S4 continuous flow dryers

TECHNICAL SHEET
S4 continuous flow dryers
PURPOSE
S4 type dryers are designed for drying all types of cereal grain, maize, as well as leguminous and oil seed
plants. Thanks to high capacities they can reach, these dryers can be used in large farms, agriculture
And food-processing industry. The possibility of precise parameter setting guarantees low consumption of
electrical power and fuel.
PRINCIPLES OF OPERATION
During drying in the continuous dryer, the loading, drying, cooling and unloading of grain takes place
simultaneously. The grain is top-loaded to the dryer and during the drying process it gradually moves
downwards. The lower chamber levels are designed to cool the grain. When the grain passes all the drying and
cooling levels, it is transported to the discharge device.
grain inlet
EQUIPMENT
1. Roof
2. Loading segments
1
2
3. Hot air channel
4. Burner channel
5. Burner covers
6. Cooling air control louvers
7. Line burner
8. Exhaust fans
9. Unloading system
3
10.Inlet roof ducts in the drying part
of the dryer column
13
11.Inlet roof ducts in the cooling part
of the dryer column
4
12. Air outlet roof ducts
10
5
13. Air outlet canal
14.Reverted-air canal
6
15.Centro separator
11
dry cool air
7
15
12
moist cooled air
heated air
8
14
heated air, reverted in the recuperation
process
light impurities
CONTACT:
SALE:
ARAJ REALIZACJE Sp. z o.o., ul. Mireckiego 30, 55-080 Kąty Wr., POLAND, tel. +48 71 721 57 60, fax +48 71 721 57 61, e-mail: [email protected]
PRODUCTION: PPW „ARAJ” Sp. z o.o. ul. Mireckiego 30, 55-080 Kąty Wrocławskie
www.araj.pl
TECHNICAL SHEET
S4 continuous flow dryers
Version .W
EXHAUST FANS
In the .W basic version of the dryer the hot air is drawn in using exhaust fans. The number
of fans depends on the dryer column size. The exhaust fans ensure passing the hot air
through the grain layer evenly.
Insulated hot air channel reduces heat loss and thus is reducing the cost of drying.
Heating of air supplied to the dryer may be carried out directly by placing the linear gas
burner in the burner channel or indirectly in the heater with a heat exchanger provided with
gas or oil burner.
S 418.W Dryer
TECHNICAL DATA
Model
Load capacity
unit
1)
S406. S410. S414. S418. S416. S420. S424. S428. S432. S436. S440.
t
16
22
28
36
55
69
79
89
99
113
123
Approximate thermal power without
heat exchanger
kW
600
1160
1630
2150
2440
3250
3950
4880
4880
6510
7900
MAIZE- drying capacity from 30% to 15%
2)
Capacity per hour
t/h
2,4
4,8
6,5
9,5
12,0
14,5
16,9
21,8
24,0
29,0
38,7
Capacity per day
t/24h
58
115
156
228
288
348
406
523
576
696
929
MAIZE- drying capacity from 25% to 15%
3)
Capacity per hour
t/h
2,9
5,9
7,8
11,7
14,7
17,6
20,5
26,4
29,3
35,0
46,9
Capacity per day
t/24h
70
142
187
281
353
422
492
634
703
840
1126
7,5
15,0
22,5
30,0
39,0
47,0
55,0
67,0
74,0
88,0
108,0
180
360
540
720
936
1128
1320
1608
1776
2112
2592
4,0
8,0
12,0
15,0
15,0
18,0
22,5
26,0
30,0
33,0
40,0
96
192
