Webasto BlueCool Classic

BlueCool Unit Performance Report

48

Check running in Heat cycle:

Circuit I Circuit II

U Compressor : .................... .................... Volts

I Compressor : .................... .................... Amps

Frequency : .................... .................... Hz

1. T seawater inlet : .................... .................... °C

2. T seawater outlet : .................... .................... °C

3. Volume seawater : .................... ltr/min. (at unit or through-hull)

Height seawater outlet : .................... m (above water level)

Inside diameter suction line : .................... mm

Inside diam. outlet through-hull : .................... mm

Height seawater inlet : .................... m below water level

Inside diameter discharge line : .................... mm

Inside diam. inlet through-hull : .................... mm

Pump total discharge head : .................... m

Type / size strainer : ............................................................

Number of strainers : .................... pieces

Max.Strainer flow-rate : .................... ltr/min each

4. T condenser inlet : .................... .................... °C

5. T condenser outlet : .................... .................... °C

6. T liquid : .................... .................... °C

7. T evaporator inlet : .................... .................... °C

8. T evaporator outlet : .................... .................... °C

9. T suction : .................... .................... °C

9a. T bulb expansion valve : .................... .................... °C

10. P suction : .................... .................... bar

11. T discharge : .................... .................... °C

12. P discharge : .................... .................... bar

13. T chilled water inlet : .................... .................... °C

14. T chilled water outlet : .................... .................... °C

Air handler(s) (Fan coil) I II III IV

15. T blower air inlet : ............... °C ............... °C ............... °C ............... °C

16. T blower air outlet : ............... °C ............... °C ............... °C ............... °C

17. T water air handler inlet : ............... °C ............... °C ............... °C ............... °C

18. T water air handler outlet : ............... °C ............... °C ............... °C ............... °C

Conclusion:

..........................................................................................................................................................................................

aug

ng s

te

in drawing

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