TICA DATA CENTER

Comprehensive Products

7000+

Global Employees

1500+

Global R&D Engineers

40

R&D and Manufacturing Bases

200+

Laboratories

107

Countries

TICA global footprint ensures seamless collaboration, adhering to uniform standards and service excellence. We meticulously tailor our offerings to the unique needs of each region,

delivering high-quality, targeted services that resonate with local markets.

Milan

SEBIGAS HQ

Innovation Center

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Innovation Center

Stuttgart

Innovation Center

Melbourne

Innovation Center

Nanjing

Innovation Center

Milan

Innovation Center

Lucerne

Since 1991

TICA

CONTENT

3

DATA CENTER COOLING SOLUTIONS OVERVIEW 01

TICA WATER-COOLED CENTRIFUGAL CHILLER 02

TICA AIR-COOLED MAGNETIC BEARING CHILLER 07

TICA CHILLED WATER FAN WALL & CRAH 11

TICA DRY COOLER 16

TICA COOLANT DISTRIBUTION UNIT (CDU) 19

1 Data Center Product DATA CENTER COOLING SOLUTIONS

OVERVIEW

With the rapid growth of AI computing, high-performance computing (HPC), and high-density IT infrastructure,

traditional air cooling systems are facing increasing challenges in heat dissipation capacity and energy efficiency.

TICA introduces the Air-Liquid Unified Cooling Solution, an integrated cooling architecture that enables seamless collaboration

between air cooling and liquid cooling systems through a unified cooling source platform.

By integrating advanced chiller technology, intelligent cooling distribution, and flexible cooling terminals, TICA provides a scalable

solution that supports the entire evolution of data centers — from traditional air-cooled facilities to next-generation AI liquid-cooled

environments.

Air-Liquid Unified Cooling Architecture

One Cooling Platform for Both Air Cooling and Liquid Cooling Applications

Water-cooled Centrifugal Chiller

Air-Cooled Magnetic Bearing Chiller

Water Pump

Chilled Water Fan Wall & CRAH CDU Racks

Primary Cooling Source System Chilled Water Cooling System Direct‑to‑Chip Liquid Cooling System

                     TICA

2

WATER-COOLED DIRECT-DRIVE

CENTRIFUGAL CHILLER

TICA second-generation centrifugal chiller, TWCD series, employs a self-developed direct-drive, two-stage centrifugal

compressor and an ultra-efficient falling film evaporator. It offers stable and reliable performance, intelligent and user-friendly

control, and simple maintenance. It is suitable for a wide range of applications, including hotels, hospitals, sports venues, data

centers and industrial plants.

Innovative Highefficiency Technology

Multiple

Protection

Functions

Elegantly Simple

Design Intelligent

Control

Convenient

Installation and

Maintenance

TWC   D   700   A   E   H   C   T

T = Standard;F = Customized

Application: C = Cooling-only;H = Heat Pump;R = Heat Recovery

U = Ultra Efficiency;P = Premium Efficiency;H = High Efficiency

Power Supply: A = 380V / 50Hz, B = 400V / 50Hz, C = 415V / 60Hz,

D = 380V / 60Hz, E = 460V / 60Hz,

Design Code

Cooling Capacity

Starting / Drive Mode: D = Direct-drive;

TICA Water-cooled Centrifugal Chiller

Nomenclature

3 Data Center Product Direct-Drive Two-Stage Compressor Falling Film Evaporator

Full CFD simulation and the upgraded 3-Dimensional flow

impeller make aerodynamic efficiency increased by 7% compared

to conventional 2-Dimensional impeller, reaching over 92%.

The compressor adopts a back-to-back impeller arrangement

with optimized force balancing. Compared to arranging on the

same side of the impellers, the axial force is reduced by 90% and

the aerodynamic efficiency loss is reduced by 5%.

■

■

The refrigerant distributor distributes liquid film uniformly and

enables 35% reduction of refrigerant charge.

Enhanced heat exchange tubes are utilized and tube

arrangement is upgraded optimized by CFD simulation,

improving heat exchange efficiency by 10% and achieving more

compact footprint.

Tube arrangement and structure optimization reduce water

pressure drop to as low as 40kPa, contributing to improvement

of efficiency of the entire HVAC system.

■

■

■

High-Efficiency High-Efficiency

TICA

4

High-precision Oil System Control

Real-time oil level monitoring guarantees

safe compressor operating across all load

conditions;

Refrigerant-cooled oil cooler with EXV+PID

algorithm maintains oil temperature stably;

Three-phase oil pump with adjustable

oil pressure ensures smooth and reliable

lubricant flow control

■

■

■

External Oil Sump Tank

Stable oil supply from external oil sump

tank; internal special filter maintains stable

oil level.

Internal high-efficiency oil separator – no

oil carryover risk.

Easy maintenance, inspection, and oil

replacement.

Leakage is easy to spot; risk is well

controlled.

■

■

■

■

Reliable Bearing Lubrication

Upon startup, the bearing quickly reaches

the minimum rotational speed to ensure

the establishment of a lubricating oil film.

The oil film in the sleeve bearing prevents

shaft current corrosion issues in variablefrequency drive applications.

The bidirectional oil-wedge hydrodynamic

bearing is resistant to reverse rotation

shutdown

■

■

■

Motor Cooling

The motor has 3 NTC thermistors for

real-time motor temperature monitoring,

ensuring protection against overheating;

An independent liquid receiver, located

at the bottom of the condenser, ensures

adequate refrigerant flow for motor

cooling.

Filter-drier ensures reliable motor cooling

protection.

