.
1.10.115. The prices for collection 10, department 8, section 1 do not take into account:
costs for the manufacture and installation of structures not included in the set of control and control devices;
costs of protecting the blocking wire from mechanical damage with plywood, hardboard and other materials, as well as painting the blocked surface;
costs of operating lifting mechanisms or installing scaffolding when carrying out work at a height of 5 m or more;
the consumption of detectors (sensors) is determined by the project;
costs for installation of diodes, resistors installed additionally (determined by the project);
costs for installation of equipment (except for sensors) of fire alarm systems based on a programmable logical station (monitoring and control panel) or automated workstation (automated workstation) using a personal computer, determined according to the FERM collection 11 “Instruments, automation equipment and computer technology", as well as the costs of testing the specified fire alarm systems based on a programmable logic station or automated workstation as a whole, determined according to FERp collection 2 - according to the standards for systems of category I of technical complexity (Table 02-01-001).
1.10.116. When installing detectors and wires at a height of 5 m above the floor level, installation costs are determined according to the corresponding department prices, applying operating coefficients to labor costs and wages:
1.1 - at a height of up to 15 m;
1.25 - at a height of St. 15 m.
1.10.117. Prices 10-08-004-02 and 10-08-004-03 take into account blocking of surfaces with a single-core wire; the costs of blocking with two single-core wires are determined according to the corresponding prices with a coefficient of 1.6.
1.10.118. When laying 2-3 core wires without a dividing base, costs are determined according to price 10-08-005-03.
1.10.119. When performing work in buildings under the protection of the State Safety Inspectorate, museums, and places of worship, the costs of installing detectors, on-site instruments and devices, and open-routed wires are determined according to the prices in Table. 10-08-002, 10-08-003 and 10-08-005 with a coefficient from 1.5 to 2. The size of the coefficient is agreed with the customer.
Let us note the features of determining the cost of installation and commissioning of fire alarm equipment.
As previously noted, according to the Technical Part of the FERm10 collection, the costs of installing equipment (except for sensors) of fire alarm systems based on a programmable logical station (monitoring and control panel) or automated workstation (automated workstation) using a personal computer, determined by FERm of the collection 11 " Instruments, automation and computer technology”, as well as the costs of testing the specified fire alarm systems based on a programmable logical station or automated workstation as a whole, determined according to FERp collection 2 - according to the standards for systems of category I technical complexity (Table 02-01 -001)
At the same time, according to the Technical Part of the collection FERp02
1.2.1. FERp collection 2 of department 1 are not intended to determine costs:
for video surveillance (security) systems using television installations, public address communication (alerts), automatic fire and security fire alarm systems, etc., the costs of which are determined according to the FERM collection 10 “Communication equipment”.
The Ministry of Construction, represented by Glavgosexpertiza, clarified these provisions of the technical parts of the collections by letter dated December 11, 2018 No. 01-01-17/18222-AV.
It says.
FAU "Glavgosexpertiza of Russia", having considered your appeal on behalf of the Ministry of Construction of Russia dated November 29, 2018 No. 52127-OG/09, reports the following.
According to paragraph 1 of Article 8.3 of the Town Planning Code Russian Federation estimated cost of construction financed using budget funds budget system Russian Federation, funds legal entities created by the Russian Federation, constituent entities of the Russian Federation, municipalities, legal entities, the share in the authorized (share) capital of which of the Russian Federation, constituent entities of the Russian Federation, municipalities is more than 50 percent, as well as the estimated cost of major repairs of an apartment building (common property in an apartment building house), carried out in whole or in part at the expense of the regional operator, homeowners' association, housing, housing-construction cooperative or other specialized consumer cooperative or funds of the owners of premises in an apartment building, is determined with the mandatory application of estimate standards, information about which is included in the federal register estimated standards, and estimated prices of construction resources.
In other cases, the estimated cost of construction is determined using estimate standards, information about which is included in the federal register of estimate standards, and estimated prices of construction resources, if provided for by federal law or agreement.
When developing estimate documentation, the choice of one or another standard from the current estimate standards is carried out in accordance with the work technology used in the project and falls within the competence of the organization developing the design estimate documentation and the technical customer.
In accordance with paragraph 1.2.1 of the General Provisions to the state elemental estimate standards for commissioning works (GESNp 81-05-02-2017), the estimate standards of the collection 2 “ Automated systems management" (hereinafter - GESNp collection 2) of department 1 are not intended to determine labor costs in the estimated cost of work on automatic fire and security fire alarm systems, etc., the labor intensity of which is determined according to state elemental estimate standards for installation of equipment (GESNm 81-03 -10-2017) collection 10 “Communication equipment” (hereinafter referred to as collection 10).
According to paragraph 1.10.1 of the General Provisions, the estimated standards of Collection 10 take into account the costs of performing a full range of installation work, determined on the basis of the relevant technical conditions and instructions for installation, electrical testing, adjustment, training and configuration of equipment.
In accordance with paragraph 1.10.114 of the General Provisions, the estimated standards of the collection 10, department 8, section 1 take into account the costs of installing devices, devices and checking the quality of installation, individual testing of devices of fire alarm systems, signaling facility devices, as well as the costs of electrical testing and testing of the specified fire alarm systems as a whole.
