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MultiProx Reader Installation
Mounting Instructions:Retrofitting an existing Sensor
1. Locate the existing Schlage/Westinghouse Sensor.
Determine the type (side or back mount, Figure 2). Verify
the existing location is suitable for the MultiProx Reader
(See: Important Installation Guidelines, pg.1)
2. Remove the SE Sensor from the wall and then remove the
coax cable from the SE Sensor.
3. Connect the MultiProx Reader to the coax cable (hand
tight). Insulate the connector using electrical tape or shrink
tubing. DO NOT use wrenches or pliers to tighten the F
connectors.
4. Mount the MultiProx Reader using the existing Sensor
hardware.
Connecting the Reader Cable to the MultiProx
Controller
1. Connect the Coax Cable to the MultiProx Controller. Note
which channels are connected to each Reader location.
(Figure 3) The Reader coax channel numbers are labeled
on the top cover of the Controller.
READER CHANNEL 1 TO READER
Configuring the DIP Switch Settings on the MultiProx
Controller
1. Determine the number of Reader Channels in use. On the
MultiProx Controller, set SW2: switch 6 & 7 to reflect the
appropriate number of Reader Channels in use. (See page 4
of the MultiProx Controller Installation Manual for more detail.)
2. To set the LED and Beeper Switches for each Reader, refer to
the LED and Beeper Switch Setting Chart in the MultiProx
Controller Installation Manual (Figure 8, page 6).
FIGURE 2
Note: For wiegand interface connections, see the
MultiProx Controller Installation Manual.
Operating Limits
Operating voltage range...................14 - 28.5VDC Supplied
by the Controller
Absolute maximum voltage..............28.5VDC
Environmental
Enclosure rating...............................Outdoor rated to NEMA 4X
Enclosure material............................Polycarbonate
Weight..............................................15 oz.
Operating temperature range............-40 to 65°C (-40 to 150°F)
Storage temperature.........................-40 to 85°C (-40 to 185°F)
Operating humidity range................5 to 95% Non-condensing
Operating vibration limit................ .04 G
2
/Hz 20 - 2000Hz
Operating shock limit......................30g, 11mS half sine
Operating parameters
Read distance/ProxCard II ..............2.5 - 4 inches over operating
limits, 3.0 inches typical
Read distance/Schlage 1050.............0.75 - 3 inches over operating
limits, 1.75 inches typical
Read distance/Schlage1030/1040....1.0 - 3.5 inches over operating
limits, 2.0 inches typical
Excitation frequency .......................125kHz generated internally
(Prox mode)
Excitation frequency .......................2-30MHz generated on the
(Sweep mode) controller
Minimum clearance from metal.......4 inches behind,
2 inches on the side
Minimum clearance from wiring......6 inches
Minimum metal enclosure size.........13” square by 3” deep
no cover
Connector.........................................F type rear mount & side
mount
FIGURE 3
M
ULTIPROX CONTROLLER
Specifications for the MultiProx Reader
U4
U6
U8
C37
C38
C61
R99
R110
R111
C95
R
1
7
R
1
8
R
1
9
R
2
0
R
2
2
R
2
3
R
2
4
R
2
1
MULTIPROX CONTROLLER 6000
VS32
RLY7D RLY8D
COM7D COM8D
COM7A
COM7C
COM7B
RLY7C
RLY7B
RLY7A
VS35
VS34
VS33
COM8A
RLY8B
COM8B
