TROX DID312 Multi Service Chilled Beams Instruction Manual

: June 16, 2024
: TROX

Table of Contents

TROX DID312 Multi Service Chilled Beams
Product Information
Product Usage Instructions
FAQ
Introductions
References
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TROX DID312 Multi Service Chilled Beams

Product Information

Specifications

Application range: Office
Type: Reference
Project Stakeholder: PSP Farman, Moscow
Architect: Bernaskoni
Construction area: 6,000sqm
Principals: Energy efficiency, Environmental friendliness, Ergonomics, and cost-effectiveness

Product Usage Instructions

Multi-Service Chilled Beams

The Hypercube project incorporates the use of Multi Service Chilled Beams, specifically the DID312 and DID632 models. These chilled beams provide a combination of cooling, heating, and ventilation functions within an office space. The beams are designed to be active and require appropriate installation and connection to the building’s HVAC system.

Grilles and Diffusers

Air grilles are utilized in the Hypercube construction to facilitate the distribution of air throughout the office. These grilles ensure proper airflow and ventilation within the space. Diffusers are also included to control the direction and spread of the airflow. Proper placement and installation of grilles and diffusers are essential for optimal performance.

Attenuators

Attenuators are used in the Hypercube project to reduce noise levels caused by the airflow. These components help maintain a comfortable and quiet working environment. Attenuators should be installed at appropriate points in the ventilation system to effectively minimize noise.

Air Flow Control Units

The Hypercube project incorporates various airflow control units to regulate the volume and direction of airflow within the office space. These units include:

VAV terminal units: Variable Air Volume terminal units allow for individual control of airflow in different zones or rooms.
CAV controllers: Constant Air Volume controllers maintain a consistent airflow rate throughout the ventilation system.
Circular flow adjustment dampers: These dampers enable adjustment of air direction and flow patterns as needed.

Proper installation and configuration of these airflow control units are crucial for achieving desired air circulation and comfort levels.

FAQ

Q: What is the purpose of Multi Service Chilled Beams?
A: Multi Service Chilled Beams provide combined cooling, heating, and ventilation functions within an office space. They offer energy-efficient climate control while maintaining a comfortable working environment.
Q: How do Grilles and Diffusers contribute to air distribution?
A: Grilles and Diffusers help distribute air evenly throughout the office by ensuring proper airflow and controlling the direction and spread of the air. They play a crucial role in maintaining ventilation and air quality.
Q: Why are Attenuators necessary in the Hypercube project?
A: Attenuators are used to reduce noise levels caused by the airflow in the ventilation system. They help create a quieter and more comfortable working environment for the occupants.
Q: What are the different types of Air Flow Control Units used in the Hypercube project?
A: The Hypercube project incorporates VAV terminal units, CAV controllers, and Circular flow adjustment dampers. VAV terminal units allow for individual control of airflow, CAV controllers maintain a consistent airflow rate, and circular flow adjustment dampers enable adjustment of air direction and flow patterns.

Introductions

Application range

Office

Type

Reference

Project Stakeholder: PSP Farman, Moscow

Architect: Bernaskoni
The Hypercube is the first building of the Skolkovo Innovation Centre. Architects, Bernaskoni, describe the Hypercube building as “the architecture of a new generation, a building that exists not only in the dimension of space, but also in the dimension of time and communication. The building is programmed to respond to user requests. Flexible façade and interior space can be transformed in time. A concrete exo-frame allows updates to the façade, and interior space and can be easily transformed according to the function of the building. Just like the International Space
Station, Hypercube is a physical area of innovation and experimentation in architecture, engineering, art and media”.
At 6,000sqm the Hypercube construction is based on the “4E” principles: Energy efficiency, Environmental friendliness, Ergonomics, and cost Effectiveness.
TROX UK and other TROX subsidiaries provided a range of products in the Hypercube project including

Multi-Service Chilled Beams