According to paragraph 1.10.115 of the General Provisions, the estimated standards of the collection 10 of department 8 of section 1 do not take into account the costs of installing equipment (except for sensors) of fire alarm systems based on a programmable logical station (monitoring and control panel) or automated workstation (hereinafter referred to as automated workstation). ) using a personal computer, determined according to GESNm 81-03-11-2017 collection 11 “Instruments, automation and computer technology”, as well as the costs of testing the specified fire alarm systems based on a programmable logic station or automated workstation as a whole, determined according to GESNp collection 2 - according to the standards for systems of category I of technical complexity (Table 02-01-001).
Thus, if reception and control devices are installed according to the prices of the FERm10 collection, then the use of commissioning prices according to the FERp02 collection is not permissible.
Linking FERm and FSSC prices to Bolid equipment
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Name of equipment |
FER prices |
Short description |
FCCC prices |
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The BAProg program is designed to configure configuration parameters of biometric access controllers "S2000-BIOAccess-F4", "S2000-BIOAccess-F8", "S2000-BIOAccess-F18" and "S2000-BIOAccess-MA300". |
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The OPC Server software is designed to integrate the Orion Pro workstation and SCADA systems to organize the workplace of the operation service dispatcher. Allows you to monitor and manage the security and fire system and fire extinguishing system ISO "Orion" with the automated workplace "Orion Pro". |
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Used by the commissioning organization, not transferred to the customer. |
The “Orion-Prog” program is intended for recording microprograms (“firmware”) into ISO “Orion” devices. |
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Used by the commissioning organization, not transferred to the customer. |
The PProg program is intended for configuring the “S2000”, “S2000M” control panel |
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FERm10-10-006-01 |
2.3 Reader installation To mount the reader on the wall, you need to drill four holes according to Figure 4. |
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FERm10-10-006-01 |
Proxy contactless readers -3A, 3M, 3MA Contactless readers are designed to read codes from identification cards and transfer them to reception and control devices or ACS controllers. Reader installation To mount the reader on the wall, you need to drill two holes according to Figure 4. The reader is connected according to the design data according to the diagram in Figure 3. |
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FERm10-10-006-01 |
Contactless readers Proxy-5AG, Proxy-5AB "Proxy-5AG", "Proxy-5AB" are designed to read codes from identification cards and transmit them to control panels or ACS controllers. In ISO "Orion" they are used to provide procedures for managing loops and sections of fire alarm systems and identifying users at ACS access points Reader installation To mount the reader on the wall, you need to drill two holes for screws and one for the wire outlet according to Figure 1. The reader is connected according to the design data according to the diagram in Figure 2. |
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FERm10-10-006-01 |
Access control controller with built-in contactless reader Proxy-H1000 The Proxy-H1000 access control controller is used in security systems, in access control and management systems (ACS) and is designed to read the unique code of ProxCard identification cards and EM-Marine standard cards (for example, KIBI-001 and BIB-001 from Angstrem ") and electric lock control Reader installation Mount the reader on the wall. To mount the reader on the wall, it is necessary to drill two holes according to Figure 1. The reader is connected according to the design data according to the diagram in Figure 2. |
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The estimate documentation takes into account only the cost. As an option, you can apply the price FERm11-04-028-01 Inclusion of plug connectors in the equipment, number of contacts in the connector: up to 14. |
Contactless desktop reader Proxy-USB-MA "Proxy-USB-MA" is designed to read the code of identification cards and transfer it to a personal computer via USB port. The reader is designed for collaboration from the Orion Pro workstation. Reader installation Contactless desktop reader. The reader is a USB HID-compatible device operating via the interface USB keyboards. Thanks to this, the reader does not require installation of any drivers. The reader is ready for use immediately after connecting it to the USB port of the PC. The reader is also powered from the USB port of the PC. |
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FERm11-03-001-01 + connection via FERm11-08-001-03 or FERm11-04-028-01 depending on the connection option. |
RS232-TTL interface converter Designed to convert RS-232 interface signals into signals serial interface with 5V TTL/CMOS levels. In ISO "Orion" it is used to connect the ATS100 radio transmitter of the LARS radio notification system or the TRX-150 radio transmitter of the Orion Radio radio system to the S2000M console for the purpose of radio monitoring of protected objects. Installation The converter should be installed near a radio transmitter or other connected device with TTL outputs or, if possible, inside the device. For installation outside the device (on the wall), use the supplied screws and dowels. Double-sided tape is used for installation inside the device body. |
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Used by the commissioning organization, not transferred to the customer. |
RS485Settings program Purpose - Setting the operating parameters of the "S2000" and "S2000M" remote controls via the RS-485 interface |
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Used by the commissioning organization, not transferred to the customer. |
Settings program Setting up polling parameters for the "Orion" and "Orion-Pro" AWS devices |
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Used by the commissioning organization, not transferred to the customer. |
Shleifes program The "Shleifes" software module is designed to monitor the parameters of control panels (PKP) and the state of their loops (LC) during commissioning and service work |
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Used by the commissioning organization, not transferred to the customer. |
The Uprog program is designed to configure configuration parameters of ISO Orion devices. |
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Used by the commissioning organization, not transferred to the customer. |
