AVIRE G3851 User manual

Product Description
Smart 3D combined with Panachrome+ 2D provides enhanced detection within the elevator environment specically
aimed at 3D detection.
This new Panachrome+ G3851 controller allows for input from the Smart 3D Radar detector to enable an additional trigger
source for 3D detection. The smart Radar sensor is more sensitive to smaller objects, can distinguish cross-trac and
moving targets and is not aected by clothing colors.
Panachrome+ with
Retrot Smart 3D
Installation Guide
Ref No. Smart 3D 850GB Version 2
Items Required for Installation
In the box
+ Smart 3D Sensor and Housing
+ Smart 3D processor (adhesive tape attached)
+ Extension cable
+ 3 x M4 Spanner Head Screws
+ 3 x Pin Torqx Self-tapping Screws
+ 3 Smart 3D inserts (Black 65, Grey 67, and White 70)
+ Grommet for cable hole
Not included
+ Drill
+ 13mm/0.5” Drill bit
+ Screw driver
+ Panachrome+ (G3851) Controller
+ Panachrome+ Edges

Quick Summary
+ Ensure the elevator has been marked clearly as out of
service
+ Installation of Smart 3D Sensor
+ Connecting up and powering the Smart 3D Sensor
+ Conguration and testing of Smart 3D sensor
1. Elevator Safety
Ensure the elevator has been clearly marked as out of
service to potential passengers. Clearly mark out that work
is being conducted on the elevator and is therefore not in
use.
2. Selecting the correct Sensor Insert
2.1 Measure out the header height of the elevator
(indicated in gure 1)
Installation
Header Height
6.20 - 7.20ft
1.90 - 2.20mm
7.21 - 8.20ft
2.21 - 2.50mm
8.21 - 9.20ft
2.51 - 2.80mm
Black 65 Grey 67 White 70
2.2 Using the height measurement, refer to Table 1 shown
below, this will indicate the correct insert to use for your
installation. The number in the table matches the number
on the part as shown in Fig. 2. This insert tailors the
detection zone of the sensor to your elevator.
*Please Note - Do not remove the foam insert located
inside of the Smart 3D casing.
2.3 Check which insert is currently mounted in your Smart
3D. If the insert is correct proceed to step 3, if it needs
replacing then follow the steps below
Using a PH1 screw driver unscrew screws A and B located
either side of the sensor which hold the insert in place.
This will then allow you to remove the sensor and its
insert.
Once the insert has been removed, unscrew screw C
which will then detach the insert from the sensor.
CC
B
A
Next select the insert required and repeat the process
above in reverse giving you the correct insert for your
Smart 3D conguration.
3. Position of the Smart 3D sensor on the header
3.1 Measure out the correct position on the header of the
elevator dependent (this is dependent on door opening).
3.1.1 Center Opening Doors
The Smart 3D sensor should be mounted in the center of
the door opening, on the header of the elevator car, with
the at face of the sensor pointing outwards from the
elevator.
B
A
B
A
Figure 1
Table 1
Figure 2
Figure 3

3.1.2 Side Opening Doors
The Smart 3D sensor should be mounted approx.
300mm/11.81” away from the return jamb, on the header
of the elevator car, with the at face of the sensor pointing
outwards from the elevator.
3.2 Position the Smart 3D sensor on the header of
the elevator as shown in Fig. 4. This must be within
19.69”/500mm from the front of the elevator doors.
3.3 Mark o and drill xing and cable holes as per Fig. 5
on the header of the car.
3.4 Connect the extension cable to the connection wire
on the Smart 3D sensor.
3.5 Feed the extension cable and Smart 3D cable through
the cable hole drilled in 3.3 and mount the Smart 3D
(gure 4 and 5) using the screws provided.
4. Smart 3D processing Box
The Smart 3D processing box is recommended to be
mounted on top of the elevator car and near to the
Panachrome+ controller.
4.1 Lower the elevator car so that it is accessible from the
landing and safe to operate on.
4.2 Gather the extension cable that is connected to the
Smart 3D sensor (3.4) and connect it to the processing
box.
4.3 Find a suitable place to mount the processing box
using either the adhesive tape on the bottom of the box or
use the mounting holes to x the box to the top of the car.
5. Panachrome+ Controller
5.1 Assuming the Panachrome+ controller has already
been installed, connect the Smart 3D processing box using
the 1.9m /6.23ftcable provided (use gure 8 as reference).
Color Function
Green +12VDC
Yellow Output signal for wide lobe (SF1)
White Output signal for close in lobe (SF2)
Brown Ground (0VDC)
6.23ft
Please note that dimensions are shown in metric and imperial
Figure 5
Figure 6
Figure 7
Figure 8
Figure 4
Cable hole

