Atsumi Electric NR200AQM Installation Instructions - Page 2

Browse online or download pdf Installation Instructions for Security Sensors Atsumi Electric NR200AQM. Atsumi Electric NR200AQM 2 pages. Photoelectric beam detector, 200ft./400ft./660ft. / 60m/120m/200m range

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9 INITIAL SETTING
ALARM
Receiver
EDC
LEVEL
AND/OR Switch
No.
FUNCTION
OFF
ON
(switch no.4)
1
GROUP
A
B
Bypass Switch
M
1
2
3
2
OFF OFF
ON
ON
(switch no.5)
3
OFF
ON
OFF
ON
Level Check Switch
4
AND/OR
AND
OR
5
BYPASS
OFF
ON
(switch no.6)
LEVEL
LOWER
UPPER
6
CHECK
BEAM
BEAM
150
200
BEAM INTERRUPTION TIME
100
300
Sensitivity Volume
400
75
40
500
INTERRUPTION
TIME(msec)
AND/OR GATE
(on the receiver)
TESTER LEVEL
ALIGNMENT
3.4V~: EXCELLENT
CHRCK
Set the dip switch No.4 on the receiver to:
3.0V~: GOOD
TERMINALS
0.0V~: POOR
ON : OR GATE
OFF : AND GATE (original Position)
BYPASS
(on the receiver)
Set the dip switch No.5 on the receiver to:
ON : BYPASS activated
OFF : BYPASS not activated (original Position)
LEVEL CHECK
(on the receiver)
Set the dip switch No.6 on the receiver to:
ON : Performs label display and tester output of the upper beam
OFF : Performs label display and tester output of the lower beam
(original Position)
BEAM INTERRUPTION TIME
(on the receiver)
Adjust with the rotary volume switch on the receiver.
Slower setting reduce sensitivity.
(original Position : 40msec)
1
2
3
4
5
Running
Jogging
Fast walking
Normal walking Slow walking
40msec
100msec
200msec
300msec
400msec
Note: For UL applications the interruption time shall not exceed 75 msec.
Transmitter
POWER
No.
FUNCTION
OFF
ON
1
GROUP
A
B
M
1
2
3
2
OFF OFF
ON
ON
3
OFF
ON
OFF
ON
4
130
160
260
320
100
180
Beam Power Control
200
360
OUTDOOR 60
200
INDOOR 120
400
BEAM POWER
CONTROL(m)
* The diagram is NR200AQM
BEAM POWER CONTROL
(on the transmitter)
Turn the volume on the transmitter clockwise to increase beam power and
counterclockwise to decrease beam power.
Refer to the following chart to set the volume based on the detection range
(initial setting at maximum length).
Volume Setting of Beam Power Control (OUT DOOR)
Model
Volume
20
30
40
50
55
NR60AQM
Range
0-20m
20-30m
30-40m
40-50m
50-55m
Volume
40
60
80
100
110
NR120AQM
Range
0-40m
40-60m
60-80m
80-100m
100-110m
Volume
60
100
130
160
180
NR200AQM
Range
0-60m
60-100m
100-130m
130-160m
160-180m
Model
Volume Setting of Beam Power Control (IN DOOR)
Volume
40
60
80
100
110
NR60AQM
Range
0-40m
40-60m
60-80m
80-100m
100-110m
Volume
80
120
160
200
220
NR120AQM
Range
0-80m
80-120m
120-160m
160-200m
200-220m
Volume
120
200
260
320
360
NR200AQM
Range
0-120m
120-200m
200-260m
260-320m
320-360m
12 OPERATION CHECK
12.1 ALARM OPERATION
- AND GATE : Check that the alarm LED on the receiver turns ON when all for beams are blocked simultaneously for the adjusted beam interruption time.
- OR GATE : Check that the alarm LED on the receiver turns ON when either of the upper/lower two beams are blocked for the adjusted beam interruption time.
12.2 EDC OPERATION
(1) When OR GATE is set, set the dip switch No.4 on the receiver to OFF (AND GATE).
