55 “Doorway Learn” is ON
Ref section 7, Dip Switch Settings.
Green LED blinks for 37s as the “door learn” process is carried
out. Door opens/closes
Presence Detection: During the “Doorway Learn” process the outer 3 rows of detection on the SSR-3 sensor switch
from motion detection to presence detection 10s after power ON. The inner “door learn” row of detection will switch
from motion to presence detection after the “doorway learn” process is carried out.
Upon power ON, the Red LED
indicates a door open relay output
to begin the doorway learn process
Door learn process complete,
sensor in standby mode
“Doorway Learn” is OFF
Ref section 7, Dip Switch Settings.
Upon power ON, the solid green LED turns on indicating
that the sensor is in standby mode and ready to detect
Presence Detection: It takes 10s after sensor power up
for presence detection to be initiated on all rows of
detection.
If before 10s has elapsed someone walks into the detection
area it will take about 5s after the person leaves the
detection zone for presence detection to be functional.
9. APPLYING POWER AND THE “DOORWAY LEARN”SETTING
Note When Doorway Learn is turned ON, the sensitivity level of the inner row of detection is only at maximum when the outer
rows of detection are activated
Red solid LED Green blinking LED Green blinking LEDGreen solid LED Green solid LED
CAUTION
!
Technical problems with the SSR- 3 sensor are indicated by a flashing Green/Red LED. The frequency of
flashing indicates the type of problem as explained below
13. SELF DIAGNOSTICS ERRORS
11. TIMING CHART OF EVENTS
After installation is completed “walk test” the sensor detection area. If the detection area is not as expected adjust the
detection area as referred to in section 8
If the detection area is still not as expected then the sensor sensitivity can be increased by turning the potentiometer
clockwise. When the sensor detects even though there is nothing in the detection area the sensor sensitivity can be
decreased by turning the potentiometer in the anti-clockwise direction.
10. VERIFICATION OF OPERATION
When carrying out door maintenance work with power applied to the
sensor on door controllers that are wired to “test” the sensor ensure to
set the dip switches as below.
12. DOOR MAINTENANCE WORK
Note
NON-DETECTION
DETECTION as
response to TEST
POWER OFF
123
DETECTION NON-DETECTION
TEST RESPONSE
T1 T2
NON-TEST TESTTEST
Test Input
Yellow
Blue
Yellow
Blue
Yellow
Blue
Yellow
Blue
Yellow
Blue
Yellow
Blue
Yellow
Blue
Yellow
Blue
Yellow
Blue
Yellow
Blue
Safety Output / Test Input
Activation Output
Yellow
Blue
Yellow
Blue
TEST NON-TESTNON-TEST
OFF
6
ON
6
N.C.
Dip Switch
Dip Switch
NON-DETECTION
POWER OFF DETECTION
White
Green
White
Green
White
Green
White
Green
White
Green
White
Green
2
N.C.
Dip Switch
remember to return the dip switch settings to their original
state once door maintenance work has been carried out.
N.O.
N.O.
Flash
Frequency
Red
Green
Red
Green
Fast
Slow
LED Cause
Please replace the sensor.
T1 : 10±1 [mSec] App
T2 : 11±1 [mSec] App
Sensor
Brown
Gray
Break the current
flow on test state.
Supplying DC12 to 24V, make current flow from
Gray to Brown.
Sensor
Brown
Gray Sensor
Brown
Gray
ON
1234567
Refer to [7.Dip Switch Settings].
Dip Switch X
2s 1 2
Low
Ref. 7
“Doorway Learn” Failure & Recovery: If a person enters the detection area during the “doorway learn” process it
may not be successfully completed. In this case the sensor will carry out the doorway learn process over three door
activations by a person in order to build an accurate image of the door open and door close position.
15. SSR-3 EC DECLARATION OF CONFORMITY
<Disclaimer >The manufacturer cannot be held responsible for below.
1. Misinterpretation of the installation instructions, miss connection, negligence, sensor modification and inappropriate installation.
2. Damage caused by inappropriate transportation.
3. Accidents or damages caused by fire, pollution, abnormal voltage, earthquake, thunderstorm, wind, floods and other acts of providence.
4. Losses of business profits, business interruptions, business information losses and other financial losses caused by using the sensor or malfunction of the sensor.
5. Amount of compensation beyond selling price in all cases.
MP-10086-D '12.12
PRINTED IN JAPAN
Activation Output
Y
Test Input setting
Y
Safety Output
X
Confirm that the sensitivity potentiometer is set to
maximum and re-power the sensor.
