Maximum Controls MAX SUPER ARM 1300 Manual page 12

GATE WEIGHT LESS THAN 1000 LBS
SWING PRO OPERATORS
Total
Select proper solar panel and battery size
System
GATE WEIGHT LESS THAN 1000 LBS
(6 Hrs Sunlight/Day)
Current
33Ah
MEGATRON PRO
Draw (mA)
batteries
20 19
Total
SWING PRO OPERATORS
System
50 16
Current
100 14
ACTUATOR
Draw (mA)
200 9
ZONE 1
20
250 4
GATE WEIGHT LESS THAN 1000 LBS (6 Hrs Sunlight/Day)
50
60W* Solar Panel
20 97
Total System
NOTE: Must Use 24V
100
MEGATRON PRO
Current
PANEL SIZE
50 92
Solar Panel
200
Draw (mA)
100 90
250
26 Total
59
200
20
System
50
250
50
85W* Solar Panel Current
NOTE: Must Use 24V 60 W 100
100 97
20
Draw (mA)
Solar Panel
200
50 92
200 20
250
100 50 90
60W* Solar Panel
250
20
NOTE: Must Use 24V
100
59
200
26 50
120W * Solar Panel
Solar Panel
200
250
NOTE: Must Use 24V
100
250
50
Solar Panel
200
20
85 W 100
250
50
85W* Solar Panel
200
NOTE: Must Use 24V
100
Solar Panel
250 200
250
26
HEAVY GATE WEIGHT GREATER THAN 1000 LBS (LESS THAN MAX WEIGHT)
20
50
50
120W * Solar Panel
MEGATRON PRO
NOTE: Must Use 24V Total
120 W 100 100
Solar Panel System
200
(6 Hrs Sunlight/Day)
200 Total
Current 250
System
33Ah
250
Draw (mA)
Current
batteries
26
Draw (mA)
5 19
5
50
15 16
HEAVY GATE WEIGHT GREATER THAN 1000 LBS (LESS THAN MAX WEIGHT)
15
60W* Solar Panel
200 W 100 20 14
NOTE: Must Use 24V
20
MEGATRON PRO
40 9
200
Solar Panel
40
60 4
250 60
Total
5 97
5
System
15 92
15
85W* Solar Panel Current
NOTE: Must Use 24V 20 90
20
Draw (mA)
Solar Panel
100 100 59
5
250
250 9
15
60W* Solar Panel
5
NOTE: Must Use 24V
5 20 97
15
120W * Solar Panel
Solar Panel
40
15 92
NOTE: Must Use 24V
20
60
20 90
Solar Panel
100
5
100 59
250
15
85W* Solar Panel
250 9
NOTE: Must Use 24V
20
Solar Panel
100
250
5
15
120W * Solar Panel
NOTE: Must Use 24V
20
Solar Panel
100
250
Gate solar cycles per day
Zone 1 Zone 2
(4 Hrs Sunlight/Day)
50Ah 33Ah
Gate solar cycles per day
batteries batteries
20 11
Zone 1
SWING, ACTUATOR
17
(6 Hrs Sunlight/Day) (4 Hrs Sunlight/Day)
8
33Ah 16 50Ah 33Ah
GATE SOLAR CYCLES PER DAY
7
batteries batteries batteries
10 2
ZONE 2
19 20 11
5 #NUM!
(4 Hrs Sunlight/Day)
16 17
173 58
8
18Ah 14 16 18Ah
7
169 Gate solar cycles per day 54
BATTERIES BATTERIES
9 10 2
166 53
4 5 #NUM!
442.74 438.58
Zone 1 Zone 2
131 25
97 173 58
(6 Hrs Sunlight/Day) (4 Hrs Sunlight/Day)
408.16 400.16
68 #NUM!
92 169 54
33Ah 50Ah 33Ah
336.13 320.13
90 166 53
173 58
batteries batteries batteries
59
131 25
169 54
19 20 11
192.08 160.06
68 #NUM!
166 53
16 17
120.05 80.03
8
97
173 58
14 16
131 25
7
442.74 92 169 438.58 54
9 10 2
68 #NUM!
166 53
90
4 5 #NUM!
408.16 400.16
59
131 25
97 173 58
336.13 320.13
68 #NUM!
92 169 54
192.08 160.06
90 166 53
59 131 25
120.05 80.03
68 #NUM!
442.74 438.58
97
Gate solar cycles per day 173 58
408.16 400.16
169 54
92
Gate solar cycles per day
336.13 90 166 320.13 53
Zone 1 Zone 2
59 131 25
(4 Hrs Sunlight/Day)
192.08 160.06
Zone 1
68 #NUM!
50Ah 33Ah
(6 Hrs Sunlight/Day) (4 Hrs Sunlight/Day)
120.05 80.03
batteries batteries
33Ah 50Ah 33Ah
442.74 438.58
batteries batteries batteries
20 11
19 20 11
408.16 400.16
17
8
16 17
336.13 16 320.13
8
7
14 16
10 2 7
Gate solar cycles per day
192.08 160.06
9 10 2
5 #NUM!