(2) Check that the EDC LED on the receiver turns ON in 3 seconds after only the upper beam is blocked.
(3) Check that the ALARM LED on the receiver turns ON in the adjusted beam interruption time after the lower beam is blocked while the EDC LED stays ON.
(4) Check that the EDC LED on the receiver turns ON in 3 seconds after only the lower beam is blocked.
(5) Check that the ALARM LED on the receiver turns ON in the adjusted beam interruption time after the upper beam is blocked while the EDC LED stays ON.
(6) Set the dip switch No.4 on the receiver to ON for OR GATE.
12.3 PERIODEC CHECK
This system should be tested at least once a week per above checking to ensure proper function.
14 DIMENSIONS
Center of the Upper Beam
103
Knockout
Center of the Lower Beam
19.3
16 OPTIONAL PARTS
Part No.
Description
BP-1
Pole (ø42.7mm x 950mm
2-pcs)
BP-2
Pole (ø42.7mm x 1200mm
2-pcs)
BP-3
Wall-mount Pole (ø42.7mm
2-pcs)
PC1A
Water Pesistant Enclosure (2-pcs)
PC3A
Back-to-back Enclosure (1-pcs)
BH12T
Heater
* Specifications are subject to change without prior notice.
10 SELECTABLE BEAMS AND SYNCHRO WIRING
When installing only 1 set, beam group/channel setting and synchro wires are not required.
Use the unit at all original positions (OFF) on the switch No. 1 to 3 of the transmitter and the receiver.
10.1 BEAM GROUP/CHANNEL
The selectable beams up to 8 kinds can be used. The unit has Group A and B beam for
selection. Each group can be divided into 4 channels which are called Channel M (Master),
Channel 1, Channel 2, and Channel 3. Channel 1 to 3 can emit beams only when Channel M
on the same group provides each channel with synchro signal. When installing 2 or more sets
on the same group, set only 1 set to Channel M and set the other sets to Channel 1 to 3. And
synchro wires are required. (See SYNCHRO WIRING.)
POWER
Set the dip switch No.1 to 3 on each transmitter and receiver for group/channel selection. See
below chart.
BEAM
GROUP A
CHANNEL M
CHANNEL 1
CHANNEL 2
No.
FUNCTION
OFF
ON
CHANNEL 3
1
GROUP
A
B
M
1
2
3
GROUP B
CHANNEL M
2
OFF OFF
ON
ON
CHANNEL 1
3
OFF
ON
OFF
ON
4
CHANNEL 2
CHANNEL 3
130
160
260
320
100
180
200
360
OUTDOOR 60
200
INDOOR 120
400
BEAM POWER
CONTROL(m)
10.3 EXAMPLES
• 1 STACKING IN LONG DISTANCE
R
T
T
R
R
6
GROUP A
GROUP A
Slow moving
CHANNEL M
CHANNEL M
SYSTEM I
SYSTEM II
[1] SYSTEM III must be set to group B to avoid crosstalking to SYSTEM I.
[2] SYSTEM IV must be set to group B to avoid crosstalking to SYSTEM II.
[3] Stay set to channel M on both groups and synchro wires are not required.
500msec
• 2 STACKING IN LONG DISTANCE
SYNCHRO WIRING
R
T
T
R
R
GROUP A
GROUP A
CHANNEL M
CHANNEL M
R
T
T
R
R
GROUP A
GROUP A
CHANNEL 1
CHANNEL 1
SYSTEM I
SYSTEM II
[1] SYSTEM III must be set to group B to avoid crosstalking to SYSTEM I.
[2] SYSTEM IV must be set to group B to avoid crosstalking to SYSTEM II.
[3] Each top line set must be set to chennel M and the bottom line sets to channel
1 to avoid crosstalking between the top and bottom line sets.
[4] Do synchro wire on each group due to multiple channel use.
11 ALIGNMENT
60
55-60m
There are two ways of optical module alignment: using the level LED and a voltmeter.
120
110-120m
11.1 Alignment Using the Level LED
200
Alignment of the Upper Beam
180-200m
(1) Set the dip switch No.6 on the receiver to ON.
