Product List

Cooling Systems
Cooling Systems

Data centers are dedicated facilities which support business critical IT servers. Tightly packed server racks are generating exponentially more computer power and most of this is converted into rejected heat. For a data center to run successfully day after day, it is essential to keep the environment cool. At Tiam, there is a wide selection of data center cooling products to ensure that your business network runs smoothly. Whether you are looking for active cabinet containment, unity cooling or small room cooling, you can rest assured that there is a rack cooling system for your business needs at Tiam.

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In-Row(DX)-20kW
In-Row(DX)-20kW
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In-Row(DX)-20kW
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barcode: TAC-209DX

In this solution, cooling systems are located between racks. These systems direct airflow into the cold aisle and cause moderate temperature of cold aisle and air of racks.

 

TIAM’s cooling systems:

  1. In-row cooling system, 5-ton capacity, DX and chilled water
  2. In-row cooling system, depth 600 mm, controlling capacity
Fan Door (for Intelli Rack)
Fan Door (for Intelli Rack)
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Fan Door (for Intelli Rack)
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barcode: TDF-422I

In Row-Oriented or Room-Oriented solutions, cooled air should flow from the front to the back of the racks for providing required cooling of equipment. In order to facilitate and increase the airflow from the front to the back, the fan doors are used in rear doors.

Fan Door (for Digi+ Rack)
Fan Door (for Digi+ Rack)
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Fan Door (for Digi+ Rack)
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barcode: TDF-422G

In Row-Oriented or Room-Oriented solutions, cooled air should flow from the front to the back of the racks for providing required cooling of equipment. In order to facilitate and increase the airflow from the front to the back, the fan doors are used in rear doors.

Exhausted Door (for Intelli Rack)
Exhausted Door (for Intelli Rack)
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Exhausted Door (for Intelli Rack)
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barcode: TDX-422I

In data centers using Room-Oriented and Row-Oriented Air Conditioning systems and applying Fully Ducted Hot Air Collection, cooled air should be provided in front of racks. After passing through equipment, warmed air leaves back of racks. Therefore, in racks with high power consumption, in order to facilitate and increase direct air flow rate from front to end of racks, as well as to prevent the hot and cold air interference in the room, Exhausted Doors are used.

Exhausted Door (for Digi+ Rack)
Exhausted Door (for Digi+ Rack)
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Exhausted Door (for Digi+ Rack)
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barcode: TDX-422G

In data centers using Room-Oriented and Row-Oriented Air Conditioning systems and applying Fully Ducted Hot Air Collection, cooled air should be provided in front of racks. After passing through equipment, warmed air leaves back of racks. Therefore, in racks with high power consumption, in order to facilitate and increase direct air flow rate from front to end of racks, as well as to prevent the hot and cold air interference in the room, Exhausted Doors are used.

Enclosure Cooling System (DX)5kW
Enclosure Cooling System (DX)5kW
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Enclosure Cooling System (DX)5kW
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barcode: TAC-053DX

Enclosure cooling systems have been designed and built to support the internal cooling of small chambers, electrical panels and closed racks. In these coolers, the compressors, heat exchangers, mechanical and control equipment are all placed in a Case. The design of the case is such that it can easily be installed on the wall of the rack, or the electrical panel. The function of this cooler creates a cool air stream inside the rack / power panel and the hot air flow in the outside space.

Enclosure Cooling System (DX)2.5kW
Enclosure Cooling System (DX)2.5kW
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Enclosure Cooling System (DX)2.5kW
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barcode: TAC-023DX

Enclosure cooling systems have been designed and built to support the internal cooling of small chambers, electrical panels and closed racks. In these coolers, the compressors, heat exchangers, mechanical and control equipment are all placed in a Case. The design of the case is such that it can easily be installed on the wall of the rack, or the electrical panel. The function of this cooler creates a cool air stream inside the rack / power panel and the hot air flow in the outside space.

