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IG-FREE-STANDING CONVECTORS IN NEW DESIGN

IG-FREE-STANDING CONVECTORS IN NEW DESIGN

IG-FREE-STANDING CONVECTORS IN NEW DESIGN

Product catalog summary
Unit Description: The document describes free-standing convectors, including models SUF1, SUF2, SPF1, SPF2, SMF1, SWF1, SWF2, and SPF0, which use natural convection, and models SKF1 and SKF2, which use forced convection with a fan. These units are efficient for interior heating, offering high output, silent or low-noise operation, lightweight design, low water consumption, quick response time, and minimal maintenance requirements.
Technical Parameters: Convectors without fans are suitable for both dry and wet environments, while those with fans are for dry environments only. The maximum operating pressure is 1 MPa, and the temperature is 110°C. The operating medium is water, and mixing with other substances is prohibited. Suitable environments have temperatures between +5°C and +40°C.
Components: Key components include the aluminum convector body, copper heat exchanger, covering grille, axial fan (for models with fans), EB control unit, temperature sensor, thermostatic head, axial thermostatic valve, control screw fitting, gasket ring, floor screw, and screw anchor.
Contents of the Box: The box includes the convector, grille, convector body, heat exchanger, fan modules (for certain models), EB control unit, axial radiator valve, thermostatic head, control screw fitting, O-rings, valve connection template, screws, screw anchors, and flexible hose for specific models.
Design Details and Installation: The document provides dimensions for convector placement and installation instructions. It emphasizes leaving space between the convector and the wall and ensuring the convector is not covered to maintain efficiency. Installation involves fixing the convector to the floor, connecting the heat exchanger, and, for models with fans, connecting the power line to the EB control unit.
Connection of Fittings and Venting: Instructions are provided for connecting the axial radiator valve and control screw fitting, using gaskets for connections, and venting the unit using the air vent valve during initial use.
Additional Information: The document includes contact information for MINIB, a.s., the manufacturer, and references to additional options available in the catalog or on their website.
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Catalog excerpts

IG-FREE-STANDING CONVECTORS IN NEW DESIGN-1

NSTALLATION GUIDE - FREE-STANDING CONVECTORS i. unit ram A free-standing heating unit. Models SUF1, SUF2, SPF1, SPF2, SMF1, SWF1, SWF2, and SPF0 use the natural convection heating principle, models SKF1 and SKF2 are equipped with a fan for forced convection. Since the heater uses physical laws of thermodynamics it represents one of the most efficient methods of interior heating. Benefits of heating convectors: High output Silent operation or low noise when the fan is running (models with a fan) Lightweight compared to heating units with similar output which use radiation principle Low hot water consumption Short response time Design Minimum requirements for operation and maintenance Use: Convectors without fan are designed for dry and wet environment, and convectors with a fan are designed for dry environment only. Maximum operating pressure: 1 MPa. Maximum operating temperature: 110°C. Operating medium: Water. It is not allowed to use a medium other than water. Water may not be mixed with other substances, such as antifreeze fluids! Environment: interiors with temperatures ranging between +5 °C and +40 °C. 1. CONVECTOR BODY - Aluminum convector frame painted with color shade according to the catalog. 2. HEAT EXCHANGER - Copper pipes with pressed-on aluminum fins through which the heating water flows. The heat exchanger design differs according to the convector model. 3. COVERING GRILLE - Grille used to cover the convector outlet; with color shade according to the catalog. 4. AXIAL FAN (models with a fan) - Set of fan modules for forced convection of the heated air. The number differs according to the length of the convector. 5. EB CONTROL UNIT (models with a fan) - Fan motor control unit. 6. EB CONTROL UNIT BRACKET (models with a fan) - Used for fitting the control unit on the convector casing. 7. TEMPERATURE SENSOR (models with a fan) - Used for sensing temperature for the EB control unit. 8. THERMOSTATIC HEAD - Used for temperature control and operation of the axial valve. 9. AXIAL THERMOSTATIC VALVE - A valve used for incoming heating water flow control. 10. CONTROL SCREW FITTING - A valve which controls / adjusts the heating water flow. 11. GASKET RING - A gasket in the connection between the valve and the heat exchanger. 12. FLOOR SCREW - A screw used to attach the convector to the floor. 13. SCREW ANCHOR - For attaching the convector to the floor. Each position in the table corresponds to Figure No. 1. fig. 1: COMPONENTS AND DESCRIPTION OF THE CONVECTOR PARTS

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IG-FREE-STANDING CONVECTORS IN NEW DESIGN-2

TABLE 1: applies to all lengths L 900, 1000, 1250, 1500, 1750, 2000 mm Please read the following instructions before you start. Free-standing convectors made by MINIB are to be floor-mounted. We recommend leaving a 50-150 mm space between the convector and the wall - Figure 3. Never cover the top grille - this would result in flow reduction and a considerable decrease in the convector output. Decide whether the convector will act as the main source of heat, or an additional heating element or, if applicable, as a thermal barrier. As the main source of heat in your apartment or room, the convector...

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.