(2) While looking into the scope at the center of the lens
f ro m a l o c a t i o n 1 0 t o 1 5 c m a w a y, a d j u s t t h e
horizontal direction by rotating the turntable and the
120
horizontal adjustment screw. Also, adjust the vertical
110-120m
direction by rotating the vertical adjustment screw. As
shown in Scope View, adjust to locate the sensor of
240
the receiver in the center of the viewing circle.
220-240m
(3) Check the level LED of the receiver.
When the level LED is off, the alignment is complete.
400
If the level LED is not off, perform fine alignment of
360-400m
the transmitter and receiver using the horizontal and
vertical adjustment screws. Repeat it until the level
LED goes off.
96
56
Wire Entrance (25×50)
17 OTHER INFORMATION
- At least once a year, clean the optical module and covers with a soft cloth,
and perform walk testing to verify operation.
- The specifications are subject to change without prior notice.
- This unit designed to detect movement of an intruder and activates an alarm
control panel.
- Being only a part of a complete system, we can not accept responsibility for
any damages or other consequences resulting from an intrusion.
GROUP SELECTION
SWITCH NO.1
ON
OFF
ALARM
EDC
Transmitter
Receiver
LEVEL
No.
FUNCTION
OFF
ON
1
GROUP
A
B
M
1
2
3
SWITCH NO.1~3
2
OFF OFF
SWITCH NO.1~3
ON
ON
3
OFF
ON
OFF
ON
SWITCH NO.4 is NULL
4
AND/OR
AND
OR
5
BYPASS
OFF
ON
* Each transmitter and receiver to be faced must be set to the
LEVEL
LOWER
UPPER
6
same group/channel.
CHECK
BEAM
BEAM
* When installing 2 or more sets, do not set to the same
150
200
group/channel to avoid crosstalking.
300
100
75
400
40
500
INTERRUPTION
TIME(msec)
• 3 STACKING IN LONG DISTANCE
TESTER LEVEL
ALIGNMENT
3.4V~: EXCELLENT
CHRCK
3.0V~: GOOD
T
T
R
SYNCHRO WIRING
TERMINALS
0.0V~: POOR
R
T
T
GROUP B
GROUP B
CHANNEL M
CHANNEL M
GROUP A
CHANNEL M
CHANNEL M
SYSTEM III
SYSTEM IV
R
T
T
GROUP A
CHANNEL 1
R
T
T
GROUP A
TERMINAL "SYNCHRO"
CHANNEL 2
T
T
R
SYSTEM I
GROUP B
GROUP B
CHANNEL M
CHANNEL M
[1] SYSTEM III must be set to group B to avoid crosstalking to SYSTEM I.
[2] SYSTEM IV must be set to group B to avoid crosstalking to SYSTEM II.
[3] Each top line set must be set to chennel M and the other line sets to channel
T
T
R
1~2 to avoid crosstalking between the stacking sets.
[4] Do synchro wire on each group due to multiple channel use.
GROUP B
GROUP B
CHANNEL 1
CHANNEL 1
SYSTEM III
SYSTEM IV
Alignment of the Lower Beam
(4) Set the dip switch No.6 on the receiver to OFF.
(5) Perform lower beam alignment according to steps (2)
and (3) above.
When the level LED goes off, the alignment is
ALARM
complete.
EDC
Receiver Console
LEVEL
No.
FUNCTION
OFF
ON
1
GROUP
A
B
M
1
2
3
2
OFF OFF
ON
ON
3
OFF
ON
OFF
ON
4
AND/OR
AND
OR
5
BYPASS
OFF
ON
LEVEL
LOWER
UPPER
Turntable
6
CHECK
BEAM
BEAM
200
Switch No.6
150
100
300
Adjustment
75
400
40
500
INTERRUPTION
TIME(msec)
13 TROUBLESHOOTING
TESTER LEVEL
ALIGNMENT
3.4V~: EXCELLENT
CHRCK
3.0V~: GOOD
TERMINALS
0.0V~: POOR
Check the following items if the system does not work normally.
