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Фрагмент инструкции
Outdoor Fan Performance Table 1 Model 0.1 0.2 0.3 0.4 0.5 VE/HB18 1300 1180 1100 950 790 VE/HB24 1300 1180 1100 950 790 VE/HB30 1300 1200 1100 1000 810 VE/HB36 1730 1660 1600 1560 1400 VE/HB42 2100 2000 1900 1800 1700 VE/HB49 2600 2500 2400 2300 2100 VE/HB60 2990 2900 2800 2670 2450 Note: Italictype indicates performance outside the required operating window of ± 10% of rated SCFM. Figure 9 Typical Ducted Outside Air Configuration EXHAUST INTAKE EXHAUST CEILING CEILING BACK OF UNIT OUTDOOR AIR INTAKE OUTDOOR OUTSIDE OUTSIDE AIR WALL WALL INTAKE OUTSIDE WALL OUTDOOR AIR OUTDOOR EXHAUST FLOOR FLOOR AIR EXHAUST INTAKE C. Indoor-Air (Conditioned Supply Air) System The VEB/VHB series unit may be applied in either a free return air configuration or a ducted return air configuration. The supply air path is intended to be ducted. The design and construction of the indoor-air system must provide adequate air distribution to ensure comfort levels throughout the structure. The combined pressure losses of the return and supply air paths must not exceed the external static capabilities of the system at the design airflow (See Table 2). If the unit is installed in a closet behind a door and the return air louver or grille is directly opposite the unit RA opening, 2in. clearance is required between the front of the unit and the back side of the louver or grille. If the louver or grille is located elsewhere on the door so it is not directly in front of the RA opening, a minimum of 7-in. clearance is required between the front of the unit and the back side of the door. The minimum "net free open area" required for the RA louver or grille is listed in Table 2. Indoor Fan Performance Table 2 Model Indoor Blower Air Flow, SCFM (ARI RATED as shown) RA Grille Minimum Net Free Open Area (Sq. In.)ESP 0.1 0.2 0.3 0.4 0.5 VE/HB18 Indoor 850 750 640 550 450 250 VE/HB24 Indoor 980 890 800 720 650 300 VE/HB30 Indoor 1120 1070 1000 940 830 375 VE/HB36 Indoor 1220 1120 1050 990 860 400 VE/HB42 Indoor 1570 1510 1470 1400 1350 525 VE/HB49 Indoor 1670 1610 1570 1500 1450 525 VE/HB60 Indoor 1980 1920 1860 1800 1700 675 Note: Italic indicates performance outside the required operating window of +/- 10% of rated SCFM. All values are wet coil with filter installed. Figure 10 Return Air Options Front Free Front FreeFront FreeFront FreeFront FreeFront FreeReturn ReturnReturnReturnReturnReturn Front DuctedReturn Side DuctedReturn NOTE: Ducted return air configurations require field fabrication of a duct-mounted filter box. Filters are not supplied with units configured for ducted return. 2) Electrical DANGER: Electrical shock hazard. Turn OFF electric power at the fuse box or service panel before making any electrical connections and ensure a proper ground connection is made before connecting line voltage. Failure to do so can result in property damage, personal injury and/or death. A. Grounding CAUTION: The unit must be electrically wired and grounded in accordance with all state and local codes, national electric code, and NFPA 70. Unit and controls will NOT operate unless properly grounded. A ground lug is provided for ground connection. Use only approved copper wire and connectors from unit to service panel. B. Power Supply NOTE:Line voltage circuit is completely factory wired.Make all line voltage connections inside circuit breaker junction box. The circuit breakers or fuses used for branch circuit protection should be UL recognized. If circuit breakers are used, the circuit breaker for the compressor circuit must have a UL HACR rating. If fuses are used, the fuse for the compressor circuit MUST be time delay type. CAUTION: Units are dual voltage rated 208-230/1/60. The 24V control transformer must be connected for either 208V or 240V power source for proper operation. Line voltage must not exceed 253V or go below 197V. The transformer connection must be changed for 208V operation. Depending on auxiliary heater size, unit must be supplied with 2 or 3 separate 208V or 240V circuits from structure’s fuse box or service panel. Each circuit is internally connected to a circuit breaker located in the unit control box located at the front center of the unit. Refer to Table 4 and Table 5 for required circuits and recommended wire size for each circuit. Cooling and FanCircuit Data Model Compressor Amps Outdoor Fan Amps Indoor Fan Amps Minimum Circuit Ampacity Minimum Wire Size1 Maximum Fuse2 or Breaker Size Amps V(E,H)B18 9.3 1.4 1.0 14.0 12 20 V(E,H)B24 11.4 1.4 1.0 16.7 12 25 V(E,H)B30 15.0 2.2 1.8 22.8 10 30 V(E,H)B36 17.9 3.0 2.5 27.9 8 40 V(E,H)B42 20.4 4.5 3.0 33.0 8 50 V(E,H)B49 26.4 5.0 3.0 41.0 6 60 V(E,H)B60 32.1 5.0 3.1 49.0 6 60 Heat Strip DataHeater Size (KW) Chassis Available Ckt #1 Amps Ckt #1 Ampacity Ckt #1 Wire Size1 Ckt #1 Max. Fuse2 Ckt #2 & 33 Amps Ckt #2 & 33 Ampacity Ckt #2 & 33 Wire Size1 Ckt #2 & 33 Max. Fuse2 5.0 18/24 20.8 26.0 10 30 N/A ...
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