5. Menu Navigation
Panachrome+settings can be changed by using the 4-button keypad and screen.
Key Function
Go back/cancel
▼Menu and value down
▲Menu and value up
Menu item select and conrm
To enter the settings menu rst press ▼.
Press ▼and ▲to go to the desired function then use to select. Some functions have multiple choices so use ▼and ▲
to view. An active function is indicated by a *symbol.
Note: the bottom line on the display is the active function or menu item. The top row displays ‘Panachrome+’ when the
rst level is selected then changes when sub-menus are accessed.
For example:
First level Second Level
Panachrome
+
Visible Diodes
There are 3 types of tones when navigating through the menus:
1. Single short high pitched – menu navigation
2. Single low pitch tone – incorrect selection
3. Three short tones – settings change conrmation
Smart 3D Conguration Options
Visible Diodes ▼
Mode
3D
3D Radar enable
O Turns O Smart 3D sensor
On Turns On Smart 3D sensor
3D Rdr Low Dist Sets the door separation distance (in) at which
the Radar detection area is switched from high
to low. The default is set to 600mm/23.62”.
Each increment change is 10mm/0.4”
Radar
Settings
+0 (default)
3D Rdr O Dist Sets the door separation distance (in) at which
the Radar detection is turned o. The default is
set to 420mm/ 16.54”. Each increment change is
10mm/0.4”
+0 (default)
3D IR Enabled ** Only Available with 3D light curtains. Enable/
disable 3D Infra-red detection. Advise to switch
to o when using Smart 3D
O
On.
IR Sensitivity IR Settings
High ** Only Available with 3D light curtains. Sensitivity
settings to be changed if IR is enabled and you are
getting false triggers from the device.
Intermediate
Low
3D Mode
On at closing 3D activates when the doors are closing
On at 800mm/31.5” 3D activates when the doors are approx 800mm apart
On always 3D always with no 3D time-out Common
On (10s) 3D always with 10s 3D time-out
On (20s) 3D always with 20s 3D time-out
Time-out Count Counts the 3D triggers (2 to 10) and disables 3D once
this count is reached. Note: resets with a 2D trigger or
doors fully closed
1-10
Conguration and Testing

Smart 3D RADAR Settings
The Smart 3D system is designed to change its eld of view based on how close the doors are from shutting. The Smart
3D Radar recognises the doors going through three zones; High distance, Low Distance and O distance. As the doors
pass through each zone the detection zone is altered (made narrower and shorter) so that as the doors shut and the
sensor is not triggered by the movement of the doors. The point at which these zones are entered can be congured.
+ 3D Rdr Low Dist (SF1)
Sets the door separation distance (in) at which the Smart 3D detection area is switched from high to low. The default is
set to 600mm / 23.62”.
+ 3D Rdr O Dist (SF2)
Sets the door separation distance (in) at which the Smart 3D detection is turned o. The default is set to 420 mm / 16.54”.
Fig.2