■

■

■

Surge Protection

Dynamically adjustment of the minimum IGV

opening of each stage and compressor

speed keep maintaining operation within

the safe zone;

Under low-capacity conditions, the

discharge flow path is constricted by the

adjustable diffuser to increase discharge

velocity, thereby avoiding surge;

Real-time monitoring of temperature,

pressure and current pulsations enables

surge detection.

■

■

■

Self-developed VFD

Adaptive PWM technology with automatic

CPWM/DPWM switching achieves a

inverter efficiency of 97.5%;

The VFD features intelligent closedloop control and ultra-high frequency

operation with a carrier frequency up to

6000 Hz; Rapid restart time is less than

10s.

VFD cooling is provided via refrigerantcooled ethelyne glycol solution, enabling

full-rated operation at 8 kHz switching

frequency and 45° C ambient temperature

without derating.

■

■

Pre-Lubrication

Speed

MinSpeed

Actual

Speed

IGV

Position

Actual

IGV

Position

Shut down

Post-Lubrication

IGV

Surge

Protection

Surge

Protection

Speed IGV

IGV

Stays Still

Speed

IGV

Stays Still

Motor RPM

t

t3 t4

v(rpm)

v3

v2

v1

t0 t1 t2

Regular Shutdown

Intelligent Shutdown

Stability & Reliability

Reliable

5 Data Center Product Advanced Touch Screen

Futuristic UX;

15-inch industrial touch screen, with

1920X1080 full HD;

Aluminum alloy enclosure with IP65-rated

protection;

2160 hours operational log storage;

Mounted on a swing arm, allowing for 360°

positional adjustment.

■

■

■

■

■

Communication Protocol

Modbus RTU is standard;

ModbusTCP/IP, BACnet is optional

Able to interface with the BAS (building

automation system)

■

■

■

Comprehensive Functions

Tri-mode control (Local, Remote, BAS);

Three-tier password security;

A multi-dimensional dynamic display for

real-time monitoring;

Detailed fault diagnostics and history

logging;

Power-off memory for auto-resume after

outages;

Programmable start/stop timers

■

■

■

■

■

■

Intelligent interconnection Control

TICA

6

Model TWCD0650AESCT TWCD0700AESCT TWCD0750AESCT TWCD0800AESCT TWCD0850AESCT

Cooling Capacity

Ton 650 700 750 800 850

kW 2286 2462 2638 2814 2989

Power Input kW 233.9 246.9 265.2 284.4 309.3

COP

kW / ton 0.3598 0.3527 0.3536 0.3554 0.3638

kW / kW 9.774 9.971 9.945 9.895 9.666

NPLV-IP

kW / ton 0.1518 0.1499 0.1533 0.1630 0.1957

kW / kW 23.16 23.47 22.94 21.57 17.97

RLA A 318.3 335.6 360.1 385.6 418.9

MCA A 397.9 419.5 450.1 482.0 523.6

MOCP A 557.1 587.4 630.1 674.8 733.1

Starter Type - VFD

Power Supply - 460V / 60Hz

Refrigerant - R513A

Regulation Range - 20%-100% (10%-100% with HGBP)

Evaporator

Flow Pass - 2

Water-side

Pressure

Psig 150.0

MPa 1.0

Flow Rate gpm 1564 1684 1805 1925 2045

m3

/h 355.2 382.4 410.0 437.3 464.6

Pressure Drop

ft H2O 30.9 25.2 28.4 31.7 27.7

kPa 92.4 75.3 84.9 94.8 82.8

Water Pipe

Diameter

inch 10 10 10 10 10

DN 250 250 250 250 250

Condenser

Flow Pass - 2

Water-side

Pressure

Psig 150.0

MPa 1.0

Flow Rate gpm 1853 1992 2134 2278 2425

m3

/h 421.0 452.4 484.7 517.4 550.9

Pressure Drop

ft H2O 28.1 26.5 25.2 23.4 21.4

kPa 84.0 79.2 75.3 69.9 64.0

Water Pipe

Diameter

inch 10 10 10 10 10

DN 250 250 250 250 250

Size

Length

inch 145.3 145.3 145.3 145.3 145.3

mm 3691 3691 3691 3691 3691

Width

inch 75.8 75.8 75.8 78.4 78.4

mm 1925 1925 1925 1990 1990

Height

inch 91.9 91.9 91.9 91.9 91.9

mm 2333 2333 2333 2333 2333

Shipping Weight

lb 14153.7 14484.4 14594.6 15256.0 15630.8

kg 6421 6571 6621 6921 7091

Operating Weight

lb 15696.9 16181.9 16358.3 17196.0 17747.2

kg 7121 7341 7421 7801 8051

Technical Parameters

1. Data are based on: Evaporator LWT at 70 ℉ /21.1℃ , EWT at 80 ℉ /26.67℃；

Condenser EWT at 90 ℉ /32.2℃ , LWT at 100 ℉ /37.78℃

2. The standard power supply is 460 V/60 Hz, and voltage fluctuation within ±10% is allowed. For other power supply options, please

consult TICA.

3. The standard water chamber pressure is 150 Psig.

4. Shipping weight refers to the net weight of the unit, excluding base channel steel and packaging materials.

Notes:

7 Data Center Product The TAMFV series free-cooling air-cooled magnetic bearing chiller is designed and manufactured in compliance with industry

standards, delivering high energy efficiency, exceptional reliability, and rapid response capabilities.

Depending on ambient temperature and detected water temperature, the unit operates in three different modes. When the ambient

temperature falls below a set threshold—such as during transitional seasons or winter—it utilizes natural cooling from outdoor cold air

to partially or fully meet the cooling load on the user side, significantly enhancing energy savings and reducing emissions.

