DAEHAN Condensate pot and flow conditioner

CONDENSATE POT Model DHCP

The condensate pot is used to measure the following vapor or gas with hign condensability.

1). Is is used when the vapor should be condensed as the liquid state, because the vapor of which the temperature is more than 200 degree.

Therefore, the condensate is encloserd beforehand between the pot and the instrument.

However, if the temperature is below 200 degree, the tee and the plug are good enough for the transmitter, like the force balancing type of differential pressure gauge with diaphragm.

2). the condensate pot facilitates the condensation of the substance to be measured and broadens the contact area by using it in a laying position to minimize the the volume change of the instrument area in touch with the liquid.

3). The condensate pot is installed so as for both of high and low pressure to be at the same level within range of 45 degrees abgle above the horizontal level of outlet valve, because futher condensate should be recovered through the main pipe if the condensate reaches a certain level.

FEATURE: PROTECH THE GAUGE FROM STREAM

Material: CS, STS304,STS316, Inconel, Monel, Hastelloy,

                  A182-F11, F22, F51.

Size: 2B, 2 ½ B, 3B, 4B

Mounting: ½ SW, ½ PT or NPT, ¾ SW, ¾ PT or NPT

FLOW CONDITIONER Model DH19-TB

Feature: 19 tube are arrange in pipe in parallel for stability of fluid flow.

Material: STS304,STS316, Inconel, Monel, Hastelloy,

Flange: 150#, 300#, 600#, 900#, 1500#, 2500#

Regulation:  ISO 5167-1

SPECIFICATIONS

- The Maximum outside diameter of the flow straightener Df is 0.95D≤Df≤D
- The length, L, of the tubes shall be between 2D and 3D, preferably as close to 2D as
possible
- The wall thickness shall be less than 0.025D
- The pressure loss coefficient, K, for the 19-tube bundle flow straightener is approximately
equal to 0.75, where K is given by the following equation
△pc
△pc is the pressure loss across the 19-tube bundle flow straightener
K = -------- p is the density of the fluid in the pipe
1/2pV2
V is the mean axial velocity of the fluid in the pipe