PVZ 900x500
Parameter | Value | Unit | |
---|---|---|---|
Voltage | 400 | V | |
Fan power | 3870 | W | |
Fan current | 7 | A | |
Air capacity | 8400 4947,6 2335,2 2,3352 140280 | m³/h CFM l/s m³/s l/m | |
Phase | 3 | ˜ | |
Electric heater power | 45000 | W | |
Electric heater current | 65 | A | |
Fan type | |||
Filter type | |||
Type of water heater | |||
Type of electric heater |
Sizes | B | H1 | L | H2 (air curtain without heating) | H2 (air curtain with water heating) | H2 (air curtain with electric heater) |
---|---|---|---|---|---|---|
mm | 900 | from 2.0 to 5.0 | 500 | 1520 | 1720 | 2270 |
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Air curtain selection procedure
- Determine the required air curtain orientation (e.g., vertical).
- Determine the required heating type (W - water type, E - electrical type, N - no heating)
- The nomographic chart 1 shows the effective reach distance of the curtain (1) (e.g., 3.5 m; for vertical orientation that value is equal to the door opening width).
- For the outlet air stream speed from the curtain draw a perpendicular line down to the nomographic chart 2 (e.g., 13.9 m/s).
- Using the nomographic chart 3 determine the outlet slit of the air curtain (3) (e.g., 2.5 m; for vertical orientation that is equal to the height of the door opening).
- The nomographic chart 4 shows the minimum required air capacity (lines 4 and 5, e.g., 4400 m3/h).
- The intersection of curves 5 and 6 lies at one of the colour fields of the design chart 5. The field of the point location detrmines the standard size of the air curtain (e.g., 800х500).
- Projection of curve along the parable 7 up to the point of intersection with the curve that limits the colour field from above, determines the operating point of the air curtain. The air capacity 4800 m3/h which is somewhat above the minimum required air capacity refers to the effective operating point.
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