Utility for complete configuration of display units "S2000-BKI" and "S2000-BI" versions 2.22 and higher |
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FERp02-02-001-01 Installation and basic configuration of general and special software FERp02-02-003-01 Functional setup of special AC software, number of functions – 1 Connection is possible using the FERm11-04-028-01 option |
USB-RS232 is designed for galvanic isolation and mutual conversion of USB interface signals and RS-232 serial interface signals. Connection 2.2.1 Before connecting the PI to a PC, you must install the driver from the supplied “Bolide Information Disc”. To do this, in the “Products” section you need to download the driver and install it on your PC 2.2.2 After making all the necessary connections, the PI can be connected to personal computer. Wait for a message indicating that the driver installation has been successfully completed and the device is ready for use. |
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Similar to the previous point |
The "USB-RS485" interface converter is designed for galvanic isolation and mutual conversion of USB interface signals and signals of a two-wire RS-485 trunk interface. The ISO "Orion" is designed to connect a PC to system devices during programming. |
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For installation and configuration, FERp02 prices apply |
The automated workplace software "S2000" is intended for workstations for monitoring events in ISO "Orion" and generating reports. Can be used in security and fire systems with a “S2000”/”S2000M” remote control or in security systems without a remote control: with ISO “Orion” devices that support autonomous operation. The S2000 automated workstation only works in conjunction with a Guardant electronic protection key, which is plugged into the computer’s USB port. |
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FERm10-08-001-11…13 depending on the number of connected devices (maximum 8 according to the project). |
Protective switching blocks BZK isp.01, BZK isp.02 Designed to distribute current from a power source ("RIP-12", "RIP-24" or similar) over 8 channels with individual protection. Each channel is equipped with a self-resetting fuse and an indicator indicating overcurrent of any of the 8 channels Installation Install the unit in a convenient place for distribution of power buses (installed on walls or other premises structures in places protected from exposure to precipitation, mechanical damage and access by unauthorized persons). The design of the block allows it to be mounted on a DIN rail. Install the unit and connecting lines in accordance with the connection diagram shown in Figure 3. |
FSSC-62.1.05.01-0001 FSSC-62.1.05.01-0002 |
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FERm10-08-001-13 |
The BZL line protection unit is designed to protect the signal circuits of devices included in the systems from accidental contact with voltage from power cables, indirect consequences of lightning discharges and induced pulse overvoltages, electrostatic discharges. The protection unit is available in 2 versions “BZL” and “BZL/01” for two and one protected lines, respectively. |
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Essentially this is a fuse box, so FERm10-04-066-04 is suitable |
Protective network block BZS Designed to protect equipment for various purposes in electrical networks(≈220 V, 50 Hz) from high-voltage impulse interference (natural interference - lightning discharges; man-made interference - power switching devices), as well as for protection against continuous overvoltages over 250 V |
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In my opinion, it is advisable to apply the prices FERm08-03-573-04 for the installation of the box and FERm08-03-575-01 for the installation of batteries. |
Housing to accommodate additional batteries(AB). Designed to work together with redundant power supplies RIP-12 isp.01 (RIP-12-3/17M1), RIP-12 isp. 05 and RIP-24 isp.01 (RIP-24-3/7M4), RIP-24 isp.01P or the like, allowing the connection of additional batteries with a capacity of 17 Ah. Available in two versions. Installation. The box is installed on the walls or other structures of the protected premises near the power source to which it is connected, at a distance of no more than 1 meter. Overall and installation dimensions are shown in the figure. The box is fastened at three points using screws included in the delivery kit. Loosen the brackets. Connect one battery to the terminals, observing the polarity (the red wire is connected to the positive terminal of the battery). Secure the position of the battery using the bracket and tighten the screws. Check the presence of voltage at the output terminals, which should be in accordance with clause 1.2.1, as well as its polarity. Connect the second battery in the same way. Place it on the lower battery and secure the position using the upper bracket. Check the presence and polarity of the output voltage. Make sure that the temperature of fuses F1 and F2 does not significantly exceed room temperature. If the temperature of the fuses is increased, then you need to check again that the batteries are connected correctly. Connect the terminals of the output cable, observing the polarity, directly to the terminals of the battery, which is installed in the power source (i.e., parallel to the terminals of the power source). Close the box cover and tighten the two side screws. Connect mains voltage to the power source. |
FSSC-20.4.04.01-0001 |
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The installation instructions indicate: Installation of BRIZ is carried out in accordance with the installation requirements used fire detectors. Accordingly, we use FERm10-08-002-01 |
The BRIZ branching-isolating block is intended for use in a two-wire communication line of the “S2000-KDL” controller in order to isolate short-circuited sections with subsequent automatic recovery after removing the short circuit. The branching-isolating block "BREEZ" isp.03 is intended for use in a two-wire communication line of the controller "S2000-KDL" and "S2000-KDL-2I" for the purpose of isolating short-circuited sections with subsequent automatic recovery after the short circuit is removed. |
FSSC-61.2.07.02-0051 FSSC-61.2.07.02-0050 |
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FERm10-08-002-05 |
The security surface vibration detector “Vulcan” is designed to detect attempts at deliberate destruction (burglary) of concrete walls and ceilings with a thickness of at least 0.12 m, brick walls with a thickness of at least 0.15 m, wooden structures with a material thickness of 20 to 40 mm, plywood with a thickness of at least 4 mm, structures made of particle boards with a thickness of at least 15 mm, standard metal safes, cabinets, doors and ATMs with subsequent issuance of an alarm notification to the centralized monitoring console or control panel (PPK) simulating a break in the alarm loop (AL) with optical relay |
