| Productivity, kg/pair/hour | 300 |
| Steam dispensing time, min | 0.5 |
| Adjustable working steam pressure, MPa | 0.1 - 1.2 |
| Rated supply voltage, kV | 0.4 |
| Type of current | variable three - phase |
| Consumed electric power at maximum steam productivity, kW | 120 |
| Average phase current, A | 180 |
| Three - phase current switch | contactless switches (RTD) / power regulator |
| Type of applied controllers of the control system "OWEN" | SPK107; PLC150; PR200 |
| Number of inductors | one |
| Power supply frequency, Hz | 50 - 60 |
| Power factor, cos φ | 0.95 |
| Type of power control | discrete / smooth 35 - 100% |
| Feed pump, max, ºС | 60 |
| Mounting version | stationary |
| Connecting dimensions / Connection type: water supply / threaded | ½" |
| Mounting dimensions / Type of connection: steam line / threaded | ¾" |
| Overall dimensions on the frame, mm: length | 1150 |
| Overall dimensions on the frame, mm: width | 900 |
| Overall dimensions on the frame, mm: height | 1100 |
| Weight, net, kg | 380 |
| Spare parts kit | pump washing station NPS - 3000 / pump for washing heat exchangers (booster) |
| Water quality requirements | water treatment required |
Application area
The induction steam generator "TITAN" is a power electrical equipment for general industrial use, direct - flow type, producing saturated water vapor with a temperature of up to 188 ° C and is intended for operation in various industries, including:
| food industry | Oil industry |
| Chemical industry | Metallurgical industry |
| mining industry | mechanical engineering |
| leather industry | Textile industry |
| Woodworking industry | Pulp and paper industry |
| pharmaceutical industry | Perfumery and cosmetics industry |
| Production of building materials | agricultural industry |
| feed industry | Polymer industry |
| Styrofoam production | Galvanic production |
| construction industry | and other consumers of steam |
as well as for the preparation of direct and reverse emulsions (using steam as the aqueous phase of emulsions), bubbling liquids, hydrothermal processing of food and feed, sanitary and hygienic processing of equipment and containers for food production, steaming and drying wood, steaming soil in greenhouses and greenhouses, warming up viscous liquids, preparing surfaces before painting, in hospitals, hotels, baths and laundries, steaming and warming up tanks and containers.
Principle of operation
The principle of operation of the steam generator is based on the conversion of feed water into steam under the influence of heating the secondary winding by electromagnetic induction.
In the steam generator, the main power unit is an inductor, which consists of two parallel - connected 3 - phase power transformers with a common secondary winding (short - circuited coil) in the form of a copper tube coil. When the steam generator is switched on, the high - pressure plunger pump supplies feed water in a finely dispersed state to the secondary winding of the inductor, the walls of which are heated by the current passing through it, formed from the electromagnetic field of the primary winding of the power transformer, which makes it possible to almost instantly convert the feed water into steam.
Also, during the operation of the steam generator, with a decrease in steam consumption by the consumer, the pressure in the common steam pipeline increases and, if the operating steam pressure value set by the operator, the inductor automatically switches to the intermittent (discrete) operation mode, and when the steam extraction stops, it is completely turned off, while not consuming electricity, unlike traditional electric steam generators, which go into standby mode and continue to consume 30 - 35% of electricity from the rated power.
If a smooth power control is installed in the steam generator, then with a decrease in steam consumption by the consumer, steam production and electricity consumption by the steam generator will automatically decrease.
Таким образом, в сравнении с электродными или тэновыми парогенераторами индукционный парогенератор ТИТАН потребляет примерно в 2 раза меньше электроэнергии.