120.05 4 5 80.03 #NUM!
Zone 1 Zone 2
173 58
97 173 58
(6 Hrs Sunlight/Day) (4 Hrs Sunlight/Day)
169 54
92 169 54
33Ah 50Ah 33Ah
166 53
90 166 53
batteries batteries batteries
59 131 131 25 25
19 20 11
9 68 #NUM!
68 #NUM!
16 17
8
97 173 58
14 173 16 58
7
92 169 54
9 10 2
169 54
90 166 53
4 5 #NUM!
166 53
59 131 25
97 173 58
131 25
9 68 #NUM!
92 169 54
68 #NUM!
90 166 53
59 131 25
9 68 #NUM!
97 173 58
92 169 54
90 166 53
59 131 25
9 68 #NUM!
Zone 3
(2 Hrs Sunlight/Day)
50Ah 33Ah 50Ah
batteries batteries batteries
12 4 5
Zone 2 Zone 3
(2 Hrs Sunlight/Day)
9 2 2
50Ah 33Ah 50Ah
8 1 1
batteries batteries batteries
3 #NUM! #NUM!
ZONE 3
12 4 5
#NUM! #NUM! #NUM!
(2 Hrs Sunlight/Day)
105 2 4 4 4
9 2 2
18Ah
8 1 1
101 21 41
BATTERIES
3 #NUM! #NUM!
99 1 9 3 9
#NUM! #NUM! #NUM!
338.38
Zone 3
67 #NUM ! 1 3
105 2 4 4 4
(2 Hrs Sunlight/Day)
296.12
14 #NUM! #NUM!
101 21 41
50Ah 33Ah 50Ah
208.08 1 9 3 9
99
105 24 44
batteries batteries batteries
67 #NUM ! 1 3
101 21 41
12 4 5
32.01
14 #NUM! #NUM!
99 19 39
-56.02
9 2 2
105 24 44
67 #NUM! 13
8 1 1
101 434.41 21 41
3 #NUM! #NUM!
14 #NUM! #NUM!
99 19 39
#NUM! #NUM! #NUM!
392.16
67 #NUM! 13
105 2 4 4 4
304.12
14 #NUM! #NUM!
101 21 41
128.05
99 1 9 3 9
67 #NUM ! 1 3
40.02
14 #NUM! #NUM!
434.41
105 24 44
392.16
101 21 41
99 19 304.12 39
Zone 3
67 #NUM! 13
(2 Hrs Sunlight/Day)
128.05
Zone 2 Zone 3
14 #NUM! #NUM!
50Ah 33Ah 50Ah
(2 Hrs Sunlight/Day)
40.02
batteries batteries batteries
50Ah 33Ah 50Ah
434.41
batteries batteries batteries
12 4 5
12 4 5
392.16
9 2 2
304.12
9 2 2
8 1 1
3 8 #NUM! 1 #NUM! 1
128.05
3 #NUM! #NUM!
#NUM! #NUM! #NUM!
#NUM! #NUM! 40.02 #NUM!
Zone 3
105 2 4 4 4
105 2 4 4 4
(2 Hrs Sunlight/Day)
101 21 41
101 21 41
50Ah 33Ah 50Ah
99 1 9 3 9
99 1 9 3 9
batteries batteries batteries
67 67 #NUM ! #NUM ! 1 3 1 3
12 4 5
14 #NUM! #NUM!
14 #NUM! #NUM!
9 2 2
105 24 44
105 24 44
8 1 1
101 21 41
3 #NUM! #NUM!
101 21 41
99 19 39
#NUM! #NUM! #NUM!
99 19 39
67 #NUM! 13
105 2 4 4 4
67 #NUM! 13
14 #NUM! #NUM!
101 21 41
14 #NUM! #NUM!
1 9 3 9
99
67 #NUM ! 1 3
14 #NUM! #NUM!
105 24 44
101 21 41
99 19 39
67 #NUM! 13
14 #NUM! #NUM!
The map and daily cycle rate shown are
approximations based upon the average
The map and daily cycle rate shown are
solar radiation and the temperature
approximations based upon the average
effects on batteries in the given regions.
solar radiation and the temperature
Local geography and weather conditions
effects on batteries in the given regions.
may require additional solar panels.
Local geography and weather conditions
may require additional solar panels.
USE LOW POWER accessories in order to
The map and daily cycle rate shown are
USE LOW POWER accessories in order to
minimize power draw. Each additional
approximations based upon the average
minimize power draw. Each additional
accessory draws power affecting the daily
solar radiation and the temperature
accessory draws power affecting the daily
cycle rate.
effects on batteries in the given regions.
cycle rate.
Local geography and weather conditions
may require additional solar panels.
USE LOW POWER accessories in order to
minimize power draw. Each additional
accessory draws power affecting the daily
cycle rate.