FSSC-61.2.01.02-0003 |
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FERm10-08-002-02 |
Fire detectors smoke optical-electronic addressable-analogue DIP-34A-01-02, DIP-34A-03, DIP-34A-04 The addressable-analog optical-electronic fire detector is designed to monitor the status and detect fires accompanied by the appearance of smoke in enclosed spaces of various buildings and structures, and issue notifications “Fire”, “Dust”, “Attention”, “Fault”, “Disabled”, "Test". Used with the S2000-KDL controller |
FSTS-22.1.02.05-0021 + FSTS-61.2.02.01-0019 |
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FERm10-08-002-02 |
Optical-electronic autonomous fire smoke detector DIP-34AVT Designed to monitor the condition and detect fires accompanied by the appearance of smoke in the kitchen of an apartment, in places where heating systems are installed in dachas, cottages, etc. premises. Produces light and powerful sound signals “Fire”. Warns that the battery needs to be replaced periodically sound signal short duration and intensity. |
FSSC-61.2.02.01-0069 |
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FERm10-08-002-02 for installation kit - FERm10-08-002-06 |
Optical-electronic addressable fire smoke detector DIP-34PA The optical-electronic addressable smoke detector is designed to detect fires accompanied by the appearance of smoke in enclosed spaces of various buildings and structures. It is used with a block-modular receiving and control device consisting of a “Signal-10” block and a network controller (a “S2000M” control and management panel or a computer with installed “Orion” workstation software). Displays the messages “Fire”, “Fault”, “Dust”, “Test”. When installing on a suspended ceiling, it is necessary to use the mounting kit MK-1 or MK-2 |
FSSC-61.2.02.01-0070 |
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FERm10-08-002-02 for installation kit - FERm10-08-002-06 |
Optical-electronic addressable fire smoke detector DIP-34PA-03 The optical-electronic addressable smoke detector is designed to detect fires accompanied by the appearance of smoke in enclosed spaces of various buildings and structures. It is used with a block-modular receiving and control device consisting of a "Signal-10" block and a network controller ("S2000M" monitoring and control panel or a computer with installed "Orion PRO" software). Displays the messages “Fire”, “Fault”, “Dust”, “Test”. When installing on a suspended ceiling, it is necessary to use the MK-2 mounting kit |
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FERm10-08-002-02 |
Optical-electronic smoke fire detector IPD-Ex |
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FERm10-08-003-07 Optical-(photo)electrical device: set of converters (emitter, photodetector) |
Optical-electronic linear fire smoke detector IPDL-Ex Consists of an emitter module (MI) and a receiver module (RM). |
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FERm10-08-002-03 PS automatic detector: thermal, smoke, light in explosion-proof design |
Infrared fire detector IPP-Ex Shell protection degree IP65 |
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In its essence and design it is a manual starter. Therefore, the applicable price is FERm08-03-531-02 General-purpose manual starter for current up to 25 A, free-standing, installed on a structure: on a wall or column |
Manual addressable fire detectors IPR 513-3AM, 3AM isp.01, 02, 3M, 3PAM Designed for manual generation of a fire alarm signal or launching fire automatic systems. Generates a "Fire" message by pressing a key. |
FSSC-61.2.02.03-0026 FSSC-61.2.02.03-0024 FSSC-61.2.02.03-0025 FSSC-61.2.02.03-0023 FSSC-61.2.02.03-0027 |
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FERm08-03-531-02 |
Manual fire detector IP535-27 IPR-Ex Designed for manual activation of a fire alarm signal. It differs from IPR 513 in the shape of the body. The principle of operation and installation is similar |
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FERm10-08-002-05 |
Security surface sound detector Irbis isp.01 Designed to detect the destruction of ordinary glass |
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Used by the commissioning organization, not transferred to the customer. |
Designed to configure the technological device "S2000-T" as on local computer, and on computers local network or on the Internet. This software is distributed free of charge. |
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FERm10-08-003-05 |
The Krechet volumetric radio wave security detector is designed to detect the movement of an intruder in a protected area with the subsequent issuance of an alarm notification to the central monitoring station (MCP), notification transmission system (SPS) or control and receiving device (PPK) by simulating a break in the alarm loop (AL) optical relay |
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FERm10-08-002-01 |
Security point magnetic contact detector MK-Ex |
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When installing the module inside the RIP case - FERm11-04-008-01, when installing on a wall - FERm10-08-003-03 |
RIP status monitoring module ISS RIP Designed to monitor the states of redundant power supplies "RIP-12" and "RIP-24" and transmit notifications to three relay outputs and a light indicator. The ISS can be installed inside or outside the controlled RIP housing. When installing inside the case, use double-sided tape (“Velcro”). When installing outside the housing (for example, on a wall), use the screws and dowels supplied (distance between mounting holes 50 mm). The length of connecting wires when installing the ISS outside the RIP housing should not exceed 50 meters. There are grooves in the lower base of the housing for wire exit. |
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FERp02-02-001-01 Installation and basic configuration of general and special software FERp02-02-003-01 Functional setup of special AC software, number of functions – 1 |
The integration module is designed for information interaction third-party software with the Orion Pro software package |
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FERp02-02-001-01 Installation and basic configuration of general and special software FERp02-02-003-01 Functional setup of special AC software, number of functions – 1 |
ISO control module "Orion" The software provides an interface for security system integrators to control Orion ISO instruments. |
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FERm10-08-003-06 |
MP converter module 24/12 V Designed to power detectors, security and fire alarm control panels that require a 12 V power supply direct current when working together with redundant power supplies RIP-24 or similar. (converts input voltage range 20-30 V to 12 V). MP is installed on walls or other structures of a protected premises in places |
