Hytronik HCD418-I Quick guide

HCD418-I-20170427-A1
Wire preparation
16-18AWG
8mm
Dimensions (mm)
Fixture Built-in DALI Motion Sensor
Installation and Instruction Manual
HCD418-I
This product utilises photocell advance
technology to realise occupancy and true
automatic photocell functions in one product.
The technology allows luminaire design to be
simplified as the luminaire body no longer
needs to be drilled to accept a photocell for
assessing the daylight condition. This sensor
can tell the difference of nature light and
artificial light (LED) from behind the diffuser,
and measure ambient natural light then
calculate how much artificial light is needed to
reach the target lux level. The need is passed
to the driver by DALI signal for delivering the
right amount of light.
The light will be dimmed to minimum level and
switched off eventually if ambient daylight is
sufficient, no matter it is during hold-time or
stand-by time, with or without motion.
Introduction Technical Specifications
Product type Built-in DALI motion sensor (Tri-level control)
Operating voltage 120~277VAC 50/60Hz
Switched power max. 20 devices
max.40mA
Stand-by power < 1W
Detection settings 50% / 100%
Hold time 5s / 3min / 10min / 30min
Stand-by time 0s / 10s / 1min / 5min / 10min / 30min / 1h / +
Stand-by dimming level 10% / 30%
Daylight threshold 2 ~ 50Lux , Disable
Detection area (DxH) 12 x 6 m
Microwave frequency 5.8 GHz +/- 75Mhz
Microwave power <0.2 mW
Warmming-up time 20s
Operating temperature -20oC ~ +60oC
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Tri-level Control
Installation
Please read this manual carefully before
installing the microwave sensor and siting the
luminaire.
Both the microwave sensor (antenna) and the
photocell elements of the product must be in
front of any metal work and have full line of
sight to the cover/diffusing element of the
fixture for trouble-free operation.
After Installing the sensor, it is highly
recommended that the luminaire is tested for
compatibility and correct operation of all
components.
Note: If testing under laboratory conditions,
the unique nature of this product requires full
bandwidth of the visible and invisible parts of
the electromagnetic spectrum, therefore it is
not recommended to attempt daylight
simulation with artificail light sources.
Not suitable for use with
Incandescent or Halogen
lamps
Not suitable for use in
installations where glass
is treated for reflection
of infrared radiation
Preparation of Luminaire
1. Positioning
This microwave sensor is ideal for use with LED
luminaires with the following considerations:
For simple mounting, the sensor may be placed on
the LED side of the LED PCB. The microwave
sensor will not be able to ‘see’ through any metal
components of the fixture. (See diagram 1
opposite).
For shadow-free operation, it is recommended that
the LED PCB is designed with a viewing window for
the sensor so that it may fit flush (or slightly proud)
of the LED PCB. (Please refer to diagram 2)
2. Configure the luminaire
Referring to the wiring diagrams overleaf, it is best
to consider terminations of the luminaires offered to
the installer dependant on system or project design.
If in any doubt, it is recommended that all 8
terminals of the sensor are made accessible to the
installer so that all of the features may be used if
required.
3. Wiring
To assist with installation, Hytronik use push-wire
style terminals. It is recommended that single core
(1/0.8mm for example) is used for making the
connections to the sensor.
The full specification for the wiring terminal is:
Detection area
Infrared remote receiver
Hold-time
Daylight sensor
Stand-by period
Stand-by dimming level
Daylight sensor
SYNC Push
N L
DALI -
DALI +
Installation hole (4.2mm)
Sensor antenna
IR Sensor
Buzzer
Diagram 2. Typical layout - behind LED PCB with cut-out
Diagram 1. Typical layout - in front of LED PCB
Base
LED PCB
Sensing direction
Sensing direction
Diffuser (Non-metal)
Glass less than 0.5cm
LED PCB
Cut-out 45mm x 31mm
22mm PCB support pillars
Photocell Advance

HCD418-I-20170427-A1
Settings
1. Detection Range
Sensor sensitivity can be adjusted by selecting the combination
on the DIP switches to fit precisely for each specific application.
