Record RIC 290 Guide

Mounting and a
d
justment instructions
RIC
290
your global partner for entrance solutions
Combi sensor with radar motion detector and active infrared presence detection
for applications in automatic entrance and door systems, for wall- or ceiling installation.
102-290401161 A (Original instruction)
STANDARD
(US)

1 SAFETY INSTRUCTIONS
2 INSTALLATION
3 WIRING
4 COMMISSIONING
5 SETTINGS RADAR MOTION DETECTOR “RAD”
6 SETTINGS ON PRESENCE DETECTOR “AIR”
7 DETAILS PARAMETER MOTION DETECTOR “RAD”
8 DETAILS PARAMETER PRESENCE DETECTOR “AIR”
9 FUNCTIONS
10 OVERVIEW OF ALL PRE-PROGRAMMED SCENES
11 LED SIGNALS
12 FINISH
13 MAINTENANCE
14 POSSIBLE INTERFERENCES
15 DIAGNOSTICS
16 TECHNICAL DATA
ABBREVIATIONS
AKA Actuation contact outside
AKI Actuation contact inside
AIR Active infrared presence detector
AIS Safety sensor for side screen protection
EPC Easy-Programmer
FEM Function extension module
FPC Service- and Flash programmer
IR Infrared
LED Light emitting diode
RAD Radar motion detector
RIC Combi sensor (radar infrared combined)
SA Safety sensor outside
SFT Sensor functional button
SI Safety sensor inside
STM Door control module
Note Especially useful details concerning installation.
Attention Special details essential for the satisfactory operation of the system.
Caution A possibly dangerous situation, which could lead to light injury and material damage.
Warning An imminent dangerous situation, which could lead to severe or fatal injury and cause extensive material damage.


14
Cross-reference to other chapter
Symbols
E
E

Use for the intended purpose
The combi sensor RIC 290 with radar motion detector and active infrared presence detection is designed exclusively for normal applications in automatic entrance and door
systems, for wall, ceiling or built-in installation. It is designed for the use in dry rooms and must be installed indoors or on the inner side of a building.
It can also be mounted on the outer side, for which we recommend the optionally available weather shield.
Any other application or use beyond this purpose is not considered to be an intended purpose. The manufacturer bears no liability for any resulting damage; the operator
alone shall bear the responsibility.
The intended purposes also include observation of the operating conditions specified by the manufacturer, such as the use of original accessories, as well as regular care,
maintenance and repair.
Unauthorized modifications to the automatic door will release the manufacturer from all liability for any resulting damage.
All the instructions contained in this installation and adjustment manual must be observed to use this product for the intended purpose.
The CAN interface of the sensor can only be connected to door systems 20 or appropriate door controls from other operator families. Only use the cables delivered by rec-
ord.
Installation, maintenance and repairs to the radar must only be performed by qualified and authorized personnel (technicians).
The combi sensor RIC 290 has been constructed with state of the art technology and recognized technical safety regulations. The sensor complies with the requirements of
ANSI 156.10 codes.
Nevertheless, danger can arise if not used as intended.
To comply with the requirements, all appropriate instructions must be observed while adjusting the sensor.
Important hints, when using the microwave sensor RAD 290 in the US
15.19: This device complies with Part 15 of the FCC Rules and with RSS-210 of Industry Canada. Operation is subject to the following two conditions:
(1) this device may not cause harmful interference, and
(2) this device must accept any interference received, including interference that may cause undesired operation.
15.21: Warning: Changes or modifications made to this equipment not expressly approved by agtatec ag may void the FCC authorization to operate this equipment.
15.105: This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to pro-
vide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed
and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a partic-
ular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is en-
couraged to try to correct the interference by one or more of the following measures:
•Reorient or relocate the receiving antenna.
•Increase the separation between the equipment and receiver.
•Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.
•Consult the dealer or an experienced radio/TV technician for help.
SAFETY INSTRUCTIONS
11

Insert screwdriver into front
notches and press lower lid
open.
Position the sensor horizontally
so that the light curtain is not
influenced by objects.


