Hytronik HC019V/DH User manual

Subject to change without notice. Edition: 26 Feb. 2020 Ver. A0 Page 1/7
One-Key
Commissioning
One-key commissioning via programmable remote control
Applications
Occupancy detector with daylight harvest suitable for building into the xture:
Ofce / Commercial Lighting
Classroom
Use for new luminaire designs and installations
Features
IP20RED
Stand-by power
EMC standard (EMC)
Safety standard (LVD)
Certication
Radio Equipment (RED)
EN55015, EN61000
Semko, CB, CE , EMC, RED, RCM
1200W
EN60669
Model No. HC019V/DH
220~240VAC 50/60Hz
Mains voltage
Load ratings:
EN300440, EN301489,
EN62479
<0.8W
Technical Data
Input Characteristics
Safety and EMC
800VA
Capacitive
Resistive
Sensor Data
Tc: +80
O
C
Operation temperature
Case temperature (Max.)
Ta: -20
O
C~ +60
O
C
Environment
IP20
IP rating
Model No.
2 ~ 50 lux, disabled
5s ~ 30min (selectable)
0s ~ 1h, +∞(selectable)
10% /30%
50% / 100%
30O~ 150O
<0.2mW
5.8GHz +/- 75MHz
High Frequency (microwave)Sensor principle
Operation frequency
Transmission power
Detection range
Daylight threshold
Stand-by period
Stand-by dimming level
Hold-time
Sensitivity
DIP Switch Settings:
Detection angle
Max. ( Ox H) 12m x 6m
HC019V/DH
Daylight Harvest HF Sensor
Fixture Built-in Sensor with Photocell AdvanceTM and Remote Control
20s
Warming-up
Tri-level dimming control based upon occupancy (also known as corridor function)
Special photocell to measure and differentiate natural light from LED light from behind the xture cover
TM
5-Year Warranty
Zero crossing detection circuit reduces in-rush current and prolongs relay life
1-10V dimming control method
Photocell Advance
Loop-in and loop-out terminal for efcient installation
Loop in
Loop out
Synchronised dimming with multiple sensor circuits
Synchronisation
control
RX
TX
TX
TX
Daylight harvest function to regulate light output for maintaining required lux level
HC019V/DH

Subject to change without notice. Edition: 26 Feb. 2020 Ver. A0 Page 2/7
Photocell Advance
TM
Detection area
Infrared remote receiver
Hold-time
Daylight sensor
Stand-by period
Stand-by dimming level
Photocell
SYNC Push
LL’ N
1-10V+
1-10V -
Installation hole (4.2mm)
Sensor antenna
Photocell
Buzzer
13
28
25.5
86.5
93.2
102
45
4.2
Daylight Harvest
Light will not switch on
when natural light is
sufcient, even there is
motion detected.
The light switches on
automatically with
presence when natural
light is insufcient.
The light turns on at full or dims to maintain the lux level. The light output
regulates according to the level of natural light available.
The light dims to stand-by
period after hold-time and
stays on selected minimum
dimming level.
The light switches off when
the ambient natural light is
sufcient.
The light switches off
completely after the
stand-by period.
Note:
1. The light automatically turns on at target
dim level or turns off based upon ambient
natural light lux level during stand-by
period if it is preset to ‘+∞’.
2. The target lux level can be adjusted by
RC or a long press on the push switch.
2~50Lux
Hold-time
5s~30min
Synchronisation
control
RX
TX
TX
TX
6
6
0
Detection Pattern
One-Key
Commissioning
Functions and Features
Photocell AdvanceTM Function
1
It’s well known that LED lights have a totally different spectrum to natural light. Hytronik uses this principle and comes up with special
photocell and sophisticated software algorithm to measure and differentiate natural light from LED light from behind the xture cover,
so that this photocell can ignore internal LED light and only respond to the natural light outside.
Our technology has no infringement to the existing patents in the market.
2
Note:We recommend the mounting distance between sensor to sensor should be more than 2m to prevent sensors from
false-triggering.

Subject to change without notice. Edition: 26 Feb. 2020 Ver. A0 Page 3/7
Synchronisation Function
3
By connecting the “SYNC” terminals in parallel (maximum 10pcs, see wiring diagram), no matter which sensor detects motion, all
HC019V/DH in the group will turn on the lights (ambient natural light is below daylight threshold). The detection area is widely
enlarged in this way while other settings such as hold-time, stand-by period, stand-by dimming level and daylight threshold on each
individual unit stay the same.
* Short Push (<1s): on/off function;
On →Off: the light turns off immediately and cannot be triggered ON by motion until the expiration of pre-set hold-time. After this
period, the sensor goes back to normal sensor mode.
Off →On: the light turns on and goes to sensor mode, no matter if ambient Lux level exceeds the daylight threshold or not.
* Long Push (>1s): adjust the target lux level by turning the light up or down. Both the adjustment on RC and push switch can overwrite
each other, the last adjustment remains in memory.
Note: if end-user do not want this manual override function, just leave the “push” terminal unconnected to any wire.
Manual Override
4
This sensor reserves the access of manual override function for end-user to switch on/off, or adjust the target lux level by push-switch,
which makes the product more user-friendly and offers more options to t some extra-ordinary demands:
Semi-auto Mode (Absence Detection)
5
Note: end-user can choose either function or function for application. Default function is manual override.
45
The light turns on full, and the sensor stays in
sensor mode.
The light does not switch on when there is
presence being detected.
Short push to activate the sensor
and switch on the light
People left, the light dims to stand-by level
after the hold-time.
The light switches off automatically after the
stand-by period elapses.
The light keeps being ON during the presence.
It is easy to forget to switch off the light, in ofce, corridor, even at home. And in many other cases, people do not want to have a
sensor to switch on the light automatically, for example, when people just quickly pass-by, there is no need to have the light on. The
solution is to apply this “absence detector”: motion sensor is employed, but only activated on the maunal press of the push switch, the
light keeps being ON in the presence, and dims down in the absence, and eventually switches off in the long absence.
This is a good combination of sensor automation and maunal override control, to have the maximum energy saving, and at the same
time, to keep efcient and comfortable lighting.

