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### I am trying to model a single zone with a single speed DX coil and a constant volume fan in EP. When I autosize the coil capacity the nominal capacity is determined as 3656 KW.

• **However, when I try to hard size the coil and reduce the capacity to 1872 KW, the temperature in the zone does not increase

.**

• The flow rate in both the cases is 99.1 m3/s.

### I am trying to model a single zone with a single speed DX coil and a constant volume fan in EP. When I autosize the coil capacity the nominal capacity is determined as 3656 KW.

• **However, when I try to hard size the coil and reduce the capacity to 1872 KW, the temperature in the zone does not increase

.**

• The flow rate in both the cases is 99.1 m3/s.

### I am trying to model a single zone with a single speed DX coil and a constant volume fan in EP. When I autosize the coil capacity in EP the nominal capacity is determined as 3656 KW.

• **However, KW.However, when I try to hard size the coil and reduce the capacity to to 1872 KW, the temperature in the zone zone does not increase
• increase!

.**

• The flow rate in both the cases is 99.1 m3/s.
 4 None Julien Marrec 26438 ●36 ●69 http://www.effibem.com/

### When I autosize the coil capacity in EP the nominal capacity is determined as 3656 KW.However, when I try to hard size the coil and reduce the capacity to 1872 KW, the temperature in the zone does not increase!

• The flow rate in both the cases is 99.1 m3/s.
 5 None Julien Marrec 26438 ●36 ●69 http://www.effibem.com/

### When I autosize the coil capacity in EP the nominal capacity is determined as 3656 KW.However, when I try to hard size the coil and reduce the capacity to 1872 KW, the temperature in the zone does not increase!

• The flow rate in both the cases is 99.1 m3/s.

 6 retagged __AmirRoth__ 4388 ●5 ●16 http://bleedinggreenna...

### When I autosize the coil capacity in EP the nominal capacity is determined as 3656 KW.However, when I try to hard size the coil and reduce the capacity to 1872 KW, the temperature in the zone does not increase!

• The flow rate in both the cases is 99.1 m3/s.