8.2
1 sensor 2 sensors 3 sensors*
* only on one side
Installation
height
[ft.]
Field
width
[ft.]
Field
width
[ft.]
Distance
sensors
[ft.]
Field
width
[ft.]
Distance sen-
sor to sensor
[ft.]
6’7” 6’11” -
- 20’8” 6’11”
6’11” 7’3” 7’7” 1’ 21’8” 7’3”
7’3” 7’7” 8’2” 1’ 22’8” 7’7”
7’7” 7’10” 8’10” 1’ 23’7” 7’10”
7’10” 8’2” 9’6” 1’4” 24’7” 8’2”
8’2” 8’6” 10’2” 1’8” 25’7” 8’6”
8’6” 8’10” 10’10” 2’ 26’7” 8’10”
8’10” 9’2” 11’6” 2’4” 27’7” 9’2”
9’2” 9’6” 12’2” 2’7” 28’7” 9’6”
9’6” 9’10” 12’10” 3’ 28’7” 9’10”
9’10” 10’2” 13’5” 3’3” 30’6” 10’2”
Equip with this
signage if activating
zone length is
reduced to 30 in.
2
INSTALLATION
Opening the case
2.1
Positioning the sensor
Positioning sensors in case of large passage width
2.2

Fix the drilling template exactly
in the middle, drill.
Do not mount onto vibrat-
ing base. Protect against influ-
ences of weather (rain, snow,
etc.).
1-2 CAN cables = ∅ > 1/2”
For smaller through-holes
(
∅ 2/5” – 1/2”) use 4-pole CAN-
connectors.
102-015302socket
102-015303plug
Don’t touch the electronic parts
on the pc-board. Otherwise
electrostatic discharge could
damage the module.
Adjust the cable length, use
cable tie for pull relief.
Attach grommet onto cable and
slide it under mounting frame.
2.3
Drilling template
2.4
Insert the connecting wire
2.5
Installation of sensor 2.6 Adjust the cable length

•The bus must basically be terminated at both ends
(= terminating resistance 120 Ω) .
•The BDE-D is always delivered with a terminating resistance connected.
•Only use the cables delivered by record.
102-020808481 cable CAN, 3’3” (1000 mm)
102-020808718 cable CAN, 5’ (1500 mm)
102-020808406 cable CAN, 8’2” (2500 mm)
Wire colors:
1: ws = white
2: br = brown
3: gn = green
4: ge = yellow


15
DIP1: Defines sensor position interior or exterior
DIP2: Defines sensor # 1or 2
Identification of the sensors, in case several of the same type
are installed. Address the sensors or adjust the DIP switches before being
installed and connected to the CAN bus!
Plug in the connector(s) care-
fully.
If only one CAN-cable is
connected, please plug in the
CAN-termination on the other
connector.  No free socket!
RIC # DIP switch setting Device Function Output signal IR-Code
1
AKI 1 RAD Actuating “inside" 1
SI 1 AIR Safety “inside” 11
2
AKA 1 RAD Actuating "outside" 3
SA 1 AIR Safety "outside" 13
3
WIRING
CAN bus system (figure shows an example) 3.1
Wiring
3.2
DIP switches to address the sensor 3.3 Plug in the connecting cable
STG 20
Sensor Connections
Left; In Right; Out
Termination
Resistor Plug
AKI 1
AKA 1
Example of sensor cable routing on backside of cover into
header.
Note: See page 15 table for addressing multiple
sensors on each side of unit.

While commissioning the system it is recommended to
1. first perform and complete the door learning and only then
2. prepare and connect the sensors according to the following data chapters 2 to 4.2
3. start with the motion detector setup (AKI 1, AKI 2, AKA 1, AKA 2  RAD radar motion detector) chapters 5 to 5.4
4. activate and finish the sensor learning only for the motion detector (AKI 1… AKxx) chapters 5.5 to 5.7
5. do the mechanical and parameter settings for the safety sensor (SI 1, SI 2, SA 1, SA 2
 AIR active infrared presence detector) chapters 6 to 6.6
6. check again the intended purpose, the functions meet customer requirements and make sure that the adjustments selected
comply with the standard in force applied.
If this operating order is not respected, door movements can be detected and can lead to self-irritation (uncontrolled openings).
If sensors 290 are connected to the bus but not listed, the setting of the DIP switches must be checked (  same combinations?).
The number of sensors listed must tally with the number of (bus compliant) sensors installed.
Parameterization on sensor
(available on option):
- Service- / Flash programmer
FPC 902 (recommended)
- Electronic BDE-D
- Easy-Programmer EPC 903
Connect with the control unit.
Additional information can be
found in the FPC 902 manual
(No. 102-902108554,
102-902109444).