If the error persists, set
Dip Switch 7 to “Low Reflection”.
RADAR SensitivityIR. Sensitivity
123123123123
14. TROUBLESHOOTING
Detection row “ROW1” (“ROW2”when “Doorway
Learn”is turned ON) is focused too close to the door.
LED Status Possible Cause Solution
Door does not open when a
person enters the detection
area OFF
Door opens and closes for no
apparent reason (Ghosting)
Object moving in the detection area
Sensitivity too high for the installation environment
Dust, frost or water droplet on the sensor lens
Detection area overlaps with that of another sensor
ORANGE
Door opens and remains in the
open position
Detection area changed, while ∞infinity
presence timer setting is in use
ORANGE blinking
(Slow) Door Hold (Dip switch 4 set to Open)
Detection of falling snow, insects, leaves etc
RED Incorrect sensor wiring
Reflected signal saturation Remove highly reflective objects from the detection
area, or lower the sensor sensitivity setting
Remove
the
moving object from detection area.
Reduce the sensor sensitivity setting
Wipe the sensor lens clean and install a weather cover if necessary
Ensure different frequency setting for each sensor, and adjust to overlap the
radar area using the angle and volume.
Turn monitor mode Dip switch 5 to “snow”
Adjust detection depth for Inner 3 rows away from the door.
Re-power the sensor or change the presence timer settings to 30 or 60 secs
Turn “Door Hold” Dip switch 4 to Auto
Y
When Door opens or closes,
LED ORANGE
Door Opens
RED or BLUE
Door Closes
GREEN
Problem
Sensor Connector not connected correctly
Incorrect power supply voltage
Incorrect sensor wiring
Apply proper voltage to the sensor. (AC/DC 12-24V)
Tighten or reconnect the connector.
Double check sensor wiring
Double check sensor wiring
Y
GREEN/RED
SLOW FLASH Reflection of the transmitted infrared signal from
the floor is too low Increase sensor sensitivity or change the “Reflection Diagnostics”
Dip switch 7 from “Normal” to “Low Ref”
X
GREEN/RED
FAST FLASH Internal sensor error Replace the sensor
X
BLUE Moving objects in the radar area Eliminate moving objects
X
R
26 Dublin Street (2nd Floor), Carlow, Ireland
URL: http://www.hotron.com
Fax: +353-(0)59-9140543
Phone: +353-(0)59-9140345
1-11-26 Hyakunin-Cho, Shinjuku-Ku, Tokyo, Japan
URL: http://www.hotron.com
Fax: +81-(0)3-5330-9222
Phone: +81-(0)3-5330-9221
Manufacturer
HOTRON CO.,LTD. SALES Europe
Hotron Ireland Ltd.
Dip Switch -3 ON
123
NON-DETECTION
POWER OFF DETECTION
White
Green
White
Green
White
Green
White
Green
White
Green
White
Green
123 123
Dip Switch -3 OFF
Y Y
L
H
L
H
Y Y
Compiler of Technical File (EC Community)
David Morgan
Hotron Ireland Ltd
26 Dublin Street, Carlow, Ireland
Ph: +353 5991 40345 Fax: +353 5991 40543
Description of Product:
SSR-3 Combined motion and presence detection sensor for the activation and safety of automatic doors.
Technology used is Active Infrared Technology and Doppler method: ( moving body detection) Technology
Directives Fulfilled:
DIRECTIVE 2006/42/EC
DIN 18650-1:2005 Powered pedestrian doors Part 1: Product requirements chapter 5.7.4
EN12978:2003 Industrial, commercial and garage doors and gates - safety devices for power operated doors and gates - Requirements and test methods.
EN62061:2005 Functional safety of electrical/electronic/programmable electronic safety-related systems.
EN ISO 13849-1:2008 Safety of machinery - Safety-related parts of control systems.
EN16005:2012
EC type examination 44 205 12 414283-001
Harmonized Standards Used:
EN ISO 13849-1:2008
Above EC Type Directives Certified by:
TUV NORD CERT GmbH
30519 Hannover
Germany
Identification No:0044 Declaration made by
Kaoru Musya
General Manager
Date
9th Nov. 2011
Location of Declaration(Manufacture)
Honda Electron Co., LTD.
1-23-19 Asahi-Cho, Machida-City,
Tokyo, Japan
Other Technical Standards Used:
DIN 18650-1:2005
EN16005:2012
