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MFP14 Single Pump Combination Device

The MEP14 (single pump, double pump, triple pump) combination device is to install the MEP14 automatic pump, open water storage tank and other necessary accessories together in a rigid frame. Steam, compressed air or other gas is used as the power medium to recover condensed water. In order not to affect the normal operation of the front-end steam trap device, the combined pump device is designed to be open, and the water storage tank is not pressurized, so that the back pressure of the front-end steam trap valve is as low as possible under any working condition, so as to avoid the phenomenon of steam trap valve stagnation, and ensure the normal operation of the front-end process.

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Product Description
Condensate recovery from heat exchangers and flash tanks Condensate recovery from multiple heat exchangers Discharge and recovery of condensate at atmospheric pressure
High-pressure condensed water enters the flash tank, and the secondary steam generated is used for heating in the heat exchanger. The condensed water and the condensed water at the bottom of the flash tank enter the MFP14 automatic pump combination device for recovery
to provide maximum energy recovery effect		 MFP14 automatic pump combination can be used to recover condensate from multiple heat exchangers (or other process equipment) without cavitation or mechanical seal problems.
Assist open flash steam recovery to reduce or eliminate the “little white dragon” phenomenon.		 Condensate recovery for various temperature control equipment
Pumping high temperature condensate to boiler room water tank
HVAC system
General industrial applications such as hospitals, hotels and building construction
High flow condensate recovery in petrochemical industry

 

Restrictions (single pump combination) Rated displacement
• Pump design condition: PN16
• Pump diameter: DN50, DN80*DN50
• The water storage tank is an open container and cannot bear pressure.
• Maximum dynamic pressure: steam, air or other gas 13.8bar
• Standard pump working fluid specific gravity: 0.8-1.0		 •MEP14 single pump combination
•DN50-4500Kg/h
•DN80-6000Kg/h
•Nominal displacement conditions are 8 bar power pressure and 4 meters head. Specific displacement conditions – see MFP14 pump displacement table for details

 

Automatic pump parameters DN50 DN80*DN50
Pump displacement per cycle 12.8L 19.3L
Maximum steam consumption 20Kg/h
Maximum air consumption 5.6m³/S

 

MFT14-DN50 single pump combination configuration table

Parts Name Part number Specification Specification quantity
Automatic pump MET14 DN50 DN80*DN50 1
Check valve (pump inlet) H71H DN50 DN80 1
Check valve (pump outlet) DN50 1
Steam Trap FTGS14 DN15 DN15 1
Filter (Pump Inlet) YG45H DN50 DN80 1
Filter (power steam inlet) GL11H DN15 DN15 1
Ball valve (trap outlet) Q11H DN15 DN15 1
Ball valve (exhaust gas) Q11H DN25 DN25 1
Wafer Butterfly Valve D71 DN50 DN80 1
Pressure gauge (power steam inlet) / 1
Exhaust/gas hose / 1
Open water collection tank / 1

 

 

Note: The overflow and drain ports must be connected to a safe location

 

Device connection port

Condensate inlet: 2*DN80

Exhaust port (to atmosphere): DN150

Condensate outlet: DN50

Power medium inlet: 1/2″

Overflow port: DN80

Water tank drain port: 1″

 

Single pump assembly dimensions/weight (approximate) mm and Kg

Pump diameter A B C D AND F G H I J
DN50 1470 460 1030 1160 1420 1030 930 170 250 390
K L N AA BB CC DD FF GG HH
160 170 410 DN80 DN80 DN150 DN80 1″ DN50 1/2″
DN50*80 A B C D AND F G H I J
1470 570 1130 1160 1420 1100 1030 170 250 450
K L N AA BB CC DD FF GG HH
160 170 520 DN80 DN80 DN150 DN80 1″ DN50 1/2″
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