5.4
Parameter access with menu
item Service sensor.
If sensors
are connected to the bus but not
listed, the setting of the DIP
switches must be checked.
Simultaneous parameter set-
tings for
- Learning sensors
- Default settings
- Factory settings
Select in SERVICE SENSOR
menu the item All sensors.
4.1
PARAMETERIZATION WITH FPC 902
4.2
Setting parameters
COMMISSIONING
4



4.1
Locks in four 5° angle posi
tions.
Release of the position pin by
gently pressing the right side
clip outwards.
Adjust mechanical settings
before programming.
Locks in three 10° angle posi-
tions. Release of the pivot frame
by gently pulling the clip below.
For emergency exits the detec-
tion field must begin min. 43 in.
in front of the door.
5
SETTINGS RADAR MOTION DETECTOR “RAD”
Adjust angle of inclination to position the activating detection zone
5.1
Lateral field adjustment of the antenna
5.2
Field depth in exit routes
5.3
Quick parameter settings with scene selection

RAD BDE-D, FPC 902: Values in brackets ( )
No. Scene Passage width Installation height Install. position Antenna angle Remarks
1
(0)
Standard
< 6’7” 7 up to 8’6” Surface mounted 5 -10° Installation height > 8’6” change to
narrow field characteristic
2
(1)
Supermarket
> 6’7” 7 up to 8’6” Surface mounted 5 -10° Installation height > 8’6” change to
narrow field characteristic
3
(2)
Nursing home
as required 7 up to 8’6” as required 5 -10° Installation height > 8’6” change to
narrow field characteristic
4
(3)
Pavement as required 7’ as required 5 -10°
5
(4)
Niche as required 7’ Surface mounted 0°
Pre-programmed scenes for radar motion detector “RAD”
5.4

If the sensor learning has not
yet taken place, the status mes-
sage No running parameter is
displayed.
It is possible either to learn an
individual sensor or all sensors
together.
RAD: Learning the door move-
ments.
AIR: Learning the background.
During the closing cycle the radar sen-
sor is learning the door leave move-
ments. Movements in the radar field dur-
ing the sensor learning disturb the
measuring and shall be prevented.
The sensor learning must be repeated, if
settings of the sensor or of the door
have been modified or if people moved
in the detection field during the learning.
Activate door leaf learning and leave
sensing field. The learning is completed
when the LED stops flashing.
Recommendation: Activate sensor
learning only if door leaf masking has
been enabled.
Changes on the AIR sensor don’t re-
quire any repetition of this sensor
learning.
5.5
Sensor learning with FPC 902
5.6
Procedure for sensor learning with FPC 902
or
RAD: Sensor learning (Menu FUNCTIONS)
5.7

•One has to make sure that the adjustments selected comply with the standard
in force applied.
•The presence detector features a permanent test function, with which its
flawless operating can be controlled several times during every cycle by
means of the bus-connection to the system 20 door control.
Remove the protection film from
the AIR optic module.
Do not touch or soil the
lenses with the fingers!