The chiller can be installed directly on rooftops or open outdoor areas without the need for chiller plant rooms.

Ideal for a wide range of applications including pharmaceuticals, electronics, chemicals, metallurgy, and commercial use, this chiller

offers substantial annual cooling cost savings.

TAMF   V   220   2   A   F   C   5

Refrigerant: 5-R513A

Feature code: C-Cooling only; F-Free cooling

Power Supply: F-460V 3N ~60Hz

Design Code: A

Number of compressors: 2

Cooling Capacity: 180RT, 220RT, 250RT...

Operation mode: V-variable frequency

Name code: TICA Air-Cooled Magnetic Bearing Chiller

AIR-COOLED MAGNETIC BEARING CHILLER

Product Overview

Nomenclature

TICA

8

                     Widely used in the pharma-biotech industry, the microelectronics industry, metallurgy and commercial construction, it can greatly save

users' annual cooling costs.

The Operating Mode of Unit is as follows:

Compressor

Evaporator

FC Coil

Condenser

■ Summer: Machanical Mode

When the ambient temperature is high, the unit operates solely

in compressor-driven cooling mode with the free-cooling

function deactivated. This avoids unnecessary water pump power

consumption and prevents a loss of cooling capacity. As ambient

conditions change, the system primarily relies on compressor and

fan modulation to achieve an optimal energy-efficient operation

mode. This cooling mode is typically used during the summer.

Compressor

Evaporator

FC Coil

Condenser

■ Transition Seasons: Hybrid Mode

As the ambient temperature drops below a certain threshold relative

to the returning chilled water temperature, the system activates

hybrid cooling mode. In this mode, the returning chilled water is

first pre-cooled by passing through the free-cooling coil, which

handles a portion of the cooling load using the natural cold source.

The remaining load is then managed by the compressor. This hybrid

mode strikes an optimal balance between compressor and fan

power consumption, thereby minimizing the total power draw of the

unit.

Compressor

Evaporator

FC Coil

Condenser

■ Winter: Full Free-Cooling Mode

At sufficiently low ambient temperatures, the entire cooling load is

handled by the free-cooling coil. In this mode, the compressor is

completely shut down, and cooling capacity is regulated solely by

adjusting the fan speed. This operating mode is typically employed

during the winter.

Operating Mode

9 Data Center Product Technical specifications (without free‑cooling) TAMFV-AFC5 Model TAMFV180.2AFC5 TAMFV220.2AFC5 TAMFV250.2AFC5 TAMFV285.2AFC5 TAMFV370.3AFC5 TAMFV430.3AFC5 TAMFV510.4AFC5 TAMFV570.4AFC5

Cooling Mode

Data

Cooling

Capacity ton 180 220 250 285 370 430 510 570

Cooling

Capacity kW 630 772 879 1000 1300 1500 1800 2000

Power Input kW 143.1 172.4 197.1 207.7 295.3 319.5 408 430

EER

Btu/Wh 15.01 15.29 15.22 16.41 15.01 16.00 15.05 15.87

kW/kW 4.4 4.5 4.5 4.8 4.4 4.7 4.4 4.7

NPLV-IP

Btu/Wh 35.73 36.34 36.20 39.08 35.73 38.10 35.81 37.75

kW/kW 10 11 11 11 10 11 10 11

Electrical Data

RLA A 313 412 420 429 626 635 836 836

MCA A 347 457 465 474 671 680 881 881

MOCP A 400 600 600 600 800 800 1000 1000

Power Supply 460V / 60Hz

Refigerant

Type R513A

Refrigerant

Circuit Number 2 2 2 2 2 2 2 2 2

Compressor

Type Magnetic Bearing

Regulation

Range -

Starter Type VFD

Fan

Air Flow Rate

cfm 132430.1 158916.1 185402.1 211888.1 264860.1 291346.1 357561.2 357561.2

m3

/h 225000.1 270000.12 315000.16 360000.17 450000.21 495000.24 607500.3 607500.3

Quantity / 10 12 14 16 20 22 27 27

Power Input kW 19.5 23.4 27.3 31.2 39 42.9 48.6 48.6

Evaporator

Type Shell &Tube

Water Pipe

Diameter

inch 6 6 6 6 8 8 8 8

DN 150 150 150 150 200 200 200 200

Design

Pressure

Psig 150

MPa 1.0

Water Flow

Rate

gpm 328.0 401.5 457.5 520.4 676.7 780.6 936.5 1040.8

m3

/h 74.5 91.2 103.9 118.2 153.7 177.3 212.7 236.4

Water Pressure

Drop

ft H2O 29.7 30.7 33.4 32.4 22.5 21.6 23.2 22.4

kPa 88.8 91.8 99.8 96.9 67.4 64.6 69.3 66.9

Dimensions

Length

inch 252.4 299.2 346.1 392.9 469.9 516.7 443.9

mm 6410.0 7600.0 8790.0 9980.0 11935.0 13125.0 11275.0

Width

inch 89.4 136.6

mm 2270.00 3470.00

Height

inch 100.8

mm 2560.00

Weight

Shipping

Weight

lb 14753.3 16296.6 18060.3 20044.4 24233.2 25996.9 35362.2 35582.6

kg 6692 7392 8192 9092 10992 11792 16040 16140

Operating

Weight

lb 15458.8 17068.2 18898.0 20926.3 25225.3 27143.3 36618.8 36993.6

kg 7012 7742 8572 9492 11442 12312 16610 16780

Technical Parameters 1. Operating Conditions: Chilled water supply/return temperature 73.4°F (23℃) / 59°F (15℃), ambient dry-bulb temperature 95°F (35℃);

30% ethylene glycol used as fluid

2. The standard power supply is 460 V/60 Hz, and voltage fluctuation within ±10% is allowed. For other power supply options, please

consult TICA.

