Ultrasonic Scale Preventer - Morko Co., Ltd.

visitors: 3190

Morko Co., Ltd.
[Korea]

Address:
607 Bon-dong, Dalseo-gu Daegu 704-806 Korea

Phone:
82-53-6345893

Contact name:
Jong-Wook Chae , Vice President

Click to enlarge image

Basic Principle of USP

Principle of Vibration
If ultrasound is put into the metal composing facilities, exceedingly small vibration is generated and transferred to the whole facility through the metal.
Principle of Cavitation
When ultrasound is transferred inside a facility through the metal, numerous bubbles are created and disappeared in the liquid in the facility, which is repeated. At that time, gas is absorbed and exploded in the liquid.
Principle of the Increase of the Surface
If a particle in a liquid is shattered by ultrasonic waves, surface area enlarges. And the enlarged surface area is bonded other particles, and then it is shattered. During this process, the particle is shattered minutely.
Principle of Waves
When ultrasonic waves are transferred to a liquid through a metal, a wave motion generates between the surface of the liquid and surface of the metal, so that it prevents that particles and gases are bonded at the surface of the facility, and the transmission of the heat becomes good.
Principle of the Elimination of Scales
There are fine cracks of existing scales, and bubbles infiltrates in the cracks and are exploded. When it is repeated, the crack gets bigger. Finally the existing scales are dropped off as lump shape.

Features

Usage

To remove and prevent scales & slime in steam boiler, hot water boiler, heat exchanger, condenser, piping, etc.
To hold the use of chemicals and make it easy during cleaning the inside of facilities
To remove and prevent scales & deposits in oil refining facility, chemical plant, piping, etc.

Model & Application

Model	Application
USP-300D	Boiler(for heating room), heat exchanger, etc. under 1T/H capacity
USP-300	Boiler(for industrial), heat exchanger, etc. under 1T/H capacity
USP-500D	Boiler(for heating room), heat exchanger,etc., between 1.5 and 3.5T/H capacity
USP-500	Boiler(for industrial), heat exchanger, etc. between 1.5 and 3.5T/H capacity
USP-900D	Boiler(for heating room), heat exchanger, etc., between 4 and 7 T/H capacity
USP-900	Boiler(for industrial), heat exchanger, etc. between 4 and 7 T/H capacity
USP-1000D	Boiler(for heating room), heat exchanger, etc. between 8 and 15 T/H capacity
USP-1000	Boiler(for industrial), heat exchanger, etc. between 8 and 15 T/H capacity
USP-900 2SET	Boiler, heat exchanger, etc. between 16 and 25 T/H capacity
USP-900,1000	Boiler, heat exchanger, etc. between 26 and 35 T/H capacity
USP-1000 2SET	Boiler, heat exchanger, etc. between 36 and 45 T/H capacity
USP-H2	Heat exchanger in hazard area(it is necessary to examine the application)
USP-H3	Heat exchanger in hazard area(it is necessary to examine the application)
USP-H4	Heat exchanger in hazard area(it is necessary to examine the application)
USP-H6	Heat exchanger in hazard area(it is necessary to examine the application)
For applying boilers and heat exchangers, the model should be upwardly changed as per the quality of water. The above boiler for application is listed by that total evaporating remnants is 100ppm.

Specification

Model	USP- 300D	USP- 300	USP- 500D	USP- 500	USP- 900D	USP- 900	USP- 1000D	USP- 1000	USP- H2~H6
Input Frequency[Hz]	50/60 (controlled for application)
Input Voltage[V]	220/230 (controlled for application)
Power Consumption[W]	150	200	250	300	400	500	600	700	Special specification
Transducer (Type)	2EA Diferal	2EA Fe-Co	3EA Diferal	3EA Fe-Co	4EA Diferal	4EA Fe-Co	6EA Diferal	6EA Fe-Co
Generator (Weight)	1EA (25[kg])		1EA (28[kg])		1EA (33[kg])		1EA (36[kg])
Transducer size[mm]	welding part : Dia. 35mm, cover size : Dia. 58mm designed for application
Generator size[mm]	570 x 340 x 330				620 x 425 x 330
Temperature for application	-25[°C] ~ +50[°C]