Tcc12r14s-04, tcc12r10l-05, tcc12r12l-06, Chillers turbochill™ air cooled and freecool, Te ch ni ca l – Airedale TurboChill FreeCool 200kW - 1830kW User Manual

Page 52: Air c oo led, Technical data

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52

Chiller Technical Manual 7525355 V1.1.0_04_2013

Te

ch

ni

ca

l

Chillers

TurboChill™ Air Cooled and FreeCool

A

ir C

oo

led

10

11

12

Mechanical Data

Notes Units

TCC12R14S-04

TCC12R10L-05

TCC12R12L-06

Cooling Duty - AC Fans

(1)

kW

560

600

670

Nom Input -Cooling Only

kW

151.9

183.8

195.4

EER

(2)

3.69

3.26

3.43

ESEER

(3)

4.88

4.65

4.70

SEER

(3)

4.74

4.50

4.56

Nominal Output - Free Cooling

(4)

kW

N/A

N/A

N/A

Ambient when Free Cooling = 100% Nominal DX

(5)

°C

N/A

N/A

N/A

Cooling Duty - EC Fans

(1)

kW

560

600

670

Nom Input -Cooling Only

kW

146.7

180.6

193.0

EER

(2)

3.82

3.32

3.47

ESEER

(3)

5.82

5.24

5.35

SEER

(3)

5.59

5.02

5.13

Nominal Output - Free Cooling

(4)

kW

N/A

N/A

N/A

Ambient when Free Cooling = 100% Nominal DX

(5)

°C

N/A

N/A

N/A

Cooling Duty - High Airflow EC Fans

(1)

kW

560

600

670

Nom Input -Cooling Only

kW

146.6

180.4

192.8

EER

(2)

3.82

3.33

3.47

ESEER

(3)

5.82

5.24

5.35

SEER

(3)

5.59

5.02

5.13

Nominal Output - Free Cooling

(4)

kW

N/A

N/A

N/A

Ambient when Free Cooling = 100% Nominal DX

(5)

°C

N/A

N/A

N/A

Capacity Steps

(6)

%

15-100%

15-100%

15-100%

Dimensions (H x W x L)

mm

2785 x 2200 x 8286

2785 x 2200 x 6022

2785 x 2200 x 7154

Machine Weight

(7)

kg

6560

5430

6510

Operating Weight

(7)

kg

6735

5625

6760

Construction Material

Base: Plain Galvanised Steel, Panels: Galvanised Sheet Steel,

Epoxy Baked Powder Paint, Light Grey (RAL 7035)

Evaporator - Type

Flooded - Shell and Tube Evaporator

Insulation

Class O, UV stable Insulation

Total Max. Water Flow

l/s

40.5

50.0

58.8

Total Min. Water Flow

l/s

13.3

16.7

19.4

Condenser - Type

Epoxy Coated Aluminium Microchannel & Aluminium Fins

Face Area Total

33.2

23.7

28.4

Maximum Airflow - AC Fans

m³/s

79.0

56.5

67.8

Maximum Airflow - EC Fans

m³/s

88.6

63.3

75.9

Maximum Airflow - High Airflow EC Fans

m³/s

95.7

68.3

82.0

Condenser Fan & Motor

Sickle Bladed Axial Fan

Quantity

14

10

12

Diameter

mm

800

800

800

Maximum Speed - AC Fans

rpm

910

910

910

Maximum Speed - EC Fans

rpm

1025

1025

1025

Maximum Speed - High Airflow EC Fans

rpm

1100

1100

1100

Compressor - Type

Turbocor - Oil Free Compressor

Quantity

2

2

2

Capacity Control

Variable Frequency Drive (VFD) for Linear Capacity Modulation

Refrigeration

Single Circuit

Refrigerant Pre-charged

R134a

R134a

R134a

Charge (Total) CCT1 + CCT2

kg

340

290

445

Refrigeration Control

Electronic Expansion Valve (EEV)

Water System

Grooved Type Coupling and Pipe Assembly

Water Inlet / Outlet

DN125

DN150

DN150

Water Drain / Bleed - Evap

inch

1/2

1/2

1/2

Water Volume

l

140.8

140.8

140.8

Minimum System Water Volume

(8)

l

1332.2

1417.3

1566.3

Max System Operating Pressure

Barg

10

10

10

Flow Rate

l/s

22.2

23.8

26.6

Pressure Drop

kPa

35.0

27.5

25.0

Technical Data

Mechanical

TCC12R14S-04, TCC12R10L-05, TCC12R12L-06

(1) Based on AC units performance at 13/7°C return/supply temperatures, 35°C ambient, 100% water.

(2) EER = DX cooling output / (compressor input power + fan input power)

(3) ESEER / SEER based upon unit operating at 12 / 7 °C return / supply temperature, 35°C ambient.

(4) Nominal Free Cooling output at 16/10°C return/supply temperatures, 2°C ambient, 20% ethylene glycol.

(5) Ambient temperature that maximum nominal DX duty can be achieved using Free Cooling only.

(6) This is a nominal figure based on full compressor duty, actual turndown depends on both condensing and evaporating temperatures.

(7) Based on standard unit without options, machine weight includes refrigerant charge, operating weight includes refrigerant charge and water volume.

For unit weights with waterside options fitted please contact Airedale.

(8) For minimum system water volume calculation, refer to Design Features & Information - Minimum System Water Volume Calculations.

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