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SAM-e Engineering |
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Step 2 – Steam-Tube Selection
Constructed of 1.5” (38 mm) OD 304 (or optional 409) stainless steel tubing, the steam tubes
accommodate duct-heights between 18” (457 mm) and 144” (3658 mm). For smaller duct applications, a
Mini SAM-e accommodate sizes from 12” (305 mm) wide x 8” (203 mm) high. Nozzles draw hot, dry steam
from the center of the tube, eliminating the need for jacket-heating or a temperature switch. Condensate
drains vertically down the tube walls into the header, where it is removed through the condensate drain port.
NORTEC‟s unique “slip-in” installation method makes for quick and effortless assembly.
Selection
There are four types of steam tubes, each with a different capacity. Tube capacity is limited by the number of
nozzles. Tubes are selected to meet a load by multiplying the number of tubes for a given header spacing by
their respective capacity.
To minimize condensate losses, ensure that total steam-tube capacity is sized to closely match calculated
load requirements, as opposed to maximum humidifier capacity.
Table 17: Steam Tube Type and Capacity
Steam Tube Type
Capacity
[ lb/hr (kg/hr) ]
A
15 (7)
B
35 (16)
B+
55 (25)
C
75 (34)
Figure 11: Mini SAM-e Tube Insulation
Содержание SAM-e
Страница 5: ...SAM e Engineering 2 Figure 1 SAM e Figure 2 Cross section of distributor pipe ...
Страница 9: ...SAM e Engineering 6 Figure 3 General SAM e Dimensions ...
Страница 12: ...9 SAM e Engineering Figure 4 General Mini SAM e Dimensions ...
Страница 14: ...11 SAM e Engineering Product Selection ...
Страница 16: ...13 SAM e Engineering Figure 5 Header Separator Assembly Figure 6 SAM e Stand ...
Страница 34: ...31 SAM e Engineering Installation Drawings ...
Страница 35: ...SAM e Engineering 32 Figure 8 SAM e Exploded View ...
Страница 36: ...33 SAM e Engineering Figure 9 SAM e Insulated Exploded View ...
Страница 37: ...SAM e Engineering 34 Figure 10 Mini SAM e Insulated Exploded View ...
Страница 39: ...SAM e Engineering 36 Figure 12 Typical SAM e Installation for Atmospheric Steam Applications ...
Страница 40: ...37 SAM e Engineering Figure 13 SAM e Internal Baffle Plate ...
Страница 41: ...SAM e Engineering 38 Figure 14 Typical Mini SAM e Installation for Pressurized Steam Applications ...
Страница 42: ...39 SAM e Engineering Figure 15 Typical Mini SAM e Installation for Atmospheric Steam Applications ...
Страница 43: ...SAM e Engineering 40 Specification ...
Страница 49: ...SAM e Engineering 46 Figure 1 KIT 7 8 Header and Adapter Configuration ...
Страница 50: ...47 SAM e Engineering Figure 2 Kit 1 Header and Adapter Configuration ...
Страница 51: ...SAM e Engineering 48 Figure 3 KIT 2 Header and Adapter Configuration ...
Страница 52: ...49 SAM e Engineering Figure 4 KIT 3 Header and Adapter Configuration ...
Страница 53: ...SAM e Engineering 50 Figure 5 KIT 4 Header and Adapter Configuration ...
Страница 54: ...51 SAM e Engineering Figure 6 KIT 5 Header and Adapter Configuration ...
Страница 55: ...SAM e Engineering 52 Figure 7 KIT 5 Header and Adapter Configuration ...
Страница 56: ...53 SAM e Engineering Figure 8 KIT 5 Header and Adapter Configuration ...
Страница 57: ...SAM e Engineering 54 Figure 9 KIT 6 Header and Adapter Configuration ...
Страница 58: ...55 SAM e Engineering Figure 10 KIT 6 Header and Adapter Configuration ...
Страница 59: ...SAM e Engineering 56 Figure 11 KIT 6 Header and Adapter Configuration ...
Страница 60: ...57 SAM e Engineering Figure 12 KIT 7 Header and Adapter Configuration ...
Страница 61: ...SAM e Engineering 58 Figure 13 KIT 7 Header and Adapter Configuration ...
Страница 62: ...59 SAM e Engineering Figure 14 KIT 7 Header and Adapter Configuration ...
Страница 63: ...SAM e Engineering 60 Figure 15 KIT 8 Header and Adapter Configuration ...
Страница 64: ...61 SAM e Engineering Figure 16 KIT 8 Header and Adapter Configuration ...
Страница 65: ...SAM e Engineering 62 Figure 17 KIT 8 Header and Adapter Configuration ...
Страница 66: ...63 SAM e Engineering Figure 18 KIT 23 Header and Adapter Configuration ...
Страница 67: ...SAM e Engineering 64 Figure 19 KIT 24 Header and Adapter Configuration ...
Страница 68: ...65 SAM e Engineering Figure 20 KIT 25 Header and Adapter Configuration ...
Страница 69: ...SAM e Engineering 66 Figure 21 KIT 25 Header and Adapter Configuration ...
Страница 70: ...67 SAM e Engineering Figure 22 KIT 25 Header and Adapter Configuration ...
Страница 71: ...SAM e Engineering 68 Figure 23 KIT 26 Header and Adapter Configuration ...
Страница 72: ...69 SAM e Engineering Figure 24 KIT 26 Header and Adapter Configuration ...
Страница 73: ...SAM e Engineering 70 Figure 25 KIT 26 Header and Adapter Configuration ...
Страница 74: ...71 SAM e Engineering Figure 26 KIT 27 Header and Adapter Configuration ...
Страница 75: ...SAM e Engineering 72 Figure 27 KIT 27 Header and Adapter Configuration ...
Страница 76: ...73 SAM e Engineering Figure 28 KIT 28 Header and Adapter Configuration ...
Страница 77: ...SAM e Engineering 74 Figure 29 KIT 29 Header and Adapter Configuration ...
Страница 78: ...75 SAM e Engineering Figure 30 KIT 30 Header and Adapter Configuration ...
Страница 79: ...SAM e Engineering 76 Figure 31 KIT 30 Header and Adapter Configuration ...
Страница 80: ...77 SAM e Engineering Figure 32 KIT 30 Header and Adapter Configuration ...
Страница 81: ...SAM e Engineering 78 Figure 33 0 5 NPT Mini Header and Inlet Configuration ...
Страница 82: ...79 SAM e Engineering Figure 34 0 75 NPT Mini Header and Inlet Configuration ...
Страница 83: ...SAM e Engineering 80 Figure 35 1 NPT Mini Header and Inlet Configuration ...
Страница 84: ...81 SAM e Engineering Figure 36 0 875 Mini Header and Inlet Configuration ...
Страница 85: ...SAM e Engineering 82 Figure 37 1 75 Mini Header and Inlet Configuration ...
Страница 86: ...83 SAM e Engineering Figure 38 3 Mini Header and Inlet Configuration ...