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TCAEY-THAEY 115÷238 - Rhoss

TCAEY-THAEY 115÷238 - Rhoss

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TXAEY 133<br />

technical data<br />

Electri cal data 133<br />

Absorbed power (P1/P2) AUTOMATIC 1 mode (*) (●) kW 13, 30<br />

Absorbed power (P1/P2) AUTOMATIC 2 mode (**) (●) kW 11, 50<br />

Absorbed power in AUTOMATIC 3 / SELECT 2/ SELECT 1 mode (***) (●) kW 13, 30<br />

Pump absor bed power P1 / P2 kW 0,70 / 1,50<br />

Electrical power suppl y V-ph-Hz 400-3+N-50<br />

Auxiliary power supply V-ph-Hz 230-1- 50<br />

Nominal current (▲) (●) A 22, 0<br />

Maximum current (●) A 25, 0<br />

Starting current A 200<br />

Pump absor bed power P1 / P2 A 5,1 / 8, 6<br />

Dimensions<br />

Width (L) mm 1660<br />

Height (H) mm 1570<br />

Depth (P) mm 1000<br />

Wat er connec tions Ø 2”<br />

Recover y system water filling connection Ø 1 ½”<br />

(*) In the f ollowi ng conditions : condenser i nput<br />

air temperature 35°C; chilled water temperatur e<br />

7°C; main heat exchanger (evaporator)<br />

temperature differ ential 5°C.<br />

(**) In the following conditions: chilled water<br />

temperature 7°C; t emper ature diff erenti al at<br />

main exchanger (evaporator) 5°C, sec ondar y<br />

exchanger (recovery) hot water outlet<br />

temperature 40/ 45°C at nominal flow.<br />

N.B.:<br />

The val ues for available static press ure of t he<br />

pumps and the pressure drops of the<br />

exc hangers can be found on page 39.<br />

The calc ulation of t he E.E.R. and C.O .P. does<br />

not take the pump abs orption int o acc ount.<br />

H<br />

(***) In the following conditions: coil inlet air<br />

temperature 7°C D.B., 85% R.H.; main<br />

exc hanger (condens er/evaporator) or<br />

secondary exchanger (recovery) hot water<br />

outlet temperat ure 40/ 45°C at nominal flow.<br />

(▲) The current value shown is the maximum<br />

from among t he values meas ured i n<br />

AUTOMATIC and SELECT mode in the<br />

respecti ve nominal conditions.<br />

(●) Add t he power and current val ues of t he<br />

pumps (P1/P2) to obtain the t otal value of the<br />

power and current absorbed by t he unit.<br />

P<br />

L<br />

20

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