Supply and Exhaust units "ZEUS"

Standard sizes of ventilation machines "ZEUS"

Our advantages

Self-supporting body design

1. The material of the housing walls, inside and outside the unit, is galvanized, stainless or powder-coated steel with a thickness of 1 mm and 1.5 mm.
   
2. The labyrinth geometry of the panel creates guaranteed rigidity of the housing and an absolutely smooth internal surface of the installation
   
3. Support frame 100 mm high made of 2-3 mm thick steel.
   
4. Two door design options: a door with rotary handles and fittings with the ability to adjust the tilt and degree of pressure of the door. Removable panel with clamps.

Construction of sound-heat-insulated panels

5. High quality hermetic seal.
   
6. Sealing the joints with polyurethane sealant prevents air leaks on the body.
   
7. Galvanized sheet steel in standard design or with polymer coating. Hygienic design equipment can be made of stainless steel.

Unique case design

1. SYSTEM BLOCK CASES are manufactured without the use of an aluminum or steel supporting frame; the body is self-supporting.
   
2. CASING WALL MATERIAL, inside and outside the unit - galvanized stainless steel or powder-coated steel with a thickness of 1 mm or 1.5 mm.
   
3. PANELS AND CASINGS OF UNITS are assembled using elastic seals.
   
4. IN THE INSTALLATIONS ONLY STEEL PARTS ARE USED; there are no joints between steel and aluminum parts that create a galvanic pair.
   
5. THE BODY PANELS are filled with non-combustible mineral wool, 50 mm thick.
   
6. THE HOUSING PARTS ARE MADE WITH GREAT PRECISION, panel joints and inspection doors have reliable seals
   
7. SPECIAL SEALS, clamps and bolts, body panel connection - threaded.
   
8. SMOOTH INTERNAL SURFACES WITHOUT PROTRUSIONS.
   
9. SELF-SUPPORTING STEEL HOUSING OF SYSTEM BLOCKS

Integrated automation

Integrated automation

Easy connection and commissioning, the product's instrumentation and automation devices are already connected, the integrated automatic control system has been tested.

A powerful freely programmable controller with a graphic display that shows the operating parameters of the unit in real time, including productivity, temperature, pressure.

The delivery set includes cable products required for connecting external sensors and nodes.

Unique energy-independent freeze protection

Energy-independent freeze protection.

A unique energy-independent anti-freeze system, protected by a patent of the Russian Federation, allows the equipment to be used in the conditions of the Far North without the risk of the heater freezing.

TECHNICAL INFORMATION

• Air capacity: up to 110,000 m3/h
• Static pressure: up to 3500 Pa
• Air temperature: from -70°C to 50°C
• Service life: not less than 20 years

GENERAL INFORMATION

Supply air conditioning systems with self-supporting sound- and heat-insulated casing and integrated automation of the "ZEUS" series. "ZEUS" sizes 4-240.
TU 4862-001-18961527-15.

Supply systems are used to supply air to the premises. Fresh air is supplied, as a rule, after preliminary preparation, which includes cleaning, heating, cooling and humidification in accordance with the technical specifications.

The air conditioning system of the "ZEUS" series includes technical means for preparing, mixing and distributing air, preparing heat and cold, recuperation in accordance with the technical specifications; automation, remote control and monitoring integrated into the system, as well as technical means for cooling and heating supply, supplied additionally or as a complete set in accordance with the order.

SCOPE OF APPLICATION

The units can be used in various climatic conditions, from arctic to tropical. The unique design of the housing allows for various designs of air conditioning systems: outdoor, hygienic, explosion-proof.

PURPOSE

Air conditioning systems "ZEUS" are designed for processing and preparing air in rooms and for creating and maintaining in them:

established standards of permissible conditions of the air environment, if they cannot be ensured by simpler means;

artificial climatic conditions in accordance with technological requirements inside the premises or part of it all year round or during the warm or cold period of the year;

optimal hygienic conditions of the air environment in production facilities;

optimal conditions of the air environment in the premises of public and residential buildings, administrative and multifunctional buildings, as well as auxiliary buildings of industrial enterprises and organizations.