Some of the highlights of the 3D system are described below:
+ 3D Method
3D detection can be active for Smart 3D Radar or InfraRed (IR)(3D light curtains required), or both.
+ 3D Mode
Irrespective of the active 3D detection system, IR and/or Smart 3D, both follow the selected 3D mode (3D light curtains
needed for IR detection). If “On at Closing” is selected, then it will not be active until the doors start to close. “On Always”,
“10 seconds time-out” and “20 seconds time-out” means it will be active when the doors are fully open/static as well as
closing. *Note to be ASME 17.1 2019 compliant the “On Always” or “20 seconds time-out” function should be selected.
+ 3D Time-out Count
As with the IR sensors, after 3 consecutive 3D triggers (without 2D triggers or fully close) the Smart 3D triggers will be
ignored.
+ 3D Shut o
Both 3D detection systems will shut o when the doors get to a certain distance.
+ LCD Trigger Information
The LCD display on the Panachrome+ controller depending on the trigger status i.e. Triggered or Un-Triggered. When Un-
Triggered, the Display will show the distance at which the last trigger occurred and the nature of the trigger (Low dist or
o dist), and whether it was a 2D, IR or a Smart 3D trigger.
Note that the distance is only an estimation by the detectors and may not be accurate. It is shown on the LCD when Un-
Triggered and the display status is active.
Troubleshooting
+ Panachrome+ Controller:
a. Ensure Panachrome+ controller is installed correctly as per the relevant installation guide.
b. For any Smart 3D fault nding, the Panachrome+ 3D controller settings must rst be changed in ‘3D’ - ‘3D Mode’ to ‘On
Always’ and also ‘Visible Diodes’ - ‘Mode’ to ‘Trigger’. Refer to for Panachrome+ menu description. Those settings mean
that LED’s on the light curtains will turn red for any trigger, making it easier to test the 3D detection.
+ 2D Detection fault nding:
a. Refer to Panachrome+ controller installation guide
+ No 3D Detection triggers:
a. Break 2D detection plane and retest 3D – doing this will reset the ‘3D Time-out Count’.
b. Ensure ‘3D Radar’ is set to ‘On’ in ‘3D’ settings menu of the Panachrome+ controller.
c. Check wiring and connections between sensor, processing unit, and Panachrome+ controller to ensure continuity.
d. Is the Panachrome+ controller correctly installed? If the display is showing either of the following text strings, then this
conrms that the controller is receiving triggers from the Smart 3D sensor:
‘Un-Triggered ‘Triggered
Smart 3D@XXX XXXX’ Smart 3D@XXX XXXX’
+ 3D False Triggers:
a. Check that ‘3D’ - ‘3D IR Enabled’ is set to ‘O’ on the Panachrome+ controller.
b. Check whether the recommended plastic insert is tted as per Section 2.
c. Detection range can be reduced by tting either the Grey 67 (smaller detection range) insert or the White 70 (minimum
detection range) insert.

This device complies with part 15 of the FCC Rules. 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.
This device contains:
FCC ID: G9B-305015
IC: 4680A-305015
CAUTION: Changes or modications not expressly approved by Avire Ltd could void the user’s authority to operate the equipment.
+ 3D False Triggers - Doors closing
In the event of a 3D false trigger on door closing, it is possible that this is simply the sensor picking up the movement of
the doors and seeing it as an approaching object. Immunity to door triggers can be increased by adjusting the 3D radar
low distance and 3D radar o distance (see ‘Smart 3D conguration Options’).
Door Immunity 3D Rdr O Distance 3D Rdr Low Distance
Low Immunity -10 -10
Medium Immunity (Default) 0 0
High Immunity +10 +10
It is recommended that in the event of false triggers on door closing that the high immunity values are used.
Alternatively, to increase detection sensitivity on door closing, please use the Low Immunity values shown above (please
note that this will increase the risk of false triggers). Refer to Section 5. (G3851 controller settings) for further detail.
+ Door triggering wider apart
If the doors trigger above 600mm/23.62”, increase the 3D Rdr Low Dist.
+ Door triggering near to close
If the doors are triggering between 420mm/16.54” and 600mm/23.62”, increase the 3D Rdr O distance.
AVIRE Inc
415 Oser Avenue, Suite Q
Hauppauge, NY 11788
USA
T: 631-864-3699
F: 631-864-2631
E: [e-mail]
W: www.januselevator.com
W: www.avire-global.com/us
PC+ RS: PC 20/02/19:V01 (GB)