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When installing the module inside the RIP - FERm11-04-008-01 housing, When installed in a box, the installation of the box itself is accepted according to FERm10-04-066-04, taking into account the cost of the module. |
Converter module MP 24/12 V version 01 Designed to power video cameras (including external surveillance), detectors, security and fire alarm control devices and other consumers with a voltage of 12 V or 9 V DC MP is located: 1) inside the housing of the input voltage source in any place convenient for installation. The MP is secured using self-adhesive tape included in the delivery kit. In this case, it is necessary to pay attention to the absence of short circuits of the MP elements to the metal housing of the power source; 2) in an IP55 junction box housing (for outdoor placement). The MP is fastened to the distribution box housing using self-tapping screws 3×8.01.016 GOST 10621-80. |
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FERm10-08-003-06 |
Converter module MP 24/12 V version 02 Designed for uninterrupted round-the-clock power supply of security alarm equipment, video cameras, access control systems, as well as various telecommunications equipment (for example, modems and communicators Zelax SHDSL, D-Link Media converter, qBRIDGE SHDSL, NETGAR Gigabit Switch) when working together with redundant power supplies RIP- 24 or similar Installation is similar to MP 24/12 V |
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FERp02-02-001-01 Installation and basic configuration of general and special software FERp02-02-003-01 Functional setup of special AC software, number of functions – 1 |
AWS "Orion Pro" AWP "Orion Pro" is a software package for the ISO "Orion" hardware and software complex, which implements security alarm systems, access control and management systems, security video surveillance, automatic fire protection systems, interfaced with engineering systems of objects. |
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Installation of the TRX transmitter was discussed earlier The base unit with RRx receivers is usually installed in a 19" rack. Receiving antennas are connected to it via RF inputs. If there is such a rack, and a power supply, etc. can also be installed in it, the most suitable price is FERm11-04-008-01. Installation of the SIGNAL-6R terminal device will be discussed further. |
The system for transmitting notifications over the radio channel "Orion Radio" is a hardware and software complex consisting of a radio notification transmission unit and a terminal receiving device - a base unit with boards for receiving and transmitting radio signals. SYSTEM COMPOSITION: TRX-150 - Transmitter with programmable basic parameters and functions; for the range 146-174 MHz; in a unified building. TRX-450 - Transmitter with programmable basic parameters and functions; for the range 403-470 MHz; in a unified building. Receivers RRx-150- Receiver for the range 146 – 174 MHz with programmable basic parameters and functions in a unified housing. RRx-450 - Receiver for the range 403 – 470 MHz with programmable basic parameters and functions in a unified housing. End device SIGNAL-6R - Terminal device for the notification transmission system. |
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FERm10-08-001-13 If installation on a DIN rail is intended, then it is more advisable to apply the price FERm08-03-575-01. In this case, outgoing lines must be taken into account additionally according to FERm11-08-001-03 |
PI-GR interface converter "PI-GR" is designed for galvanic isolation and mutual conversion of RS-232 interface signals and two-wire RS-485 trunk interface signals. The PI is attached with three screws to the wall in a convenient place next to the PC or on a DIN rail |
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Essentially this is a pump control cabinet. Therefore, we use FERm08-03-573-04. |
Fire control device series POTOK® (POtOK®) Potok-3N "Potok-3N" is intended for use as part of ISO "Orion" to control the equipment of a pumping station for sprinkler, deluge, foam fire extinguishing or fire water supply for fire protection of industrial and civil facilities. Operation of the device is possible only under the control of a network controller ("S2000M" console or "Orion Pro" workstation). |
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FERm10-08-001-13 |
Indication and control unit Potok-BKI Designed to control the Potok-3N PPU and display the states of the pumping station and 4 fire units, as well as 12 fire sections in the Orion integrated security system together with the Potok-3N PPU. |
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Installation of the device - FERm11-03-001-01 Connecting cables and wires according to the project |
Sensor polling device "Resurs-GSM" Device installation: "Resurs-GSM" is installed on walls or other premises structures in places protected from exposure to precipitation. Overall and installation dimensions are shown in Figure 2 in the “Overall and installation dimensions” section. 4.2.4. Connect meters and actuators in accordance with Figure 1 4.2.5. Connect the 12 V battery. 4.2.6. Connect the wires of the external supply voltage 220 V. |
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FERm10-02-016-06 |
Redundant power supply for OPS RIP-12 equipment. Various modifications have different functions that do not particularly affect the duration of installation, which allows the same price to be applied to them Installation of the RIP is carried out in accordance with clause 3.2 of the instructions and includes: Attaching the RIP to the wall Battery installation Grounding Connecting the network cable and load Connecting the RS-485 communication line and the opto-relay output. |
FSSC-62.4.02.02-0034 FSSC-62.4.02.02-0035 FSSC-62.4.02.02-0036 FSSC-62.4.02.02-0038 FSSC-62.4.02.02-0039 FSSC-62.4.02.02-0040 FSSC-62.4.02.02-0041 |
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FERm10-02-016-06 |
Redundant power supply RIP-24 It differs from RIP-12 in its higher (24 V) output voltage and the number of batteries used. In general, the installation technology does not differ from the above. |
FSSC-62.4.02.02-0042 FSSC-62.4.02.02-0044 FSSC-62.4.02.02-0046 FSSC-62.4.02.02-0047 |
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FERm10-04-100-09 |
Voice alarm device Horn The voice announcement module "Humor" and its modifications are designed to playback recorded in the module or broadcast external voice messages on actions aimed at ensuring safety and warning in the event of a fire and other emergencies. Wall mounted. |
FSSC-61.2.04.06-0012 FSSC-61.2.04.06-0011 |