Building Management HMI
Building Management HMI
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Building Management HMI
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barcode: TBM-HMI

The purpose of designing of a monitoring system is to optimize control and adjustment of cooling systems. In this system, with help of sensors and measuring equipment, vital information of cooling systems, such as temperature, humidity and current voltage, etc. are measured and, an appropriate command for setting up, shutting down or adjusting the system based on the analysis of information, will be applied.

Humidifier
Humidifier
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Humidifier
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barcode: Call to answer

A review on results of some studies on cooling systems of data centers points out to importance of a proper cooling. Accordingly, for every 10 ° C increase in temperature relative to recommended optimum temperature for operation of the equipment, the probability of failure and the interruption of service of the equipment increase by 50%.

In-Row(CW)-40kW
In-Row(CW)-40kW
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In-Row(CW)-40kW
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barcode: TAC-409CW

In this solution, cooling systems are located between racks. These systems direct airflow into the cold aisle and cause moderate temperature of cold aisle and air of racks.

 

TIAM’s cooling systems:

  1. In-row cooling system, 5-ton capacity, DX and chilled water
  2. In-row cooling system, depth 600 mm, controlling capacity
In-Row(CW)-20kW
In-Row(CW)-20kW
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In-Row(CW)-20kW
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barcode: TAC-209CW

In this solution, cooling systems are located between racks. These systems direct airflow into the cold aisle and cause moderate temperature of cold aisle and air of racks.

 

TIAM’s cooling systems:

  1. In-row cooling system, 5-ton capacity, DX and chilled water
  2. In-row cooling system, depth 600 mm, controlling capacity
In-Row(Blank Spacer)
In-Row(Blank Spacer)
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In-Row(Blank Spacer)
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barcode: TAC-009

Regarding the infrastructure implementation plan and considering the future development of a data center, data center authorities prefer to implement some of infrastructures from the beginning, and not face the heavy costs of equipment that they will not need at least in the next few years. With this in mind, TIAM Network hot and cold Aisles are designed to provide future development capabilities.

In the event that all design coolers are not needed at first stage of operation, and in practice, the purchase of these coolers only takes place after a few years, in order to enclose a cold or hot Aisle, TIAM Networks Suggests a Blank Chassis (Spacer) that installed instead of the coolers and allows the Hot or Cold Aisle encloses completely. In the future, after purchasing a new cooler, the chassis will come out of space without having to open the infrastructure, and the new cooler will be installed in place.

In-Room(CW)-20kW
In-Room(CW)-20kW
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In-Room(CW)-20kW
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barcode: TAC-204CW

Data centers’ electrical facilities such as power panels and UPSs that are in the Utility Room generate heat that should be cooled down by cooling systems. TIAM has designed and produced an In-Room cooling solution for cooling the room.

In-Room(DX)-20kW
In-Room(DX)-20kW
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In-Room(DX)-20kW
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barcode: TAC-204DX

Data centers’ electrical facilities such as power panels and UPSs that are in the Utility Room generate heat that should be cooled down by cooling systems. TIAM has designed and produced an In-Room cooling solution for cooling the room.

In-Rack (DX)-20kW
In-Rack (DX)-20kW
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In-Rack (DX)-20kW
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barcode: TAC-207DX

In this cooling solution, the cooling units are placed between racks or beside them, and by directing the cold air from sides to the racks, they cause the temperature to be moderate.

In this mechanism, space constraints to create data centers in places where the Cold/Hot Aisles cannot be created is significantly reduced. Also, in places where the number of racks is limited and there is no need to create a data center. By solving the cooling problem, creating a data center for the existing server room will be unnecessary.

 

In-Rack (CW)-20kW
In-Rack (CW)-20kW
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In-Rack (CW)-20kW
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barcode: TAC-207CW

In this cooling solution, the cooling units are placed between racks or beside them, and by directing the cold air from sides to the racks, they cause the temperature to be moderate.

In this mechanism, space constraints to create data centers in places where the Cold/Hot Aisles cannot be created is significantly reduced. Also, in places where the number of racks is limited and there is no need to create a data center. By solving the cooling problem, creating a data center for the existing server room will be unnecessary.

 

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