(1) Check that the input voltage is 10.5~28VDC at the terminal on both of the transmitter and the receiver.
(2) Check that the loop resistance of the alarm output is under 100 Ω.
(3) Check that the monitor LED on the transmitter turns ON.
(4) Check that the alarm LED on the receiver turns ON when both of the upper/lower beams are blocked simultaneously for the adjusted beam interruption time.
(5) Check that the output of the beam alignment check terminal on the receiver is over 3V.
(6) Check that the level LED on the receiver turns OFF.
PROBLEM
Constant alarm output
False alarms often caused.
No alarm when beams brocked.
EDC LED often turns ON.
Power LED on the transmitter flicker.
15 SPECIFICATIONS
PRODUCT NAME
Model
Input Voltage
Current Draw
Operating Temp./Humid.
Preservable Temp./Humid.
Alam
Alarm Output
EDC
Tamper
Selectable Beams
Max Coverage
Beam Interruption Time
Optical Module
Installation Site
IP Rate
Net Weight
Color
4-2-2 SHIN-MIYAKODA, KITAKU, HAMAMATSU, SHIZUOKA 431-2103 JAPAN PHONE: +81-53-428-4116 FAX: +81-53-428-4119
Copyright © 2013 Atsumi Electric Co., Ltd.
10.2 SYNCHRO WIRING
CHANNEL SELECTION
Synchro wires are required when installing 2 or more sets on the same group. Do
wire between terminal "SYNCHRO" of each transmitter on the same group.
GROUP
SWITCH NO.2
SWITCH NO.3
CHANNEL
This synchro wire should be more than 0.65mm Dia.(0.3mm
B
OFF
OFF
M
within 66ft.(20m) length.
Synchronized transmitters must use a common power supply. Synchro wires are
A
OFF
ON
1
not required between the receivers. Do not wire between group A and B.
ON
OFF
2
* The system will not be activated when synchro wires are not connected properly
ON
ON
3
or other unneeded wires are connected.
(When required wires are not connected, Power LED will be flickered.)
When Power LED is flickered, shut off the power and reconnect wires correctly.
• 4 STACKING IN LONG DISTANCE
TERMINAL "SYNCHRO"
R
R
R
T
T
R
GROUP A
GROUP B
GROUP B
CHANNEL M
CHANNEL M
CHANNEL M
R
R
T
T
R
R
GROUP A
GROUP B
GROUP B
CHANNEL 1
CHANNEL 1
CHANNEL 1
CHANNEL 1
R
R
T
T
R
R
GROUP A
GROUP B
GROUP B
CHANNEL 2
CHANNEL 2
CHANNEL 2
CHANNEL 2
SYSTEM II
SYSTEM III
SYSTEM IV
R
CHANNEL 3
[1] SYSTEM III must be set to group B to avoid crosstalking to SYSTEM I.
[2] SYSTEM IV must be set to group B to avoid crosstalking to SYSTEM II.
[3] Each top line set must be set to chennel M and the other line sets to
channel 1~3 to avoid crosstalking between the stacking sets.
[4] Do synchro wire on each group due to multiple channel use.
11.2 Alignment Using a Voltmeter
(1) Insert the voltmeter leads into the alignment check terminals of the receiver.
Set the voltmeter to the DC voltage mode.
(2) Adjust the upper and lower optical modules according to "11.1 Alignment
Using the Level LED" so that the output value of the voltmeter reads 3.0V or
higher.
Receiver Console
Scope View
ALARM
EDC
OFF
LEVEL
No.
FUNCTION
OFF
ON
1
GROUP
A
B
Vertical
Horizontal
M
1
2
3
Adjustment
2
OFF OFF
ON
ON
3
OFF
ON
OFF
ON
Screw
Screw
4
AND/OR
AND
OR
5
BYPASS
OFF
ON
LEVEL
LOWER
UPPER
6
CHECK
BEAM
BEAM
150
200
100
300
400
75
40
500
INTERRUPTION
TIME(msec)
TESTER LEVEL
ALIGNMENT
3.4V~: EXCELLENT
CHRCK
3.0V~: GOOD
TERMINALS
0.0V~: POOR
CAUSE
Something is blocking the beams.