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The cost is determined by a set of prices for the relevant components: Horn-DB - FERm10-08-001-03 + FERm10-02-030-02 Horn-DT - FERm10-02-030-02 S2000M, Signal-20P, Signal-20M, S2000-BI - at appropriate prices. |
Complex technical means ensuring communication with the fire control room Ropor-Dispatcher Composition of the Complex: Monitoring and control panel “S2000M” (optional); PPKUP "Signal-20P" or "Signal-20M"; Display block “S2000-BI” (optional); Basic unit of the intercom "Rupor-DB" Subscriber unit of the intercom "Rupor-DT" |
FSSC-61.2.07.02-0016 FSSC-61.2.07.02-0012 |
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FERm10-08-001-05 |
Security and fire control panel S2000 The remote control is installed on vertical surfaces (walls) at a height of 1.4 - 1.5 m from the floor. The remote control is attached with screws. External connections to the remote control are made “screw-on” through a contact block installed on the printed circuit board. The connection diagram is given in the Operation Manual. This device is designed to connect 1 alarm loop. |
FSSC-61.2.04.10-0005 |
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FERm10-10-006-01 |
Access controller S2000-2 Designed to control access through one or two access points by reading codes of presented identifiers (Proximity cards, Touch Memory keys and PIN codes), checking rights and access restrictions and closing (opening) relay contacts that control locking devices (electromechanical and electromagnetic locks and latches, turnstile, barrier). |
FSSC-61.2.07.04-0003 Spanish 1 - FSTS-61.2.07.04-0004 |
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FERm10-08-001-04 |
Security and fire control panel S2000-4 The device allows you to connect up to 4 alarm loops. |
FSSC-61.2.06.01-0068 |
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FERm11-04-008-01 |
Device control module Ademco 58хх via RS-485 interface С2000-Adem The controller is designed to transmit notifications from radio channel detectors of the Ademco 58xx series to the “S2000M” monitoring and control panel (PKU) (version 2.04 and higher) or a computer via the RS-485 interface. Controller installation procedure: a) fix the controller in the Ademco receiver housing; b) install the controller in accordance with the electrical connection diagram |
FSSC-61.2.07.05-0040 |
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FERm10-10-006-01 |
Biometric access controller S2000-BIOAccess-F18 Designed to work together with the Orion Pro automated workplace and organize an access control and management system (ACS) using biometric identifiers - fingerprints. The controller is attached to the wall using a bracket. For ease of installation, the delivery kit includes a self-adhesive transparent marking template. To install the bracket, you must disconnect it from the controller. To do this, you need to unscrew the screw at the bottom of the controller using the included screwdriver and carefully pull the bracket towards you and up. The bracket is fixed to the wall using four screws, the wires are routed through the hole. After connecting all the required electrical circuits and checking the functionality, the controller should be mounted on the bracket, securing it with the previously unscrewed screws. |
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Likewise С2000-BioAccess-F18 |
Biometric access controller S2000-BIOAccess-MA300 |
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This device does not require installation. For connection it is possible to use the price FERm11-04-028-01. |
Fingerprint reader С2000-BIOAccess-ZK4500 Designed to work together with the Orion Pro workstation and register fingerprints with their subsequent saving in the database and access controllers S2000-BIOAccess-F4/F8/F18/MA300. Connects to a PC via USB 2.0 interface. For a stable location of the controller on the desktop, the kit includes a stand. You should install the controller on it. To connect the controller to a PC, a wire with a standard USB A connector is output from the controller. |
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FERm10-08-001-13 |
RS-485/RS-232 to Ethernet interface converter S2000-Ethernet "S2000-Ethernet" is designed to translate RS-232/RS-485 interface data to Ethernet and vice versa. This device is installed on the wall and connected to the network |
FSSC-61.2.06.01-0011 |
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FERm11-03-001-01 FERm08-03-575-01 when installed on a DIN rail. Connecting cables at the appropriate prices FERm11. |
The terminal object device of the notification transmission system telephone lines, GSM networks, Ethernet C2000-PGE The device is installed on walls or other room structures. DIN rail mounting possible. Installation of connecting and communication lines is carried out in accordance with the electrical connection diagram |
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FERm10-10-006-01 |
Contactless reader S2000-Proxy, S2000-Proxy N "S2000-Proxy" is designed to read the code from identification cards and transfer it to reception and control devices or ACS controllers. The reader is mounted on the wall. |
FSSC-61.2.07.08-0004 FSSC-61.2.07.08-0005 |
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FERm10-08-001-13 |
Interface converter S2000-USB The converter is attached with screws to the wall |
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FERm10-01-051-36 volume 0.6 (6 ends) |
Address expander S2000-AR1 version 01, S2000-AR1 version 02, S2000-AR1 version 03 |
FSSC-61.2.07.06-0001 FSSC-61.2.07.06-0002 FSSC-61.2.07.06-0003 FSSC-61.2.07.06-0004 |
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FERm10-08-001-13 |
Address expander S2000-AR2 isp.02 AP2 is attached to the wall with two screws |
FSSC-61.2.07.06-0005 |
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FERm10-08-001-13 |
Address expander S2000-AP8 AP8 is attached to the wall with two screws |
FSSC-61.2.07.06-0006 |
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FERm10-08-001-01 |
Reception and control device for automatic fire extinguishing equipment and sirens S2000-ASPT The device is mounted on the wall |
FSSC-61.2.06.01-0007 |
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FERm10-08-001-03 |
Addressable flow meter S2000-ACP2 The addressable flow meter provides connection of 2 pulse meters and data transfer to the S2000-KDL controller. The addressable consumption meter "S2000-ASR2" ATsDR.426433.001 (hereinafter referred to as ASR2) is used with the controller "S2000-KDL" as part of an automated accounting system for resource consumption with an automated workplace "Resurs" or as part of an integrated security system "Orion". |
FSSC-61.2.07.04-0001 |
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FERm10-08-001-03 |
Addressable flow meter S2000-ACP8 The addressable flow meter provides connection of 8 pulse meters and data transfer to the S2000-KDL controller |