288
360
360
432
540
624
720
792
960
WHEAT- drying capacity from 19% to 15%
4)
Capacity per hour
t/h
Capacity per day
t/24h
RAPESEED - drying capacity from 13% to 7%
5)
Capacity per hour
t/h
Capacity per day
t/24h
SUNFLOWER- drying capacity from 13% to 7%
6)
Capacity per hour
t/h
1,3
2,6
3,9
5,1
9,6
11,6
13,5
17,3
19,3
23,1
30,8
Capacity per day
t/24h
31
62
94
122
230
278
324
415
463
554
739
12
16
MODEL WITHOUT DUST REMOVAL DEVICE.W
Number of exhaust fans
1
2
3
4
5
6
7
9
10
kW
9,7
17,6
25,8
34,1
42,0
50,9
59,9
75,7
83,2
width
m
2,4
2,4
2,4
2,4
4,0
4,0
4,0
4,0
4,0
4,0
4,0
height
m
9,2
11,6
14,0
17,0
16,8
19,8
22,2
24,6
27,0
30,0
32,4
length
m
4,9
4,9
4,9
4,9
4,9
4,9
4,9
4,9
4,9
6,4
6,4
Electric power demand
Dimensions
101,0 132,6
The manufacturer reserves the right to introduce technical changes
* Capacity for wet grain at the dryer inlet
03.2014
1)
Loading capacity for wheat 750 kg/m3
2)
Drying capacity for maize (from 30% to 15%) is given for drying temperature 110 0C, surrounding temperature 50C. Fuel oil consumption approximately 1,5 l/t%, natural gas consumption GZ50 1,3 m 3/t% ,
liquid gas consumption 2,0 l/t%
3)
Drying capacity for maize (from 25% to 15%) is given for drying temperature 110 0C, surrounding temperature 100C. Fuel oil consumption approximately 1,71 l/t%, natural gas consumption GZ50 1,67 m 3/t%
4)
Drying capacity for wheat is given for drying temperature 95 0C, surrounding temperature 150C. Fuel oil consumption approximately 1,1 l/t%, natural gas consumption GZ50 1,0 m 3/t% , liquid gas consumption
1,5 m3/t%
5)
Drying capacity for rapeseed is given for density 680 kg/m3, drying temperature 80 0C, surrounding temperature 150C. Fuel oil consumption approximately 1,1 l/t%, natural gas consumption GZ50 1,0 m 3/t%,
liquid gas consumption 1,5 l/t%
6)
Drying capacity for sunflower is given for drying temperature 80 0C, surrounding temperature 150C. Fuel oil consumption approximately 1,47 l/t%, natural gas consumption GZ50 1,43 m 3/t%
CONTACT:
SALE:
ARAJ REALIZACJE Sp. z o.o., ul. Mireckiego 30, 55-080 Kąty Wr., POLAND, tel. +48 71 721 57 60, fax +48 71 721 57 61, e-mail: [email protected]
PRODUCTION: PPW „ARAJ” Sp. z o.o. ul. Mireckiego 30, 55-080 Kąty Wrocławskie
www.araj.pl
TECHNICAL SHEET
S4 continuous flow dryers
Version .CS
CENTRO SEPARATOR— DRYING ALMOST WITHOUT DUST
The .CS version of the dryer is equipped with the centro separator, instead of exhaust fans,
that is designed to extract the hot air and clean the air that is going out of a dryer from dust.
This dryer version reduces the dust levels in the air during the drying process.
Centroseparator significantly reduces noise during the drying process.
Insulated hot air channel reduces heat loss and thus is reducing the cost of drying.
Heating of air supplied to the dryer may be carried out directly by placing the linear gas
burner in the burner channel or indirectly in the heater with a heat exchanger provided with
gas or oil burner.
