Maximum Controls MAX ARM Installation And Owner's Manual page 41

solar CONTROL box installation
6
5
Turn SOLAR MODE ON
Operator will go into low power
mode 30 seconds after gate stops
moving and loop detectors are not
active. While in low power mode:
- All LEDs will turn off except power
LED and solar mode LED (blinking)
- 12V DC OUTPUT and 12V DC OUT
on 10K port will remain ON, all other
power outputs will turn OFF
- EXIT LOOP detector remains ON,
CENTER & SAFETY LOOP detectors
are turned OFF.
Power radio receiver using 12V DC OUTPUT
In low power mode, 12V DC OUTPUT is left ON
Normal
Opening
Device
7
6
Select low power
radio RECEIVER
For OPTIONAL Loop Rack
8
7
Select Low Power
Loop Detectors
Recommended: Plug-In Loop Detectors
NOTE: While in low power mode, EXIT
LOOP detector remains ON, CENTER &
SAFETY LOOP detectors are turned OFF
9
8
OPTIONAL
Remove local 7A/Hr batteries
from operator and TURN ON
DIP Switch MODE A -1
MAX Arm/Ultra Arm V1
BATTERY
BATTERY VOLTAGE
INPUT
ERROR
E
BATTERY
INPUT
BATTERY
IN USE
BATTERY
TEST
POWER /
SOLAR IN
POWER
14
16
MIN
1
MAX
MODULE
SENSE
PORT 3
OPENING
OBD PORT
BLACK BOX
RESET
OFF
1
2
ALARM 3
4
5
PROGRAMMING
ID PLUG
6
ERROR
1
2
3
ID
4
PLUG 5
6
7
PROGRAM PROGRAM
8
9
10
OFF
EXIT PWR
SOLAR MODE SOLAR MOD
EXIT LOOP
GND
OFF OF
CENTER LOOP
LOOP PWR
SAFETY LOOP OPERATOR
FAULTS
SINGLE
24VDC OUTPUT
GND
12VDC OUTPUT
GND
Radio Signal
Radio Signal
Radio Gnd
Ground
12V Power DC
EDI LMA1800-LP
DSP ARM CONTROLLER
1/2 F
BATTERY
BACKUP MODE
LEAVE OPEN
OPEN 1 TIME
REPLACE
LEAVE
MOTOR 1
BATTERY
CLOSED
MOTOR 2 MOTOR 2
CLOSE E
ERD SENSITIVITY
TIMER MER
12 14 12
16
MIN
ERD ERD
9 9
1
MOTOR MAX MOTOR
OVER SENSE OVER R
7 3 7
LOAD LOAD OAD MIN MIN MAX MAX
CLOSING OFF OFF
MAXIMUM CONTROLS M CONTROLS
DSP ARM CONTROLLER RM CONTROLLER
ON/OFF ON/ OFF
BATTERY BATTERY
MOTION CONTROL MOTION CONTROL JOG JOG
OPEN OPEN CLOSE CL
OPE OPEN EN STOP STOP CLOSE CLOSE
ANTI- ANTI-
MAGLOCK
PUSH PUSH PULL P
TAILGATE TAILGATE
OPEN OPEN OPEN DELAY
OFF OFF ON ON
ON
GATE
OFF 2.5 sec
CLOSING GATE SPEED
1.5 sec
MIN MIN
MAX
MAX UL
DUAL
ENTRAP
MOTOR 1 MOTOR 2
In-Ground Loops
AAS
DKLP
Low power
keypad
Loop Detector Rack
EXIT CENTER
O
N
1
2
3
E D E D
4
5
6
I 7 I
T e l: 8 T e l:
4 8 0 4 8 0
D E D E
.9 6 O N .9 6
F L E F L E
8 . 6 8 . 6
5 = 5 =
C T C T
4 0 7 4 0 7
O p O M - L P O p O M
ti m ti m
= In E T E = In E T E
u m 1 8 0 0 u m
c re R c re R
= D 2 = D
a s e S e n a s e S e n
e c re A 1 e c re
S e n s . S W 3 S e n s .
L E D L E D
a s e 1 4 L M a s e
s . O N s .
IN D S e n S W 5 IN D S e n
P O N S P O
s . O N 2 6 s .