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FERm10-08-001-13 |
S2000-BI SMD display unit |
FSSC-61.2.07.02-0031 |
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FERm10-08-001-13 |
Display unit S2000-BI isp.02 |
S2000-BI - FSSC-61.2.07.02-0030 |
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FERm10-08-001-13 |
Display unit with keyboard S2000-BKI |
FSSC-61.2.07.02-0035 |
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FERm10-08-001-13 |
Signaling loop expansion unit S2000-BRShS-Ex Designed for connecting non-addressable intrinsically safe detectors, matched according to intrinsically safe parameters, into a two-wire communication line "S2000-KDL". 2 alarm loops are connected |
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FERm10-08-002-05 |
Security vibration detector surface addressable S2000-B The detector is designed to detect attempts at deliberate destruction (burglary) of concrete walls and ceilings with a thickness of at least 0.12 m, brick walls with a thickness of at least 0.15 m, wooden structures with a material thickness of 20 to 40 mm, plywood with a thickness of at least 4 mm, structures from chipboards with a thickness of at least 15 mm, standard metal safes, cabinets, doors and ATMs. |
FSSC-61.2.01.02-0002 |
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FERm11-03-001-01 (if on self-tapping screws). When mounting with tape, only the connection is taken into account. |
Addressable thermohygrometer S2000-VT The addressable meter is designed to measure the temperature and relative humidity of the air at the installation site and transmit the measured values to the controllers "S2000-KDL" and "S2000-KDL-2I" with subsequent display on the display of the "S2000M" remote control, or display and monitoring using a computer in the workstation "Orion Pro", AWP "S2000", AWP "Resurs". It is installed inside the controlled room on a flat surface (wall, etc.) and secured with two self-tapping screws. Installation with double-sided tape is also allowed (not included in delivery). |
FSSC-61.2.04.02-0021 |
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FERm11-03-001-01 |
Addressable flood sensor "S2000-DZ" is designed to detect water leaks from water pipelines and generate targeted alarm notifications via a two-wire communication line (DPLS). drainage or heating. Mounting holes provide the ability to attach the sensor to horizontal or vertical surfaces. |
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To draw up a correct estimate for the installation of IP video surveillance systems, incl. video cameras, optical SPF modules, video recorders and other equipment, you will need prices for part 10 of the installation collections “Communication Networks”. This collection is quite extensive and contains a huge range of installation prices various types low-current devices, telephone installations, radio communications, television, security and alarm systems. This collection can also cover the installation of specific panels and cabinets for controlling low-current devices. Collections of TERM and FERM for installation were created at the base price of 2000 and require conversion to current prices using special indices. Currently, these indices are issued by the Ministry of Construction - the most current release today is a letter from the Ministry of Construction with indices for various regions as of the 2nd quarter of 2018.
An example of an estimate for IP video surveillance in the TER database
So, you need make an estimate for IP video surveillance with an optical module, but for some reason you don’t want to contact professional estimators at the estimate bureau. Then an example of drawing up an estimate for the installation of IP systems, incl. installation of IP video cameras, optical module, video recorder, etc. In our example, the cost of resources is conditional character– you will still substitute values from the database that suits your region. The main thing, in our opinion, is correct prices, selected for each type of equipment for video surveillance and security systems.
An example of an estimate for IP video surveillance with the installation of an optical module
| Pricing code | Type of work | Unit cost in basic prices, rub. | wages | machine operation |
| TERm10-09-001-02 | Small-sized television IP video camera equipment | 187,19 | 124,65 | 62,54 |
| Supplier price list | Full HD 1080P Outdoor mini IP camera day/night IP65 (-45°C to +50°C), IR up to 40m, WDR 130dB | 2000 | 0 | |
| Supplier price list | Compact IP video camera day/night, fixed lens 2.7 mm with high resolution | 3000 | 0 | |
| Supplier price list | IP video camera with 4.8 - 84 mm lens; execution: street; 25 fps, resolution 1920 x 1080; optical zoom 25x; digital zoom 17x; IR illumination 120 meters | 10000 | ||
| TERm08-02-305-01 | Attaching the bracket to the support | 46,72 | 3,53 | 2,78 |
| Supplier price list | Bracket for mounting outdoor high-speed PTZ IP video cameras | 187,19 | ||
| Equipment price | Mount on a pole or vertical beam with a diameter of 95 - 124 mm, for 5" and 7" speed dome cameras | 324,65 | ||
| TERm11-04-002-01 | Desktop video recorder | 22,48 | 15,29 | 2,78 |
| DVR price | DVR DuoStation AF 32-16P - 32/32 (DualStream recording/playback) for IP video cameras | 10000 | ||
| TERm08-03-573-04 | Installation of a wall-mounted switching cabinet | 69,98 | 39,57 | 2,78 |
| Cost of telecommunications cabinet | Equipment cabinet 19" 24U complete with accessories | 5000 | ||
| TERm10-03-001-04 | Additional board installed at the finished rack location | 26,3 | 15,66 | 10,33 |
| Equipment price | SFP optical module 1Gbit/s | 548 | ||
| TERm10-02-016-06 | Separately installed: stabilizer and UPS | 175,12 | 53,66 | 17,33 |
| UPS price | UPS - batteries are included in the delivery kit of the switch | 5480 | ||
| TERp02-02-001-01 | Installation and basic configuration of general and special software - commissioning of IP video surveillance systems | 29,12 |
Alternative pricing for optical module installation
The optical module is a complex modern device that is actively used today in telephone systems, low-current networks, video surveillance and security alarm systems. As with any equipment installed by modern technologies installation, based on Internet technologies and digital communications, it is quite difficult to find a direct price for an optical module. No matter how they install it, estimators use a number of different prices, which are united by a low cost. Perhaps the only thing that almost all experienced estimators agree on regarding the installation of an optical module is that the costs of its installation should be significantly less than those of commissioning. We suggest considering several alternative options consideration of the installation of this equipment, which is also used in IP video surveillance.
