Sigma AS-H40Y, AS-H50Y ALTOHeat Pumps - SPECIFICATION, Useful Conversions, Celsius, Fahrenheit

Models: AS-H40Y AS-H60Y AS-H50Y

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ALTOHeat Pumps - SPECIFICATION

ALTOHeat Pumps - SPECIFICATION

Model No.

AS-H40Y

AS-H50Y

AS-H60Y

 

12kW

15kW

18kW

Heating Capacity (Btu)

40000

50000

60000

Cooling Capacity (Btu)

35000

42000

55000

Rated Input (W)

 

 

 

Heating

2540

3185

3790

Cooling

2465

3020

3900

PTC Power (W)

--------

--------

--------

COP for Heating (w/w)

4.42

4.40

4.44

(at 20 °C ambient air temperature)

 

 

 

Refrigerant

R407C

R407C

R407C

Power Supply

 

 

 

Volt/Phase/Hz

230/1/50

230/1/50

230/1/50

Rated Current (A) -Heating

11.3

14.1

16.8

Cooling

10.9

13.4

17.3

 

--------

--------

------

LRA (A) - (Max. Start-up AMPS)

32

36

40

Minimum Flow Rate m3/h (imp.gls)

2.5 (550 gls)

2.5 (550 gls)

2.5 (550 gls)

Maximum Flow Rate m3/h (imp.gls)

10.0 (2200 gls)

13.0 (2850 gls)

18.0 (3975 gls)

Noise Level (whole unit) at 3m

<52

<54

<58

System

 

 

 

Compressor type

ROTARY

ROTARY

SCROLL

Electric expansion valve

Y

Y

Y

Features

 

 

 

Electronic Control Panel

Y

Y

Y

Soft Touch Key Pads

Y

Y

Y

LCD Display

Y

Y

Y

Temperature Indicator(°C)

5~45

5~45

5~45

Drain Hose connection

Y

Y

Y

Dimensions WxHxD (mm)

480×755×515

580×715×610

580×715×610

Net Weight (Kg)

65

74

98

Packing Dim. WxHxD (mm)

540×835×540

630×770×710

630×770×710

Gross Weight (Kg)

70

84

110

USEFUL CONVERSIONS

CELSIUS

FAHRENHEIT

-40 deg.

-40 deg.

-17.8 deg.

0 deg.

- 10 deg.

14 deg.

0 deg.

32 deg.

5 deg.

41 deg.

10 deg.

50 deg.

15 deg.

59 deg.

20 deg.

68 deg.

25 deg.

77 deg.

30 deg.

86 deg.

35 deg.

95 deg.

40 deg.

104 deg.

50 deg.

122 deg.

60 deg.

140 deg.

70 deg.

158 deg.

80 deg.

176 deg.

90 deg.

194 deg.

100 deg.

212 deg.

1,000 British Thermal Units (BTU)

= 0.293 kilowatt/hour

10,000 BTU

 

= 1 therm

1 UK Horsepower

= 0.7457 kilowatt

Cubic Yards to Cubic Metres

multiply by

0.764555

Cubic Metres to Cubic Yards

multiply by

1.30795

Cubic Metres to Gallons

multiply by

220.717

Gallons to Cubic Metres

divide by

220.717

Gallons to Litres

multiply by

4.546

Litres to Gallons

multiply by

0.22

POOL CAPACITY / VOLUME

To calculate pool capacity measure the

Length ‘L’ - Width ‘W’ - and average water depth ‘D’.

SQUARE OR RECTANGULAR POOLS

CAPACITY = L X W X D X 6.25 gallons (U.K)

ROUND OR OVAL POOLS

CAPACITY = DIA. X DIA. X DEPTH X 4.90 gallons

PUMP CONVERSION

Horse power to Watts x 746

Watts to Horse Power x 0.00134

AREA

Surface area of a Circle 3.14 x Radius(squared) Perimeter of a circle 3.14 x Dia.

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Sigma AS-H40Y, AS-H50Y, AS-H60Y installation manual ALTOHeat Pumps - SPECIFICATION, Useful Conversions, Celsius, Fahrenheit