2. Hold Time
Select the DIP switch configuation for the light on-time after
presence detection. This function is disabled when natural light
is sufficient.
3. Daylight Threshold
Set the level according to the fixture and environment. The light
will not turn on if ambient lux level exceeds the daylight
threshold preset. Please note the ambient lux level refers to
internal light reaching the sensor.
Disabling the daylight sensor will put the sensor into occupancy
detection only mode.
50%
1
100%
Disable
50Lux
10Lux
2Lux
45
4. Stand-by period
This is the time period you would like to keep at the low light
output level before it is completely switched off in the long
absence of people.
Note: “0s” means on/off control;
“+ ”means the stand-by period is infinite and the
light is effectively controlled by the daylight sensor,
off when natural light is sufficient and automatically
on at dimming level when insufficient.
5. Stand-by Dimming Level
The setting is used to select the desired dimmed light level
used in periods of absence for enhanced comfort and safety.
+∞
0s
10s
5min
10min
30min
1H
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67
1min
30%
10%
9
5s
3min
23
10min
30min
Functions
Synchronization Control Function
By connecting the “SYNC” terminals in parallel (maximum 10pcs, see wiring diagram next
page), no matter which sensor detects motion, all HCD418-I connected will turn on the lights
when surrounding natural light is below the daylight threshold which can be set by either DIP
switch on the sensor unit or remote control HRC-11. The sensor antennas are effectively
‘shared’ and the detection area is widely enlarged in this way.
Note: To avoid fixtures turning on unnecessarily, daylight sensing takes priority on a
point-by-point basis. Occupancy sensing (SYNC) is disabled on those units in which the
ambient light exceeds the daylight threshold.
Photocell Advance (Lux off Function)
The built-in sensor can measure ambient natural light behind the diffuser, dim and eventually
switch off the fixture when artificial light is not required. What’s more, if the stand-by time is
pre-set at "+∞", the fixture can automatically turn on at dim level when natural light is
insufficient.
Manual Override (Push Function)
With the help of push-switch, this sensor maybe over-ridden by the end-users to switch
on/off the lights manually, or adjust the light brightness during motion hold-time. This
makes the product more user-friendly and offers more options to fit for extra-ordinary
demands.
* Short push (<1s): on/off function;
On →off: the light turns off immediately and cannot be lighten for a certain time
(equals to hold-time preset) even movement is detected. After this period, the
sensor goes to sensor mode.
Off →on: the light turns on 100% and goes to auto sensor mode, even when ambient
Lux level exceeds the daylight threshold.
* Long push (>1s): adjust the target lux level by turning the light up or down. Both the
adjustment on remote control and push switch can overwrite each
other, the last adjustment remains in memory.
Note: if no end-user adjustment is desired, simply leave the “push” terminal disconnected.
Semi-auto Function (absence detection)
Note: end-user can choose either Manual Override Function or Semi-auto Function application.
Default function is manual override (push function).
The motion sensor is employed, but only activated on the manual press of the push switch.
Light remains on during the presence and can interact with ambient natural light, then dims
down in absence, eventually switching off automatically after the stand-by time has expired.
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Synchronised - ‘Master’
Sync terminal to other sensor luminaires
Hytronik builds this function inside the motion sensor to achieve tri-level control, for some areas require a
light change notice before switch-off.
It offers 3 levels of light: 100%-->dimmed light-->off; and 2 periods of selectable waiting time: motion
hold-time and stand-by period; Selectable daylight threshold and freedom of detection area.
Tri-level Control (Corridor Function)
Terminations and wiring diagrams
Basic
Point-by-point basic end user installation
Push Sync
HCD418-I
-
+
Dali
HCD418-I
PushSync
- +
Dali
HCD418-I
- +
Dali PushSync
- +
Dali
- +
LED
N L
LED Driver
- +
Dali
- +
LED
N L
LED Driver
- +
Dali
- +
LED
N L
LED Driver

HCD418-I-20170427-A1
Description of the Button Functions
(remote control HRC-11)
HRC-11
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11
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2
4
1
3
7
9
5
Permanent ON/OFF [ ]
Press button to select permanent ON or permanent OFF mode.