Even with the example of several prices used to estimate the installation of IP video surveillance systems and optical modules, we notice a clear variety of options when drawing up estimates for one job. Many complex modern devices such as optical SPF modules, transceivers, submodules (SMPE-1, SMA 2-4, SMRTs-4, SMTsDP-4), optical cross-connects, patch cords, flow cables and backup power, controllers or switching stations are also In the estimates, prices are set at low cost. But setting up and debugging these devices and instruments according to the TERP collection for commissioning work (and sometimes according to TERM) can ultimately add up to the bulk of the amount in the estimate. Thus, drawing up estimates for the installation of electronics devices, IP telephony and IP video surveillance is not an easy task, because it is necessary that commissioning and installation work correctly balanced among themselves and compiled into a competent estimate.
Examples of estimates
Drawing up estimates for installation, assembly and commissioning of control and automation panels
Estimation of the cost of installation and commissioning of cabinets and panels ShchMP, ShchU, ShchR, ShchRv, ShchO is carried out according to the prices of the TERM, GESNm or FERm collection.
An example of an estimate for installing a pit in Excel, made in the Grand Estimate PC
Local calculations can be performed in different rate bases. This example is made in territorial rates Krasnodar region.
Everyone learned a little something...
Are you interested in the development trends of the estimating industry in the modern conditions of the construction industry? How important are these trends for choosing a place to study for a future estimator and the quality of estimates prepared after studying? This essay describes the historical background of the evolution of estimating in the context of the modern market for services for the study of estimating.
Market research for services for the development of estimate documentation in Krasnodar
A substantive essay about the estimating industry of the Krasnodar region and the city of Krasnodar, which makes it possible to analyze the dynamics of structural changes in the conditions of the entire construction market.
Business plan for creating a tennis club in Krasnodar (short essay)
One of the behavioral trends of the population of large cities, incl. Krasnodar is the popularization of sports that for a long time previously belonged to the elite category. A good example - tennis, becoming increasingly popular. Let's talk about how to make your own tennis club, school or academy.
An example of an estimate for installing grass for a tennis court
An outdoor tennis court is usually dirt, at least this is the case in Krasnodar. Grass court surfaces are much less common and, in principle, are considered more suitable for playing football. Let's look at one example of discrediting the construction of a grass tennis court.
Example (sample) of an explanatory note for an architectural project
An explanatory note is drawn up as part of the working documentation within the framework of projects for the construction and reconstruction of real estate: industrial and public buildings, residential premises, apartment buildings and cottages.
Example (sample) of an estimate for landscaping
The local estimate shows an example of the application of prices for the construction of rock gardens and rockeries, the layout of flower beds, edgings and the creation of other landscape objects.
Example (sample) of an estimate for outdoor lighting
The local estimate shows an example of the application of prices for the installation of lamps on poles, installation of a control panel and related electrical work.
Sample estimate for installation of an automation (control) cabinet
This essay discusses the basic approaches to sizing up the installation of automation cabinets or “assembled” lighting panels, and provides a comparison of the cost parameters of various prices in base prices.
– useful free application for Android, which allows you to create any. A construction estimate taking into account all your wishes and needs.
Possibilities
When drawing up construction estimates, a lot of questions always arise and complex mathematical calculations appear. But with the proposed application, drawing up an estimate will take just a few minutes, especially if the database with available building materials has already been filled out.
You only need to indicate the amount of work and the amount of resources spent to get the final result.
If something doesn’t suit you, you can always make adjustments. After all, to do this, just click on the desired item and hold your finger. After making the necessary changes, the system automatically recalculates the calculations and offers a new modified calculation.
Additional Information
In addition to the fact that you can create your own estimate, the “” program makes it possible to quickly familiarize yourself with useful information materials that contain general information, as well as the opinions of experts on the quality and characteristics of the material used.
It is very comfortable.
Settings
Thanks to a separate menu item with settings, you can use the programs as comfortably as possible. At any time, you can configure the export/import of data, change the currency, and set a coefficient for all prices. Here you can also select and configure the interface (highlighting, scrolling, minimizing, and much more).
Application Features
Among the attractive aspects of the software product are:
- Fast calculation;
- Large selection of building materials;
- Useful construction information based on the experience of other specialists;
- Ability to disable advertising by purchasing the appropriate update.
