CARVER B Series Sand Heaters
| Features: | BYPASS - Simple movement of a lever allows sand to fed by gravity during warm weather months without the requirement of fluidizing air. Wear and the cost of fluidizing air are reduced. | |
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COMPACT - The B series is more compact than conventional units thus fitting in small areas and reducing head room requirements. | |
| REDUCED POWER CONSUMPTION - To maintain preset heat level when the heater is in idling condition, contactors automatically change the element wiring configuration to "wye" utilizing 1/3 less power. In normal running condition, contactors change wiring configuration to "delta" utilizing full power as required. | ||
| SMALLER HEATER COIL MODULES - All B series heaters utilize basic 18 KW heater modules consisting of 9 elements each. The number of modules varies from (2) for the model 1 B up to (8) on the model 3B. These smaller modules are easily handled when occasional maintenance is required | ||
| AIR REQUIREMENTS ARE LESS - Because of the compact design, less fluidizing air is required. This assures less wear and less compressed air expense. | ||
2B Carver Sand Heater |
SAFETY - Design of Carver B series electric sand heaters meets or exceeds all N.F.P.A. and N.E.M.A. standards. |
MODEL |
KW |
Approx. CFM |
Sand Flow per Minute LBS KG |
Overall Width |
Sand Inlet Height IN MM |
Sand Inlet to Outlet |
Sand Pipe Flange Inlet & Outlet |
Air Vent O.D. |
Air Vent Height |
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Horiz. & Vert. IN MM |
Diagonal IN MM |
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1B |
40 |
48 |
100-300 |
45-136 |
42 |
1067 |
38-3/4 |
984 |
28-5/8 |
727 |
40-1/2 |
1029 |
4" |
4" |
38-3/4 |
984 |
2B |
80 |
48 |
300-600 |
136-272 |
42 |
1067 |
48-5/8 |
1235 |
30-1/2 |
775 |
43-1/2 |
1105 |
6" |
4" |
48-5/8 |
1235 |
3B |
160 |
67 |
600-1500 |
272-680 |
42 |
1067 |
58-1/4 |
1480 |
37 |
940 |
52-5/16 |
1329 |
8" |
6" |
58-1/4 |
1480 |
Dimensions are for rough-in layout only. Request certified drawing for installation.
Delta T° = (284.33 x KW) / (LBS per Minute) Delta T is the Maximum degrees of temperature that the sand can rise per sand flow.
KW = [(Delta T°) x (LBS per Minute)] / 284.33