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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.

C:\fakepath\CC.png

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.

C:\fakepath\CC.png

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.

C:\fakepath\CC.png

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.

~~C:\fakepath\CC.png~~ $C:\fakepath\CC.png$

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.

$C:\fakepath\CC.png$

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.

$C:\fakepath\CC.png$

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