6.6
The inclination angle of the AIR
optic module has a setting
range from -5° to +10°.
Factory setting: 0°
Adjust light curtain as near as
possible to the moving door
leaves.
Please note the background is
modified through this operation
and needs to be learnt again.
If the inactive area exceeds 3 in.
from the face of the door, it shall
have a minimum of two photo
electric beams on one side of
the door and they shall remain
active from fully open to within 6
in. of closed door.
6.2
Adjust the angle of inclination of the optic module AIR
6.3
ANSI 156.10-2011: Sensor application on sliding doors
-
+
6
SETTINGS ON PRESENCE DETECTOR “AIR” 6.1 Remove protection film on AIR optic module

AIR BDE-D, FPC 902: Values in brackets ( )
No. Scene Filter Auto adaptation time
1
(5)
Interior door
0
(exact single
evaluation)
9
(60 s)
2
(6)
Inside, exterior door
20
(single eval. and
footprints)
9
(60 s)
3
(7)
Outside, protected
exterior door
30
(groups of
2 spots each)
9
(60 s)
4
(8)
Outside, unprotect-
ed exterior door
30
(groups of
2 spots each, in-
creased tolerance)
6
(30 s)
Pre-programmed scenes for presence detector “AIR”
6.4
10.9
10.8
10.10
10.7



6
Select in the SERVICE SENSOR menu
for ex. identified sensor SI 1 / Parame-
ter the parameter Detection field (FPC
902) or Field size (BDE-D).
On the FPC 902 the field width is graph-
ically displayed:
2 rows (R1-R2) with 12 spots each are
located on the fitting side of the sensor.
Row R3 is not available.
. The proper field width/position can be
selected out of 12 predefined patterns
with the left/right arrow key.
The relevant parameter value is dis-
played on the top right end of the
screen.
OK: confirm entry
ESC: quit menu, escape
12 predefined patterns
(parameter value 0 - 33)
ANSI 156.10 (8.1.1)
Width of detection field = min. pas-
sage width/clear door opening
Parameter / Detection field / Width /
Set up with predefined patterns 1-12
Default: 0
Spot active without detection
Spot active with detection
Spot inactive
Width of the presence detection field
6.5



6.2
With open door, test the posi-
tion using a paper sheet, e.g.
A4 landscape format, and ob-
serve the red LED. For a good
detec
tion, select a high contrast
to the background.


6.3
With open door, test the posi-
tion using
the scale on this page
of the manual and observe the
red LED.
6.6
Testing field settings with FPC 6.7
Testing field position with scale
Fast background learning

Adjustable in steps from 1 to 12.
BDE-D, FPC 902:
Values in brackets ( )
narrow
wide (default)
7.2
Sensitivity + narrow sensing field 7.3 Sensitivity + wide sensing field
7
DETAILS PARAMETER MOTION DETECTOR “RAD”
Changing sensitivity 7.1
Characteristics of the sensing field

Detection of slow movements in
the range of the sensing field.
Normally enabled.
Default: 1 (Auto-mode ON)
Stereo:Detects only move-
ments towards the radar.
Movements away from the ra
dar
are not detected.
Mono: Detects all movements
Default: 1 (Stereo)
Detects movements away from
the radar.
(only in “stereo” mode, not
available for AKI on redun-
dant door controls).
Default: 0 (disabled)
Retarded disconnection of out-
put signal after leaving the
sensing field. Adjustable in
steps from 1 to 12.
ANSI 156.10: 1.5 s (15)
Default: 0.6 s (3)
7.4
Auto-mode, Slow-motion
7.5
Detection of movement directions (stereo/mono)
7.6
Direction reversal
7.7
Hold time
St
e
reo
Mon
o

Resistance to external interfer-
ing factors is reduced.
Only recommended for sur-
rounding conditions FREE of
interference.
Default: 0 (disabled)
The movement of the door leaf
is picked up during the sensor
learning and is blinded to avoid
any ghosting.
Factory setting: Door leaf mask-
ing enabled.
Default: 1 (enabled)
The size of the detection field
becomes smaller.
For a better detection of tod-
dlers the combination with
the detection of slow move-
ments is recommended.
Default: 0 (disabled)
7.10
Cross traffic suspension
7.8
Higher sensitivity
7.9
Door leaf masking

0
20
30
There are 5 stages (0 - 40) to
set up filters.
In case of IR-spot groups all
spots must be activated so that
the door opens.
0 Exact single evaluation
10 Single + increased tolerance
20 Single evaluation + foot
prints
(individual active spots are
memorized after a short
time)
30 Groups of 2 spots each
40 Groups of 2 spots each,
increased tolerance
Default: 0
There are 9 stages (0 - 24) to set up the
auto-adaptation time.
ANSI 156.10: 30 s (6)
Any change in the background or detec-
tion of an object activates a new teach-
in
phase. After expiration of the pro-
grammed teach-in time the background
is taught in.
The background can also be taught in
manually. 