* Press button / to resume automatic operation.
The mode will change to AUTO Mode after power failure.
Semi-auto Mode [ button & ]
Power output [ button ]
Press button , the light output shifts between 80% and 100%.
Note: the function of “Sensor off” and “Twilight” are disabled.
button
Auto Mode [ button ]
Shift [ button ]
RESET [ button ]
Press button , all settings go back to the DIP switch settings.
Press button to initiate automatic mode. The sensor starts
working and all settings remain as before the light was switched
ON/OFF.
Press button , the LED on the top left corner flashes to indicate
mode selection.
All values / settings in RED are in valid for 20 seconds.
1. Press button Shift (the red LED is on for indication),
2. press button to initiate semi-auto mode. The fixture is
manually on by push-switch and will automatically turn off
after stand-by period.
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2
2
3
3
3
3
4
4
4
5
Brightness +/- [ button ]
Press button to adjust the light output brightness and set as a
new target lux level. The built-in daylight sensor can measures
ambient daylight level from behind the diffuser and calculates how
much artificial light is needed to maintain the target lux level.
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6
5
4
1
2 4
Ambient daylight threshold [ button ]
Detection range [ zone ]
Press buttons in zone to set detection range at 100% /
75% / 50% / 10%.
Daylight threshold [ zone ]
Press buttons in zone to set the daylight sensor at 2Lux /
10Lux / 50Lux / 100Lux / 300Lux / 500Lux or Disable.
Note: To set daylight sensor at 100Lux / 300 Lux / 500Lux,
press button Shift at first.
1. Press button Shift, the red LED flashes for indication.
2. Press button , the ambient lux level is sampled and set as
the new daylight threshold.
Stand-by dimming level [ zone ]
Press buttons in zone to set the stand-by dimming level at
10% / 20% / 30% / 50%.
Dual tech & RF mode [ zone ]
All buttons in zone are disabled.
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3
9
10
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14
14
13
Stand-by time [ zone ]
Press buttons in zone to set the stand-by period at 0s / 10s /
1min / 5min / 10min / 30min / 1h / +∞.
Note: “0s” means on/off control; “+∞” means the stand-by
time is infinite and the light is effectively controlled by the
daylight sensor, off when natural light is sufficient and
automatically on at dimming level when insufficient.
12
12
Hold time [ zone ]
Press buttons in zone to set the hold time at 2s / 30s / 1min /
5min / 10min / 15min / 20min / 30min.
Note: 1.To set hold-time at 30s / 5min / 15min / 30min,
press button Shift at first.
2. 2s is for test purpose only, stand-by period and daylight
sensor settings are disabled in this mode.
*To exit from Test mode, press button or any button in zone .
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2
11
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Scene prog. [ zone ] (One-key-commissioning)
1. Press button “Start” to program.
2. Select the buttons in “Detection range”, / “Daylight
threshold”, “Hold time”, “Stand-by time”, “Stand-by
dimming level” to set all parameters.
3. Press button “Memory” to save all the settings programmed
in the remote control.
4. Press button “Apply” to set the settings to each sensor unit(s).
For example, to pre-set detection range 100%, daylight
threshold Disable, hold time 5min, stand-by time +∞,
stand-by dimming level 30%, steps should be:
Press button Start, button 100%, Disable, Shift,
5min, Shift, +∞ , 30%, Memory. By pointing to
the sensor unit(s) and pressing Apply, all settings are
passed on the sensor(s).
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Hytronik Industrial Ltd. | www.hytronik.com
3rd Floor, block C, complex building, 155#,
Bai'gang road south, Bai'gang village,
Xiao Jin Kou town, Huicheng district, Huizhou 516023
Tel: [phone] Fax: [phone]