3. The standard water chamber pressure is 150 Psig.

4. Due to continuous product optimization, the above parameters are subject to change. Refer to the unit nameplate and physical

equipment for definitive data.

Notes: TICA

10

Technical specifications (with free‑cooling)

TAMFV-AFF5 Model TAMFV180.2AFF5 TAMFV220.2AFF5 TAMFV250.2AFF5 TAMFV285.2AFF5 TAMFV370.3AFF5 TAMFV430.3AFF5 TAMFV510.4AFF5 TAMFV570.4AFF5

Cooling Mode

Data

Cooling Capacity ton 180 220 250 285 370 430 510 570

Cooling Capacity kW 630 772 879 1000 1300 1500 1800 2000

Power Input kW 150.2 181 207 219.1 309.6 335.2 423.4 445.4

EER

Btu/Wh 14.30 14.57 14.50 15.56 14.33 15.25 14.50 15.32

kW/kW 4.2 4.3 4.3 4.6 4.2 4.5 4.3 4.5

NPLV-IP

Btu/Wh 34.04 34.62 34.47 37.04 34.08 36.32 34.50 36.45

kW/kW 10 10 10 11 10 11 10 11

Full Freecooling Ambient

Temperature

℉ 38.10 37.65 38.14 38.25 37.45 36.45 35.82 33.58

℃ 3.39 3.14 3.41 3.47 3.03 2.47 2.12 0.88

FC Coils Pressure Drop

ft H2O 14.7 15.1 14.4 14.4 15.4 16.7 7.7 9.4

kPa 44 45 43 43 46 50 23 28

Electrical Data

RLA A 313 412 420 429 626 635 836 836

MCA A 347 457 465 474 671 680 881 881

MOCP A 400 600 600 600 800 800 1000 1000

Power Supply 460V / 60Hz

Refigerant Type R513A

Refrigerant Circuit Number 2

Compressor

Type Magnetic Bearing

Regulation Range -

Starter Type VFD

Fan

Air Flow Rate

cfm 132430.1 158916.1 185402.1 211888.1 264860.1 291346.1 357561.2 357561.2

m3/h 224998.7 269998.4 314998.1 359997.9 449997.4 494997.1 607496.4 607496.4

Quantity / 10 12 14 16 20 22 27 27

Power Input kW 27 32.4 37.8 43.2 54 59.4 64.8 64.8

Evaporator

Type Shell &Tube

Water Pipe Diameter

inch 6 6 6 6 8 8 8 8

DN 150 150 150 150 200 200 200 200

Design Pressure Psig 150

MPa 1.0

Water Flow Rate gpm 328.0 401.5 457.5 520.4 676.7 780.6 936.5 1040.8

m3

/h 74.5 91.2 103.9 118.2 153.7 177.3 212.7 236.4

Water Pressure Drop

ft H2O 29.7 30.7 33.4 32.4 22.5 21.6 23.2 22.4

kPa 88.8 91.8 99.8 96.9 67.4 64.6 69.3 66.9

Dimensions

Length

inch 252.4 299.2 346.1 392.9 469.9 516.7 443.9

mm 6410 7600 8790 9980 11935 13125 11275

Width

inch 89.4 136.6

mm 2270 3470

Height

inch 100.8

mm 2560

Weight

Shipping Weight

lb 15727.8 17712.0 20137.0 23003.1 28735.1 31380.6 43960.2 44621.6

kg 7134 8034 9134 10434 13034 14234 19940 20240

Operating Weight

lb 17315.1 19585.9 22297.6 25428.1 31490.9 34511.2 47421.5 48237.2

kg 7854 8884 10114 11534 14284 15654 21510 21880

Technical Parameters

1. Operating Conditions: Chilled water supply/return temperature 73.4°F (23℃) / 59°F (15℃), ambient dry-bulb temperature 95°F (35℃);

30% ethylene glycol used as secondary coolant

2. The standard power supply is 460 V/60 Hz, and voltage fluctuation within ±10% is allowed. For other power supply options, please

consult TICA.

3. The standard water chamber pressure is 150 Psig.

4. The above NPLV values are provided based on operation in mechanical cooling mode

5. Due to continuous product optimization, the above parameters are subject to change. Refer to the unit nameplate and physical

equipment for definitive data.

Notes:

11 Data Center Product TICA CHILLED WATER FAN WALL & CRAH

Chilled water air conditioning is a type of end-point temperature control product. It is usually combined with chiller units,

water pumps, chilled water pipelines, etc. to form a refrigeration system, using a centralized cold source for cooling. It has the

characteristics of high cooling capacity and significant energy-saving effect.

Application scenarios：Mainly used in large data centers, medium data centers, cloud computing centers, switch rooms,

communication rooms, etc.

xxxx: Cooling Capacity in kW

FW: Far-End Fan Wall

TICA

T FW XXXX A C 2 L N T 1 L T A

A B C D···

C：Chilled Water

1：Single System；2：Dual Systems

L：Cooling Only；S: Cooling and Humidity Control

E: EPIV Valve; T: Electric Two-way Valve; S: Electric Threeway Valve

N: No Compressor

Name Composition Sequence Number Code Code Meaning

Brand 1 1 Alphabet TICA

Product 2-3 2 Alphabets FW: Far-End Fan Wall

Cooling Capacity 4-7 4 Numbers xxxx: Cooling Capacity in kW

Design Code 8 1 Alphabet A B C D···

System Type 9 1 Alphabet C：Chilled Water

Qty. of System 10 1 Number 1：Single System；2：Dual Systems

Function 11 1 Alphabet L：Cooling Only；S: Cooling and Humidity Control

System Form 12 1 Alphabet N: No Compressor

Valve Type 13 1 Alphabet E: EPIV Valve; T: Electric Two-way Valve; S: Electric Three-way Valve