 12.3
Stage 1 5 s (0) Stage 5 2 min (12)
Stage 2 15 s (3) Stage 6 5 min (15)
Stage 3 30 s (6) Stage 7 15 min (18)
Stage 4 60 s (9) Stage 8 30 min (21)
Stage 9 60 min (24)
Default: 60 s (9)
SI2 SI1
(1.992 kHz) (2.000 kHz)
SA1 SA2
(2.008 kHz) (1.996 kHz)
There are 6 values (0 - 25) to
set up the sampling frequency.
If several sensors are installed
side by side, different sampling
frequencies must be set.
The frequency is automatically
assigned thanks to the adjust-
ment of DIP-switches.
The sampling frequency is only
reset in case of loading the fac-
tory settings.
f1 2 kHz (0) (*SI1)
f2 1.992 kHz (5) (*SI2)
f3 2.008 kHz (10) (*SA1)
f4 1.996 kHz (15) (*SA2)
f5 2.004 kHz (20)
auto* (25)
Default: auto (25)


5
Regardless of filter settings the
background check can be
switched on or off.
The IR-light reflected gives in-
formation about the composition
of the background (floor) and
the distances.
Negative influencing factors:
- floor reflects too strongly
- background absorbs too much
energy
- installation height up to 9’10”
- dirty filter discs/lenses
- fog, smoke, particularly dusty
air
Default: active
8
DETAILS PARAMETER PRESENCE DETECTOR “AIR”
Filter functions 8.1
Auto-adaptation time
8.2
Sampling frequency Background check
8.3



6
Select in the SERVICE SENSOR menu
for ex. identified sensor SI 1 / Parame-
ter the parameter Detection field (FPC
902) or Row (BDE-D).
On the FPC 902 the status of the IR-
rows are graphically displayed:
2 rows (R1-R2) with 12 spots each are
located on the fitting side of the sensor.
Row R3 is disabled.
It is possible to select one single row
with the arrow keys up and down.
The name of the row selected is dis-
played inverted.
OK: enable/disable
ESC: quit menu, escape
IR rows
ANSI 156.10:
Detection field: rows 1 + 2 active
Parameter / Detection field / Row / R1
+ R2 active
The light curtain has to be adjusted to
within 3” of the face of the active door
leaf without safety beams.
With two sets of safety beams the cur-
tain has to be within 5” of the face of the
active door leaf.
Spot active without detection
Spot active with detection
Spot inactive Default: R1 + R2
Depth of the presence detection field
8.4



11.2
Mode of operation Hold open
SFT 2nd light pulse:
Learning sensor for single sensor.
Movements in the radar field during the sensor
learning disturb the measuring and shall be
prevented. The sensor learning must be repeat-
ed, if settings of the sensor or of the door have
been modified or if people moved in the detec-
tion field during the learning.
Mode of operation Automatic
While the door is closing the sensor is learning
the door moving. When the door closes thor-
oughly and the LED of the sensor stops flashing,
the sensor learning is completed.
Mode of operation Hold open
SFT 4th light pulse: Configuration mode (technical
level)
Learning sensor for single sensor
Exit the menu
Mode of operation Automatic
While the door is closing the sensor is learning
the door moving. When the door closes thor-
oughly and the LED of the sensor stops flashing,
the sensor learning is completed.
Default parameter loading of
preselected scene.
All the parameters of the pre-
selected scene are over-
written in the process.
This function cannot be re-
verted!
Factory settings of
programming.
All the parameters of the sen-
sor are overwritten in the pro-
cess.
This function cannot be re-
verted!
9.2
9
FUNCTIONS:
Sensor learning with SFT
9.1
Learning sensor with BDE-D or EPC 903
9.3