TECHNICAL DATA
S 418.CS Dryer
Model
Load capacity
unit
1)
S406. S410. S414. S418. S416. S420. S424. S428. S432. S436. S440.
t
16
22
28
36
55
69
79
89
99
113
123
Approximate thermal power without
heat exchanger
kW
600
1160
1630
2150
2440
3250
3950
4880
4880
6510
7900
MAIZE- drying capacity from 30% to 15%
2)
Capacity per hour
t/h
2,4
4,8
6,5
9,5
12,0
14,5
16,9
21,8
24,0
29,0
38,7
Capacity per day
t/24h
58
115
156
228
288
348
406
523
576
696
929
MAIZE- drying capacity from 25% to 15%
3)
Capacity per hour
t/h
2,9
5,9
7,8
11,7
14,7
17,6
20,5
26,4
29,3
35,0
46,9
Capacity per day
t/24h
70
142
187
281
353
422
492
634
703
840
1126
WHEAT- drying capacity from 19% to 15%
4)
Capacity per hour
t/h
7,5
15,0
22,5
30,0
39,0
47,0
55,0
67,0
74,0
88,0
108,0
Capacity per day
t/24h
180
360
540
720
936
1128
1320
1608
1776
2112
2592
4,0
8,0
12,0
15,0
15,0
18,0
22,5
26,0
30,0
33,0
40,0
96
192
288
360
360
432
540
624
720
792
960
RAPESEED - drying capacity from 13% to 7%
5)
Capacity per hour
t/h
Capacity per day
t/24h
SUNFLOWER- drying capacity from 13% to 7%
6)
Capacity per hour
t/h
1,3
2,6
3,9
5,1
9,6
11,6
13,5
17,3
19,3
23,1
30,8
Capacity per day
t/24h
31
62
94
122
230
278
324
415
463
554
739
kW
13,2
32,6
49,3
79,1
79,5
80,9
97,4
191
276,6
width
m
2,4
2,4
2,4
2,4
4,0
4,0
4,0
4,0
4,0
4,0
4,0
height
m
9,2
11,6
14,0
17,0
16,8
19,8
22,2
24,6
27,0
30,0
32,4
length
m
4,9
4,9
5,6
5,6
5,6
5,6
5,6
5,6
5,6
7,8
7,8
length with dust remover
m
7,9
9,4
10,1
10,6
10,6
10,6
10,6
10,6
10,6
12,8
12,8
MODEL WITH DUST REMOVAL DEVICE .CS
Electric power demand
Dimensions
* Capacity for wet grain at the dryer inlet
158,2 158,2
The manufacturer reserves the right to introduce technical changes
03.2014
1)
Loading capacity for wheat 750 kg/m3
2)
Drying capacity for maize (from 30% to 15%) is given for drying temperature 110 0C, surrounding temperature 50C. Fuel oil consumption approximately 1,5 l/t%, natural gas consumption GZ50 1,3 m 3/t% ,
liquid gas consumption 2,0 l/t%
3)
Drying capacity for maize (from 25% to 15%) is given for drying temperature 110 0C, surrounding temperature 100C. Fuel oil consumption approximately 1,71 l/t%, natural gas consumption GZ50 1,67 m 3/t%
4)
Drying capacity for wheat is given for drying temperature 95 0C, surrounding temperature 150C. Fuel oil consumption approximately 1,1 l/t%, natural gas consumption GZ50 1,0 m 3/t% , liquid gas consumption
1,5 m3/t%
5)
Drying capacity for rapeseed is given for density 680 kg/m3, drying temperature 80 0C, surrounding temperature 150C. Fuel oil consumption approximately 1,1 l/t%, natural gas consumption GZ50 1,0 m 3/t%,
liquid gas consumption 1,5 l/t%
6)
Drying capacity for sunflower is given for drying temperature 80 0C, surrounding temperature 150C. Fuel oil consumption approximately 1,47 l/t%, natural gas consumption GZ50 1,43 m 3/t%
CONTACT:
SALE:
ARAJ REALIZACJE Sp. z o.o., ul. Mireckiego 30, 55-080 Kąty Wr., POLAND, tel. +48 71 721 57 60, fax +48 71 721 57 61, e-mail: [email protected]
PRODUCTION: PPW „ARAJ” Sp. z o.o. ul. Mireckiego 30, 55-080 Kąty Wrocławskie
www.araj.pl
TECHNICAL SHEET
S4 continuous flow dryers
Version .CSRE
CIRCULATING AIR—FUEL SAVINGS OF UP TO 30%.