Qty.of modules 14 1 Number 1 2 3···

Electrical Cabinet Access Side 15 1 Alphabet L: Left type; R: Right type; H: Return Air side; S: Supply Air side

Pipe Connection Side 16 1 Alphabet L: Left Side; R: Right Side; T: Top Connection; F: Bottom Connection (Reference：

Facing the supply air side)

Power Supply 17 1 Alphabet A：380V 3N~50HZ；B：380V 3N~60HZ；F：460V 3N~60HZ；I：415V 3N~50HZ；L：

400V 3N~50HZ；P：480V 3N~60HZ

1 2 3···

L: Left type; R: Right type; H: Return Air side; S: Supply Air side

A：380V 3N~50HZ；B：380V 3N~60HZ；F：460V

3N~60HZ；I：415V 3N~50HZ；L：400V 3N~50HZ；P：

480V 3N~60HZ

L: Left Side; R: Right Side; T: Top Connection; F: Bottom

Connection (Reference：Facing the supply air side)

TICA

12

xxxx: Cooling Capacity in kW

RAC：Room-Air-Conditioner

TICA

T RAC XXX A C 2 L U N T N L A

A B C D···

C：Chilled Water

1：Single System；2：Dual Systems

L：Cooling Only；S: Cooling and Humidity Control

N: No Compressor

U: Upflow; D: Downflow; N: Downflow with Lower Fan

Section; P: Downflow with front air discharge base module

Name Composition Sequence Number Code Code Meaning

Brand 1 1 Alphabet TICA

Product 2-4 3 Alphabets RAC：Room-Air-Conditioner

Cooling Capacity 5-7 3 Numbers xxxx: Cooling Capacity in kW

Design Code 8 1 Alphabet A B C D···

System Type 9 1 Alphabet C：Chilled Water

Qty. of System 10 1 Number 1：Single System；2：Dual Systems

Function 11 1 Alphabet L：Cooling Only；S: Cooling and Humidity Control

Air Supply Direction 12 1 Alphabet U: Upflow; D: Downflow; N: Downflow with Lower Fan Section; P: Downflow with

front air discharge base module

System Form 13 1 Alphabet N: No Compressor

Valve Type 14 1 Alphabet E: EPIV Valve; T: Electric Two-way Valve; S: Electric Three-way Valve

Outdoor Unit Type 15 1 Alphabet N: None

Pipe Connection Side 16 1 Alphabet L: Left Side; R: Right Side; S: Lower Left Side; E: Lower Right Side(Reference：

Facing the front door control panel)

Power Supply 17 1 Alphabet A：380V 3N~50HZ；B：380V 3N~60HZ；F：460V 3N~60HZ；I：415V 3N~50HZ；L：

400V 3N~50HZ；P：480V 3N~60HZ

E: EPIV Valve; T: Electric Two-way Valve; S: Electric

Three-way Valve

N: None

A：380V 3N~50HZ；B：380V 3N~60HZ；F：460V

3N~60HZ；I：415V 3N~50HZ；L：400V 3N~50HZ；P：

480V 3N~60HZ

L: Left Side; R: Right Side; S: Lower Left Side; E: Lower

Right Side(Reference：Facing the front door control panel)

Features and values

Energy efficient

The fan adopts EC backward-tilting centrifugal fan, which has a wide range of adaptations. It can automatically adjust the

rotational speed according to the load of the unit.

The unit uses copper tube hydrophilic aluminum fin heat exchanger, which has high heat density and higher heat exchange

efficiency.

Intelligent control

The intelligent controller is used for PID adjustment, the temperature control accuracy can reach ±1 ℃ , creating a more stable

operating environment for the equipment in the computer room.

RS485 communication interface is configured as standard.

Electric valves precisely regulate water flow to ensure a stable water supply, and optional EPIV or EV valves can be used to

directly and accurately regulate and monitor water flow.

Convenient maintenance

The control system and safety protection devices are installed in a separate space isolated from the airflow,allowing for front

maintenance.

Using a centralized cooling source for refrigeration, no additional outdoor units need to be installed. The cooling towers are

centrally placed, effectively saving installation space.

Chilled Water Precision Air-Conditioner

Environmental and reliable

The use of chilled water as a refrigerant is the most natural way of air conditioning, green, healthy and environmentally friendly.

Perfect automatic alarm and diagnosis function, all-round protection of the air conditioning unit, but also more effective

prevention of failure, prolong the service life of the air conditioning unit.

13 Data Center Product Water-cooled magnetic levitation chiller

Air-cooled magnetic levitation chiller

Air-cooled screw chiller

Cooling tower Dry cooler

Water-cooled chiller solution Air-cooled chiller solution

Data center chilled water system solution

The data center chilled water air conditioning system solution mainly consists of chilled water units, chilled water circulation pumps,

expansion water tanks, pipelines, and indoor terminal equipment(chilled water precision air-conditioner,chilled water fan wall).

The chilled water unit, under the action of the compressor, enables the refrigerant to circulate within the unit, where it exchanges heat with

water to produce low-temperature chilled water. The low-temperature chilled water then enters the indoor terminal equipment devices to

remove the indoor heat.

Chilled Water Fan Wall

Computer room layout

Features and values

The fan matrix layout enables a larger air supply volume, shortens the airflow path, ensures uniform air distribution, and reduces the

power consumption of the fans.

