The ATS building is a six-story building (including the basement), with dimensions in the axes 54.0 x 18.0. For the relative mark of 0,000, the mark of clean
floor of the first floor.

Basic solutions for the automation of engineering systems.

To control and monitor the operation of ventilation and air conditioning systems in the complex provides a modern integrated automated system control (ACS). ACS is open, expandable, allowing the possibility of adaptation to changing technological conditions. The system was developed on the basis of a modern microprocessor technology for comfort and energy efficiency. providedfor the possibility of further increasing automation. The automated control system includes: freely programmable controllers РХС-100Е with remote modules; peripheral equipment (sensors, actuators, etc.); control cabinets; communication devices. AThe protection and control equipment is located in the control cabinet installed in ventilation chamber. The automation cabinets provide a place for installing controllers,duley and terminal contacts for connecting peripheral equipment. Control cabinets include: controllers and remote modules; introductory switching devices with manual control; automatic circuit breakers for power supply circuits of actuating devices against short circuit and current overloads; magnetic starters (contactors) for controlling actuators; automatic switches for protection of control circuits; transformers 220/24 V for powering controllers, modules and actuatorsroystvo with power supply 24 V; phase control relay; intermediate relays; light-signal fittings to indicate the operation of actuators and accidents; switching equipment for controlling actuators. The following indications are provided on the control cabinets: the presence of voltage in the control circuits "Network"; fan operation; operation of circulation pumps; the threat of freezing; dirty filter; fan failure; accident of circulation pumps; Control cabinets provide: Auto/0/Man switch for switching fan operation modesditch. Auto/0/Man switches to switch the operating modes of the pumps. "Start" buttons for manual activation of fans and pumps. Stop buttons for manual shutdown of fans and pumps.

Domestic and drinking water supply

The water supply of the designed facility is provided from the existing plumbing. To account for the consumption of cold water at the entrance to the building, a water meter unit is provided. The drawings of the water inlet device are not the subject of this section.la, see the HB section. According to SP 30.13330.2012, the project provides for the installation of two inputs intoplumbing to the building. Networks for domestic and drinking water supply are designed from steel galvanized pipes. Domestic drinking water pipelines must be laid in thermal insulation from foamed polyethylene "Energoflex". The main pipelines of the water supply system are laid under thereally the basement floor. Distribution pipelines of the household system. drinking watersupplies are laid under the ceiling of the lower floors. Risers of the water supply systemlaid mainly in mines. For irrigation of the territory in the niches of the outer walls along the perimeter of the building through eachdye 70m installation of watering cranes D=25mm is provided.

Hot water supply

The hot water supply system is designed to supply hot water to plumbing. appliances. A water supply system with a lower wiring has been adopted. Hot water from ITP is supplied to the premises of the automatic telephone exchange through the main pipelines laid under the ceiling of the basement floor and distributed over the risers located in a specially provided mines. The risers below are combined into a circulation line and returned to the ITP. The release of air from the hot water supply system is provided through an automatictic air vents located at the highest points of the system. Hot water supply networks are designed from galvanized steel pipes.

ETC

For centralized supply of connected consumers heat and hot water in the ITP are accepted: dependent scheme for connecting heating systems; dependent scheme for connecting ventilation systems; Water is drained from drains and equipment through inlet funnels through pipelines dy32 and dy50 to the catchment pit. Pipelines are laid in the floor structure with a slope towards pit. Pumping water from the catchment pit to the existing system drainage (or into a cast-iron sewer) is carried out using submersible drainage pump Wilo-Drain TMT 32H102 / 7,5 (1 working + 1 reserve) 10t/h, 10 m.w.st., 0,75 kW.