W E IC A O N W E IC A
O N F r e 7 S E O N
R T O O F R T O
O F = L q u 8
O F = N R S F e n O F = N R S
F = o w
F = o r m O F O N c y F = o r m
D E F M e D E
N o a l N o a l
T E S W O F = M d iu T E
O N C T P o P o O N C T P o P o
w e 3 F = m -L w e
w e O N e d w e
= D r iu m = D r
O F r H ig o w O F r
F = e te O F = F F = e te
h - H ig
2 H N o c t F = a il 2 H N o c t
S W h
z F la S e z F la
L o D et F a L o D et
s h = e c t 4 il S c u re s h = e c t
o p O N S W R o p
1 F F a D e la a fe E T E 1 F F a u D e la
la s u lt y T O N 5 la s y T
2 F O N O M 2 F lt
h = im in O u h = im in
la s O F tp u C T la s
O p g O F = P F L E O p g
3 F h e s F t B 3 F h e s
la s = S e n O F F u ls la s = S e n
O N = B D E
h e s h o rt L o F e o N S h e s h o rt L o
o p s a m o p
= 2 5 e d S W O F = P n E = 2 5 e d
B o th n tr S E B o th
% c L o o 6 F = u ls e a % c L o o
O N y
L E D o f In h a n p e o s A L E D o f In h a n p
C u rr L o C u rr
's F d u c g e O F = 2 o p n E 's F d u c g e
P W P W
e n t la s ta n F F a u x it e n t la s ta n
R L S W = N S e R L
L o o h in c e c o n lt W E R L o o h in c e
E D g = 7 E D g =
P re p F O N o D P re p F
v io F la a u lt d D P O v io F la a u lt
e la e la
u s s h in u s s h in
O F = N y y
L o o g = F = T L o o g =
o r m T E C I
p F S W p F
a u lt In fi a l E D a u lt
8 D E
O N n it P r e
e P s e n
O F = S
r e s c e
F e n s
= e n
N o it iv c e
S e it y
B o
n s it T
o s t S E
iv it
y B R E
o o
s t
EXIT CENTER
Turn SOLAR MODE ON.
SOLAR MODE
[ + ]
MOTOR 1
INPUTS [-]
[ + ]
MOTOR 2
[-] [-]
INPUTS OFF
LIMIT 1 LIMIT 1
LIMIT 2 LIMIT 2
LIMIT 1 LIMIT 1
LIMIT 2 LIMIT 2
LIMIT 1 LIMIT 1
MOTOR 1 MOTOR 1
LIMITS LIMITS
LIM LIMIT 2 T 2
LIMIT 1 LIMIT 1
MOTOR 2 MOTOR 2
LIMITS LIMITS
LIMIT 2 LIMIT 2
GATE OPEN GATE OPEN
GATE CLOSED GATE CLOS
GND
NO
MAG
LOCK
COM
NC
OPEN ONLY NC
PHOTO CLS NC
OPEN / CLS NC
12VDC OUT
GND
OPEN ONLY 10K
CLS ONLY 10K
OPEN / CLS 10K
12VDC OUT
GND
SAFETY
O
N O
N
1
1
2 2
3
3
4 E D
4
5
5
6 6
7
I 7
8 T e l:
8
4 8 0
O N D E
.9 6 O N
F L E
8 . 6
5 =
C T
- L P O p O M 4 0 7
- L P
= In ti m
1 8 0 0 E T E
u m 1 8 0 0
2 c re R
= D S e n 2
A 1 a s e A 1
S W 3 e c re S W 3
S e n s .
1 4 L M L E D a s e 4
O N s . 1 L M
S W 5 O N S W
N S P O IN D S e n 5
O N 2 6 N S
O N W E s . O N 2 6
F r e 7 S E IC A O N S E
O F O N R F r e 7
O F = L q u 8 T O O F
F e n = N O F = L q u 8
F = o w O F R S F e n
O F O N c y O F F = o w
F M e F = o r m O N c y
D E F M e
S W O F = M d iu N o a l S W
T E O F = M d iu
3 F = m -L O N C T P o P o
O N e d w e 3 F = m -L
iu m w e O N e d
H ig o w O F = D r r iu m
O F = F H ig o w
h - H ig F = e te O F = F - H ig
F = a il h
S W h 2 H N o c t F = a il
S e z F la S W h
F a D et S e
4 il S c u re L o 4 F a
O N S W R o p s h = e c t il S c u re
a fe E T E O N S W R
1 F F a D e la a fe E T E
O N 5 5
O N O M la s u lt y T O N
O u 2 F O N O u O M
O F tp u C T h = im in C T
O F = P F L E la s O F tp u
F t B 3 F h e s O p g O F = P F L E
O F F = u ls F F t B
O N D E la s = S e n O F u ls D E
F B s e o N S O N = B e o
h e s h o rt L o F N S
S W O F = P a m n E o p S W s a m n E
n tr S E = 2 5 e d O F = P S E
6 F = u ls e a B o th 6 n tr
O N y % c L o o F = u ls e a
e o s A O N y
L o L E D o f In h a n p L o e o s A
O F = 2 o p n E C u rr
's F d u c g e O F = 2 o p n E
F F a u x it P W e n t
S W = S e la s ta n F S e F a u x it
c o n lt W E R R L L o o h in S W = R
7 N o c e c o n lt W E
O N P re E D p F g = 7 N o
D e d D P O O N d D
e la v io F la a u lt D e P O
la y s h in la y e la
O F = N y u s O F
F T L o o = N y
o r m T E C I g = F = T
S W = o r m T E C I
In fi a l E D p F S W
8 D E a u lt In fi a l E D
O N n it P r e 8 D E
O N n it P r e
e P s e n
O F = S e P s e n
re s c e O F = S
F e n s r e s c e
= e n F e n s
= e n
N o it iv c e it iv c e
N o
S e it y it y
B o S e
n s it T n s it B o
o s t S E T
iv it o s t S E
iv it
y B R E
y B R E
o o
s t o o
s t
SAFETY
ODE ODE ODE OD DE DE DE DE E
ON ON ON ON O O ON ON N N
39