High inlet/outlet water temperature, high return air design, low power consumption of the cooling source, and extended utilization

time of natural cooling source

Installation does not require the use of raised floors, freeing up space in the server room. Combined with enclosed cold and hot

aisles, it is suitable for medium to high heat density scenarios.

Configure an EC rearward-tilting centrifugal fan. The fan speed will automatically adjust according to the load. It features low power

consumption, low noise and low vibration.

The operation is simple. It can set the fan speed based on temperature or pressure difference. It is also available with the option to

read real-time values for cooling capacity and air volume.

Easy maintenance. The windscreen is equipped with a maintenance passage, which is conveniently located on the side and allows

for the repair of all components.

System redundancy design ensures the ability to maintain cooling even when some components fail, thereby ensuring more reliable

operation of the unit and reducing operational risks.

TICA

14

Technical Parameters

Mode TRAC035AC TRAC050AC TRAC090AC TRAC135AC TRAC190AC TRAC230AC

Cooling capacity kW 35 50 90 135 190 230

Return/Supply AT ℃ 34/22 34/22 34/22 34/22 34/22 34/22

℉ 93.2/71.6 93.2/71.6 93.2/71.6 93.2/71.6 93.2/71.6 93.2/71.6

Inlet/Outlet WT ℃ 15/22 15/22 15/22 15/22 15/22 15/22

℉ 59/71.6 59/71.6 59/71.6 59/71.6 59/71.6 59/71.6

Media / Water Water Water Water Water Water

Power Supply / 460V/3Ph/60Hz

Input Power kW 1.7 2.3 4.8 7.2 10.5 13.2

Air flow m³/h 10000 12000 24000 36000 37500 50000

CFM 5886 7063 14126 21189 22072 29429

Qty. of Fans / 1 1 2 3 3 4

ESP Pa 150 150 150 150 150 150

Water pressure drop kPa ≤ 80 ≤ 80 ≤ 80 ≤ 80 ≤ 80 ≤ 80

psi ≤ 11.6 ≤ 11.6 ≤ 11.6 ≤ 11.6 ≤ 11.6 ≤ 11.6

Connection type / Flange Flange Flange Flange Flange Flange

Pipe diameters / DN32 DN50 DN50 DN65 DN50 DN65

Operating weight kg 300 350 680 1060 1300 1400

lb 661 772 1499 2337 2866 3086

Width（W) mm 1180 1250 1830 2730 3000 3300

in 46.5 49.2 72 107.5 118.1 129.9

Depth（D） mm 900 1000 1000 1000 1000 1000

in 35.4 39.4 39.4 39.4 39.4 39.4

Height（H） mm 2000 2100 2100 2100 2400 2400

in 78.7 82.7 82.7 82.7 94.5 94.5

Chilled Water Precision Air-Conditioner

1. The above unit dimensions do not include the dimensions of optional accessories such as air valves;

2. Different power supply systems can be adjusted according to customer requirements. For details, please consult the Tica technicians;

3. The unit capacity is strongly related to the operating conditions. The above data is only for reference. For other media (ethylene

glycol), other operating conditions or altitudes exceeding 1000m, please contact the Tica technicians.

Notes:

15 Data Center Product Technical Parameters

Mode TFW0155AC TFW0210AC TFW0350AC TFW0500AC

Cooling capacity kW 155 210 350 500

Return/Supply AT ℃ 34/22 34/22 34/22 34/22

℉ 93.2/71.6 93.2/71.6 93.2/71.6 93.2/71.6

Inlet/Outlet WT ℃ 15/22 15/22 15/22 15/22

℉ 59/71.6 59/71.6 59/71.6 59/71.6

Media / Water Water Water Water

Power Supply / 460V/3Ph/60Hz

Input Power kW 9.5 12.8 22.4 28.8

Air flow m³/h 44000 50000 75000 125000

CFM 25898 29429 44144 73572

Qty. of Fans / 4 4 8 12

ESP Pa 150 150 150 150

Water pressure drop kPa ≤ 80 ≤ 80 ≤ 80 ≤ 100

psi ≤ 11.6 ≤ 11.6 ≤ 11.6 ≤ 14.5

Connection type / Flange Flange Flange Flange

Pipe diameters / DN80 DN80 DN80 DN100

Operating weight kg 1500 1400 2100 4780

lb 3307 3086 4630 10538

Width（W) mm 2100 2200 4000 4000

in 82.7 86.6 157.5 157.5

Depth（D） mm 1600 1400 1900 4650

in 63 55.1 74.8 183.1

Height（H） mm 3400 2500 2540 4150

in 133.9 98.4 100 163.4

Chilled Water Fan Wall

1. The above unit dimensions do not include the dimensions of optional accessories such as air valves;

2. Different power supply systems can be adjusted according to customer requirements. For details, please consult the Tica technicians;

3. The unit capacity is strongly related to the operating conditions. The above data is only for reference. For other media (ethylene

glycol), other operating conditions or altitudes exceeding 1000m, please contact the Tica technicians.

Notes:

TICA

16

TICA DRY COOLER

The Dry Cooler fully utilizes outdoor ambient cooling to reduce heat within the data center or server room.

The Dry Cooler is installed outdoors, where ambient air enters the unit and exchanges heat with the cooling medium (water or

ethylene/ propylene glycol fluid). The cooled medium is then circulated back to the indoor terminal cooling equipment, where it

completes the heat exchange process on the indoor side.

Wet film and spray systems are available, which can reduce the effective inlet air temperature during high-temperature seasons,

thereby enhancing heat transfer capacity and improving overall energy efficiency to achieve energy savings.