RLY8C
COM8C
RLY8A
VS40
VS38
VS39
VS30VS25
COM5C
COM5D
RLY5D
VS31
COM5A
COM5B
RLY5B
RLY5C
RLY5A
COM6D
RLY6D
COM6C
VS36
VS37
RLY6C
COM6B
RLY6B
COM6A
RLY6A
SPGND
VS21
VS23
VS24
VS22
COM3D
GND
N/C
+24V
VS26
VS28
VS29
VS27
COM4D
Q29
C66
Q21
C89
+24V
RELAY8C
Q24
Q23
CR5
Q22
RELAY8A
RELAY7C
C
J2
D
8
A
B
D
VS49
RELAY8D
R
3
2
Q32
R
3
1
Q31
R
3
0
Q30
RELAY8B
RELAY7D
L1
C93
CR1
+5V
C91
C92
C88
C90
C87
U1
+12V
U
3
9
C94
U
4
0
C53
SW4
Q26
CR4
Q18
D
RELAY7A
Q20
7
B
C
D
A
6
B
C
A
Q19
RELAY6C
RELAY6A
5
C
B
A
NCNO
RELAY7B
R
2
9
Q28
R
2
8
R
2
7
RELAY6D
Q27
RELAY6B
SW3
RELAY5A
RELAY5C
Q17
RELAY5B
RELAY5D
R
2
6
Q25
R
2
5
SW2
SW1
R
1
1
2
RN9
U26
RN8
U25
C96
U
3
8
C86
C85
R113
C98
CR12
C97
C
1
0
1
C84
U
3
7
C83
C74
U31
C
1
0
0
Y1
U32
U22
C57
R106
RN6
RN7
U24
C73
U23
U
2
0
C56
U
2
1
C72
C75
U
3
0
C76
R109
C58
R107
R108
R
2
R
3
R
4
R
5
R
7
R
6
R
1
R
8
RLY1A
RLY2A
COM3B
COM3C
RLY3C
RLY3D
RLY3B
COM3A
RLY3A
VS15
VS13
VS14
RLY4B
COM4B
COM4C
RLY4D
RLY4C
RLY4A
COM4A
VS20
VS19
VS18
COM1D
RLY1D
VS11
VS12
COM1A
COM1B
COM1C
RLY1C
RLY1B
RLY2D
COM2D
VS16
VS17
COM2A
RLY2B
COM2B
RLY2C
COM2C
VS5
VS4
VS3
VS2
VS1
VS10
VS9
VS8
VS7
VS6
RN2
C29
C30
A
CR3
Q8
RELAY4C
Q7
RELAY4A
RELAY3C
Q6
J1
4
C
D
B
R
1
5
Q16
R
1
6
RELAY4D
Q15
Q14
RELAY4B
RELAY3D
R
1
4
Q5
Q4
RELAY3A A
3
C
D
B
2
D
B
C
Q3
RELAY2C
RELAY2A
B
1
D
A
C
NC
A
NO
R
1
2
R
1
3
Q13
Q12
RELAY3B
Q11
RELAY2D
RELAY2B
R
1
1
C51
U13
U
1
9
U
1
8
C54
R95
C50
U
1
2
RN5
C33
R97
C59
R98
C60
C55
R96
C52
U
2
7
C34
U
1
4
R62
C36
C35
SWB
U10
B
E
E
P
U9
C28
RN4
C31
U7
C5
U5
CR10
G
R
E
E
N
U
1
1
C32
RN3
CR11
C6
Q2
RELAY1C
Q1
CR2
RELAY1A
R
9
Q10
R
1
0
RELAY1D
Q9
RELAY1B
SWG
SWR
U3
C3
C1
R
E
D
CR6
RN1
CR9
C4
CR7
C162
C106
1
Q33
U2
C102
14
P3
D
A
T
A
O
U
T
'
S
E
L
1
B
U
4
5
S
W
E
E
P
B
'
C
O
M
M
A
N
D
B
'
H
S
M
C
B
'
S
E
L
0
B
U
4
4
S
E
L
2
B
H
I
T
'
H
I
T
I
N
B
P
B
C107
F
W
1
'
F
W
0
'
+
5
V
G
N
D
R198
C167
C164
C166
R197
C165
C163
R196
R195
U34
U41
U42
R115
C103
U35
R116
C66
R105
R104
C79
C71
C77
C78
C64
R102
U29
C70
DS1
C
8
1
R114
U
3
6
C80
C69
U
2
8
X164
C104
U43
R119
EPROM
U46
C105
R194
C158
C157
R193
R118
C82
C133
R185
P
O
W
E
R
RN10
U52
U
5
3
C154
C155
C156
R192
R191
C153
C132
C134
P1
R190
J9
Q70
C170
U33
R230
R228
Q71
C169
R224
U
6
4
C168
U63
R225
R226
R227
R229
CH.8J10
Q66
R223
Q69
R222
Q68
C161
R220
R219
U62
Q67
CH.7
J8
CH.6
R221
R216
C160
R215
R218
R217
C159
U
6
1
U60
Q65
Q64
R214
J7 CH.5
Q37
THLD
R68
Q44
R65
R100
C62
R101
C63
C65
R67
C39
U15
C40
C44
C46
L4
R78
R79
C45
R103
Q53
R89
U
1
7
U16
R57
+12V
MDATA
GND
ROUT
RAWDC
OSC
Q38
C13
CR13
C12
R58
L3
Q54
Q
4
5
CR30
C17
C18R50
C14
R53
R51
U
5
0
R169
R170
C122
R166
R167
C123
C124
R182
R187
R84
R91
R165
C119
C118
R188
U
5
1
R234
R181
L6
R173
C67
C129
R231
C144
U
4
8
U
4
9
R154
R155
C117
C114
R153
R56
C21
C113
C115
R159
C116
R160
R157
Q55
R162
R148
R158
C139
C140
R161
Q34
P2
FSK
C2
R36
R34
R35
R33
C8
R38
C7
R42
ASSY 6000-311-
R140
U
4
7
C23R46
R47
C24
R120
R145
CR25
C135
C141
R200
R211
R210
C152
R212
U
5
9
U
5
8
Q63
Q62
R207
R209
R208
C151
C150
U57
R213
Q61
CH.4
J6
J5
CH.3
C143
R206
Q60
Q59
R203
R204
U
5
6
U
5
5
Q58
R202
R201
R205
J4
CH.2
C142
R199
U
5
4
Q57
Q56
J3 CH.1
CR8
T
B
3
T
B
2
T
B
5
T
B
4
T
B
7
T
B
6
T
B
9
T
B
8
2CH1 53 4 67
R117
R60
R59
Q47
L5
3
P4
1
L2
VS48
VS47
VS46
VS45
R189
R183
R184
R232
VS44
VS43
VS42
VS41
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