The .CSRE version of the dryer (with recuperation) is equipped with a dust
reducing centro separator and a system allowing reverting a part of the heated
air after it passes through the grain, using canals, back to the heated air
chamber, where it is mixed with the heated clean air from outside. It then once
again passes through the grain.
In this version of the dryer almost the entire column of the dryer is insulated,
which reduces heat losses to a minimum and allows fuel savings of up to 30%.
Heating of air supplied to the dryer may be carried out directly by placing the
linear gas burner in the burner channel.
S 418.CSRE Dryer
TECHNICAL DATA
Model
Load capacity1)
Approximate thermal power without heat
exchanger
MAIZE- drying capacity from 30% to 15%
unit
S414.
S418.
S416.
S420.
S424.
S428.
S432.
S436.
S440.
t
28
36
55
69
79
89
99
113
123
kW
1630
2150
2440
3250
3950
4880
4880
6510
7900
2)
Capacity per hour
t/h
6,5
9,0
10,0
13,0
16,0
20,0
22,0
28,0
35,0
Capacity per day
t/24h
156
216
240
312
384
480
528
672
840
MAIZE- drying capacity from 25% to 15%
3)
Capacity per hour
t/h
7,8
10,8
12,0
15,6
19,2
24,0
26,4
33,6
42,0
Capacity per day
t/24h
187
259
288
374
461
576
634
806
1008
Capacity per hour
t/h
22,5
26,0
34,0
41,0
48,0
58,0
64,0
76,0
94,0
Capacity per day
t/24h
540
624
816
984
1152
1392
1536
1824
2256
kW
41,8
64,1
74,5
83,4
104,9
113,2
128,2
179,9
207,6
width
m
2,4
2,4
4,0
4,0
4,0
4,0
4,0
4,0
4,0
height
m
14,0
17,0
16,8
19,8
22,2
24,6
27,0
30,0
32,4
length
m
7,9
7,9
8,6
8,6
8,6
9,4
9,4
12,3
12,3
length with dust remover
m
12,4
12,4
13,6
13,6
13,6
14,4
14,4
17,3
17,3
WHEAT- drying capacity from 19% to 15%
4)
MODEL WITH HEAT RECOVERY .CSRE
Electric power demand
Dimensions
The manufacturer reserves the right to introduce technical changes
* Capacity for wet grain at the dryer inlet
03.2014
3
1)
Loading capacity for wheat 750 kg/m
2)
Drying capacity for maize (from 30% to 15%) is given for drying temperature 110 0C, surrounding temperature 50C. Fuel oil consumption approximately 1,2 l/t%, natural gas consumption GZ50 1,1 m 3/t%,
liquid gas consumption 1,7 l/t%
3)
Drying capacity for maize (from 25% to 15%) is given for drying temperature 110 0C, surrounding temperature 100C. Fuel oil consumption approximately 1,5 l/t%, natural gas consumption GZ50 1,3 m 3/t%,
liquid gas consumption 1,9 l/t%
4)
Drying capacity for wheat is given for drying temperature 95 0C, surrounding temperature 150C. Fuel oil consumption approximately 1,0 l/t%, natural gas consumption GZ50 0,9 m 3/t% , liquid gas consumption
1,3 m3/t%
CONTACT:
SALE:
ARAJ REALIZACJE Sp. z o.o., ul. Mireckiego 30, 55-080 Kąty Wr., POLAND, tel. +48 71 721 57 60, fax +48 71 721 57 61, e-mail: [email protected]
PRODUCTION: PPW „ARAJ” Sp. z o.o. ul. Mireckiego 30, 55-080 Kąty Wrocławskie
www.araj.pl

Download Report