R1 and R2 terminals
If you make a remote controller, use the layout shown
below. Set the input to LOW.
HSR-X216/X209P/X216P
MIC
ALARM IN
12
13
14
15
16
C 1 2 3
4 5 6 7 8 9
RS485
SENSOR ALARM OUT
A
B
RS-232C
ON
RS485
TERMINATE
OFF
DO NOT CONNECT
PHONE LINE
Functions shown in parenthesis are obtained when
switched with SHIFT of R2
SW10 (INPUT 10) to SW16 (INPUT 16) are valid with the HSR-
X216/X216P only
C
R2
-AC IN
10 11 12 13
14
15 16
MON REC
ALARM
WARNING
ALARM
C R1 R1 ALL OUT RESET
FULL
FULL C
C
R1
220Ω
SW1 : INPUT 1
220Ω
SW2 : INPUT 2
300Ω
SW3 : INPUT 3
360Ω
SW4 : INPUT 4 (SEQUENCE)
470Ω
SW5 : INPUT 5 (MONITOR 2)
680Ω
SW6 : INPUT 6 (OPTION)
820Ω
SW7 : INPUT 7 (QUAD)
1.2kΩ
SW8 : INPUT 8 (MULTI)
1.8kΩ
SW9 : INPUT 9 (MENU RESET)
2.2kΩ
SW10 : INPUT 10
3.3kΩ
SW11 : INPUT 11
4.7kΩ
SW12 : INPUT 12
7.5kΩ
SW13 : INPUT 13
13kΩ
SW14 : INPUT 14
27kΩ
SW15 : INPUT 15
68kΩ
SW16 : INPUT 16
220Ω
SW1 : REC STOP
220Ω
SW2 : PLAY STOP
300Ω
SW3 : PAUSE
360Ω
SW4 : SEARCH
470Ω
SW5 : SHIFT
680Ω
SW6 : PLAY
820Ω
SW7 : REC
1.2kΩ
SW8 : MENU
1.8kΩ
SW9 : EXIT/OSD
2.2kΩ
SW10 : SPEED/DATA v
3.3kΩ
SW11 : SPEED/DATA V
4.7kΩ
SW12 : CURSOR B
7.5kΩ
SW13 : CURSOR b
13kΩ
SW14 : ZOOM
27kΩ
SW15 : COPY
68kΩ
SW16 : TIMER
SHIFT: For shimultaneous use with R1 switches
59
(GB)