Remove the object(s).
Optical modules or covers need cleaning.
Clean the optical modules and the covers.
Improper channel selection.
Select the proper channels.
Syncro wires are not connected.
Connect the proper synchro wiring.
Something move is blocking the beams.
Remove the object(s).
Beam interruption time is set too quick.
Decrease the sensitivity.
Near by source of electrical noise or RFI.
Change the installation site.
Wiring too close to power sources or power line.
Change the wiring route.
Fix the installation site.
Unstable installation site.
Over the maximum protection range of the model.
Reinstall within the maximum range.
Inappropriate Beam Power Control level.
Readjust the control level.
Frost or dew.
Attach the optical heater.
Beams are reflected into the receiver.
Remove the reflective object or change the installation site.
Beam interruption time is set too slow.
Increase the sensitivity.
Other beams are received by the receiver.
Adjust beams power of the transmitter.
Change the installation site.
Something is blocking the beams.
Remove the object(s).
Installed on unstable ground.
Fix the installation site.
Over the maximum protection range of the model.
Reinstall within the maximum range.
Readjust the control level.
Inappropriate Beam Power Control level.
Frost or dew.
Attach the optical heater.
Required synchro wires are not connected.
Connect the proper synchro wiring.
PHOTOELECTRIC BEAM DETECTOR
NR60AQM
10.5~28VDC (Non-Polarity)
Transmitter: under 20mA
Transmitter: under 24mA
Receiver: under 100mA
Receiver: under 100mA
-13°F~+140°F (-25°C ~ +60°C) under 95%RH
-22°F~+158°F (-30°C ~ +70°C) under 95%RH
From C 0.2A@30VDC Output Period: 3sec
NC 0.2A@30VDC Output Period: 3sec
NC 0.1A@30VDC Output Period: While the cover is removed.
2Groups x 4Channels
Outdoor 200ft.(60m)
Outdoor 400ft.(120m)
40msec ~ 500msec (variable)
±90° Horizontal ±10° Vertical Adjustable
Outdoor / Indoor (Pole / Wall Mount)
Transmitter: 2.86lb (1.3kg) / Receiver: 2.86lb (1.3kg)
Black Mansel - 1.0
NR60AQM/120AQM/200AQM Installation Manual
) and should be run
2
CAUTION
SYNCHRO WIRING
TERMINAL "SYNCHRO"
T
T
R
R
T
T
GROUP A
GROUP A
GROUP B
GROUP B
CHANNEL M
CHANNEL M
CHANNEL M
T
T
R
R
T
T
GROUP A
GROUP A
GROUP B
GROUP B
CHANNEL 1
CHANNEL 1
CHANNEL 1
T
T
R
R
T
T
GROUP A
GROUP A
GROUP B
GROUP B
CHANNEL 2
CHANNEL 2
CHANNEL 2
T
T
R
R
T
T
GROUP A
GROUP A
GROUP B
GROUP B
CHANNEL 3
CHANNEL 3
CHANNEL 3
SYSTEM I
SYSTEM II
SYSTEM III
SYSTEM IV
ALARM
EDC
LEVEL
No.
FUNCTION
OFF
ON
1
GROUP
A
B
M
1
2
3
2
OFF OFF
ON
ON
3
OFF
ON
OFF
ON
4
AND/OR
AND
OR
5
BYPASS
OFF
ON
LEVEL
LOWER
UPPER
6
CHECK
BEAM
BEAM
150
200
100
300
Receiver Console
75
400
40
500
INTERRUPTION
TIME(msec)
TESTER LEVEL
ALIGNMENT
3.4V~: EXCELLENT
ALIGNMENT
CHRCK
3.0V~: GOOD
TERMINALS
CHECK
0.0V~: POOR
TERMINALS
SOLUTION
NR120AQM
NR200AQM
Transmitter: under 28mA
Receiver: under 100mA
Outdoor 660ft.(200m)
IP 66
* Specifications are subject to change without prior notice.
AEX000150
R
R
R
R