Dry Coolers are widely used in regions with abundant natural cooling resources and offer significant economic advantages.

xxxx: Heat Exchange Capacity in kW

DR: Dry Cooler

TICA

T DR XXXX A E W S C A

A B C D···

E: EC Fan; A: AC Fan

W: With Wet Film; N: Without Wet Film

S: With Spray System; N: Without Spray System

A：380V 3N~50HZ；B：380V 3N~60HZ；F：

460V 3N~60HZ；I：415V 3N~50HZ；L：400V

3N~50HZ；P：480V 3N~60HZ

C: With Pump; N：Without Pump

Name Composition Sequence Number Code Code Meaning

Brand 1 1 Alphabet TICA

Product 2-3 2 Alphabets DR: Dry Cooler

Heat Exchange Capacity 4-7 4 Numbers xxxx: Heat Exchange Capacity in kW

Design Code 8 1 Alphabet A B C D···

Fan Type 9 1 Alphabet E: EC Fan; A: AC Fan

Wet Film 10 1 Number W: With Wet Film; N: Without Wet Film

Spray System 11 1 Alphabet S: With Spray System; N: Without Spray System

Pump 12 1 Alphabet C: With Pump; N：Without Pump

Power Supply 13 1 Alphabet A：380V 3N~50HZ；B：380V 3N~60HZ；F：460V 3N~60HZ；I：

415V 3N~50HZ；L：400V 3N~50HZ；P：480V 3N~60HZ

17 Data Center Product High Efficiency

Utilizes natural cooling sources, combined with a multi-fan

forced convection design, delivering high heat exchange efficiency

and low unit energy consumption.

Integrates wet film and spray technologies; fan speed can be

reduced during high-temperature seasons to achieve energy savings. Easy Maintenance

Front-access maintenance design; pumps, valves, and the

electrical control panel are all serviceable from the front,

ensuring convenient access to all maintenance points.

Low Noise

High-efficiency EC fans with stepless speed regulation,

ensuring stable operation, high efficiency, and low noise.

Environmentally Friendly·

Optional wet film circulating water pre-cooling system significantly

reduces water onsumption compared to cooling towers, enabling

ultra-low WUE operation.

Compact Structure

Large “V”-shaped heat exchanger design provides sufficient

heat transfer surface area while optimizing installation

footprint.

Data Center Corrosive

Environment Power Plant

Data Center, Corrosive Environment, Power Plant, Bank, Museum.

Product Advantages

The Dry Cooler can be integrated with wet film and spray system. During operation, the unit prioritizes the use of outdoor ambient

cooling. When outdoor temperatures rise, the wet film and spray systems are activated to provide pre-cooling, ensuring cooling

capacity while reducing fan speed for energy-efficient operation.

Operating Mode

Free-cooling Mode

During winter or transitional seasons, when

outdoor temperatures are

low, the EC fans are activated to operate in

forced air-circulation mode, utilizes natural

cooling to exchange heat with the coils,

meeting the cooling requirements.

Wet Film Pre-cooling Mode

When outdoor temperatures are high, the

wet film evaporative pre-cooling is activated

and, together with forced air circulation for

convective heat transfer, fulfills the cooling

requirements.

Spray System Mode

When outdoor temperatures rise further, the

water pump is

activated to pre-cool the air using sprayed

water, combined with forced air circulation

for convective heat transfer, meeting the

cooling demand.

Applications

TICA

18

Model - TDR0350AENNNF TDR0450AENNNF TDR0550AENNNF TDR0650AENNNF TDR0800AENNNF TDR0950AENNNF TDR1050AENNNF TDR1200AENNNF

Power Supply - 460V/3Ph/60Hz

Ambient DB

˚F 95

℃ 35

Performance Parameters

Heat dissipation kW 340 472 586 680 812 946 1080 1214

EWT

˚F 116.6

℃ 47

LWT

˚F 105.8

℃ 41

Num of Fans - 6 8 10 12 14 16 18 20

Air flow

CFM 77647 103529 129412 155294 181176 207059 232941 258824

m³/h 132000 176000 220000 264000 308000 352000 396000 440000

Input Power kW 13.8 18.4 22.9 27.5 32.1 36.7 41.3 45.9

Media - 50%EG

Dimensions & Weight

Width（W）

in 89.76

mm 2280

Height（H）

in 99.61

mm 2530

Depth（D）

in 173.23 220.47 267.72 314.96 362.2 409.45 456.69 503.94

mm 4400 5600 6800 8000 9200 10400 11600 12800

Net weight

lb 6393.41 8377.57 10141.26 11904.96 13889.12 15873.28 17857.44 19841.6

kg 2900 3800 4600 5400 6300 7200 8100 9000

Marine transport without spray or wet-film

Technical Parameters

1.The power supply specifications can be adjusted accordingly. For details, please consult TICA technical support.

2. The unit capacity is highly dependent on operating conditions, the above data is for reference only. For other media (such as water

or glycol), different operating conditions, or altitudes above 1000 m, please contact TICA technical support for verification and proper

selection.

Notes:

19 Data Center Product TICA COOLANT DISTRIBUTION UNIT (CDU)

CDU leverages the high thermal conductivity and high heat capacity of liquids to replace air as the heat dissipation medium,

boasting the advantages of low energy consumption, high heat dissipation efficiency, and low noise.

xxxx: Cooling Capacity in kW

CDU：Coolant Distribution Unit

TICA

T CDU XXXX A C E XXX T A

A B C D···

C：Cold Plate Type

E: Standard Cabinet; R: Rack Mount; T: Box Type; N:

Custom Frame

xxx：Inlet and Outlet Pipe Diameter (DN)

A：380V 3N~50HZ；B：380V 3N~60HZ；F：460V

3N~60HZ；I：415V 3N~50HZ；L：400V 3N~50HZ；P：

480V 3N~60HZ

S: Single Pump; D: Dual Pumps; T: Triple Pumps

Name Composition Sequence Number Code Code Meaning

Brand 1 1 Alphabet TICA

Product 2-4 3 Alphabets CDU：Coolant Distribution Unit

Cooling Capacity 5-8 4 Numbers xxxx: Cooling Capacity in kW

Design Code 9 1 Alphabet A B C D···

System Type 10 1 Alphabet C：Cold Plate Type

Configuration Type 11 1 Alphabet E: Standard Cabinet; R: Rack Mount; T: Box Type; N: Custom Frame

Pipe Diameter 12-14 3 Number xxx：Inlet and Outlet Pipe Diameter (DN)

Qty.of Pump 15 1 Alphabet S: Single Pump; D: Dual Pumps; T: Triple Pumps

Power Supply 16 1 Alphabet A：380V 3N~50HZ；B：380V 3N~60HZ；F：460V 3N~60HZ；I：415V 3N~50HZ；L：

400V 3N~50HZ；P：480V 3N~60HZ

TICA

20

Adaptive Stepless Regulation for LowFlow and High-Flow Scenarios

Online Non-stop Maintenance of

Circulation Pumps

Maintenance of a Single Expansion Tank

Does Not Affect System Stable Operation

Online Non-stop Maintenance of

Expansion Tanks

High Effective Filtration Capacity

No Filtration Dead Zone in SecondarySide System

Online Non-stop Maintenance of Filters

Triple Redundancy of

Expansion Tank

Triple Redundancy of

Circulation Pumps

Triple Redundancy of

Circulation Pumps

It features the following control modes

Secondary-Side Liquid Temperature

Control Accuracy ±0.5℃

Differential Pressure Control Accuracy

±0.1bar

Real-time Display of Operation Curves

for Intuitive Status Monitoring

Target Differential Pressure / Target Flow

Rate Mode

Target Temperature / Anti-Condensation

/ Dew Point Tracking Mode

Intelligent Identification of High and Low

Load Scenarios

Noise ≤ 65dB (A), Delivering a Quiet

Computer Room Environment

The controller is equipped with a UPS,

enabling online monitoring even when the

entire system is powered off.

Redundancy Design of Core

Components, Ensuring Stable Unit

Operation Upon Single Component Failure

Auto-Intelligent Control

Quiet Operation

High-Precision Control

Convenient Management

Controller Power Failure Memory

Fault-Free Operation

TCDU1350 Product Advantages

The cold source adopts medium-temperature water-cooled sources — dry coolers or cooling towers, which are compatible with

liquid-cooled cold sources. The air-liquid ratio can be flexibly adjusted, supporting rapid and flexible business deployment.

TCDU Product Advantages

Compatibility - Air-Liquid Homologous Source

sever sever sever sever sever sever ... ... sever sever sever sever sever sever

Fan Fan wall

Heaf

exchanger

Comnpressor

Dry

cooler

Cooling

pump

EXV Water

coiL

DX

coil

21 Data Center Product TCDU TCDU0300 TCDU0450 TCDU0800 TCDU1350 TCDU2500

Heat Exchange Capacity kW 300 450 800 1350 2500

Primary-Side

Supply Temp

℃ 35 35 35 35 35

℉ 95 95 95 95 95

Coolant / water water water water water

Pipe Diameter

DN 80 80 100 100 150

Inch(ISO) 2.5 2.5 4 4 6

Secondary-Side

Supply Temp

℃ 39 39 39 39 39

℉ 102.2 102.2 102.2 102.2 102.2

Coolant / water water water water water

Pipe Diameter

DN 80 80 100 100 150

Inch(ISO) 2.5 2.5 4 4 6

Rated Flow

m³/h 20.4 30 78 120 196.5

L/min 340 500 1300 2000 3275

Rated Head bar 1.5 1.5 2 2 2.5

Rated Power kW 4.5 5.5 14 21 44

Supply Power / 460V/60Hz

Size（W×D×H） mm 600×1200×2000 900×1200×2200 1000×1500×2300

in 23.6×47.2×78.7 35.4×47.2×86.6 39.4×59×90.6

Net Weight kg 470 750 900 1100 2500

lb 1036 1654 1984 2425 5512

TManifold

Size 30x30mm/40x40mm/50x50mm

Branch 20-50pcs

Branch flow 1-3L/min

Distribution non-uniformity rate ≤ 10%

Material SUS304/SUS316

Simulation of Fluid Distribution Imbalance Rate

Fluid Distribution Imbalance Rate Test

Sanitary Grade Stainless Steel Square Pipe

Installation and Cleaning in Dust-Free Workshop

Arc Angle Transition Design for Reducing Hygienic Dead Corners

TCDU Technical Parameter List

TManifold

Technical Parameters

TICA

22

Date Topic

23 Data Center Product Date Topic TICA

24

Date Topic

Fostering a better life

Limiting the temperature increase to 1.5°C

Note:Due to constant improvement and innovation of TICA product,the specifications and parameters contained in

this document are subject to change without prior notice.

TICA USA INC

Tel:+1 602-922-8780

www.tica.com email: global@tica.com

4940 W, Lower Buckeve Rd. Phoenix, AZ 85009

Website:www.global.tica.com

this document are subject to change without prior notice.

Century Industry Co. Ltd.

ADD: #810, 52, 2gongdan 5-ro, Seobuk-gu, Cheonan-si, Chungnam, Korea