Subject to change without notice. Edition: 26 Feb. 2020 Ver. A0 Page 4/7
zero-cross point
Alternating current
Zero-cross Relay Operation
Designed in the software, sensor switches on/off the
load right at the zero-cross point, to ensure that the
in-rush current is minimised, enabling the maximum
lifetime of the relay.
6
Wiring Diagram
1 sensor controls a group of ballast /LED driver
Maximum 800W
HC019V/DH HC019V/DH
HC019V/DH LED DriverLED Driver LED Driver
1-10V
SYNC
1-10V L N
L N L’ P +
-
+
-
LED
+
-
1-10V
L N
+
-
LED
+
-
1-10V L N
+
-
LED
+
-
N
L
Note: this 1-10V output is isolated, SELV output. Do not connect the 1-10V terminals on driver X to Driver Y.
P N L
+
-
1-10V SYNC
1-10V LED
LED driver Y
1-10V LED
LED driver X
Multiple sensors control the same group of ballast /driver
Detection Pattern
Wall mounted height (m)
Ceiling mounted detection pattern (m) Wall mounted detection pattern (m)
Ceiling mounted height(m)
6
9
0
6
4
0
10%
10%
30%
30%
75%
75%
50%
50%
L’
P N L
+
-
1-10V SYNC
L’
N
L

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Settings (Remote Control HRC-11)
Press button “RESET”, all settings go back to DIP switch settings.
Reset Settings
Permanent ON/OFF function
Press button “ON/OFF” to select permanent ON or permanent OFF mode.
* Press button “AUTO”, “RESET” or “Ambient” to quit this mode.
The mode will change to AUTO Mode after power failure.
AUTO mode
Press button “AUTO” to initiate automatic mode. The sensor starts working and all
settings remain as before the light is switched ON/OFF.
1. Press button “Shift”, the red LED ashes for indication.
2. Press button “SEMI-AUTO/AUTO” to initiate semi-auto mode. The xture is
manually turned on by pressing the push-switch, and goes off automatically after
stand-by time. (Absence detection mode)
ON/
OFF
SEMI-AUTO mode
Press the buttons to select light output at 80% (at initial 10,000 hours) or 100%.
Note: “Sensor off” and “Twilight” functions are disabled.
Power output
Press these two buttons to adjust the light output brightness and set a new target lux level. The built-in daylight sensor can measure
ambient daylight level from behind the diffuser and calculates how much articial light is needed to maintain the target lux level.
Brightness +/-
Scene program - 1-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 set detection range 100%, daylight threshold Disable, hold-time 5min, stand-by time +∞, stand-by dimming level 30%, the 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).
Detection range
Press buttons in zone “Detection range” to set detection range at 100% / 75% / 50% / 10%.
&
A
4
4 hhh
HRC-11
Press button “Shift”, the LED on the top left corner is on to indicate mode selection.
All values / settings in RED are valid for 20 seconds.
Shift Button

Subject to change without notice. Edition: 26 Feb. 2020 Ver. A0 Page 6/7
1. Press button “Shift”, the red LED starts to ash.
2. Press button “Ambient”, the surrounding lux level is sampled and set as the new daylight threshold.
Ambient daylight threshold
Press buttons in zone “ Daylight threshold” to set daylight sensor at 2Lux/ 10Lux / 50Lux / 100Lux / 300Lux / 500Lux / Disable.
The light will not turn on upon movement if ambient lux level exceeds the daylight threshold preset.
Note: To set daylight sensor at 100Lux / 300Lux / 500Lux, press “Shift” button rst.
Daylight threshold
Dual tech & RF mode
Hold-time
Stand-by dimming level
Stand-by time (corridor function)
Press buttons in zone “hold-time” 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 “Shift” button rst.
2. 2s is for testing purpose only, stand-by period and daylight sensor settings are disabled in this mode.
*To exit from Test mode, press button “RESET” or any button in “Hold-time”.
Press buttons in zone “stand-by time” 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 innite and the light is effectively controlled by the daylight sensor, off when natural light is
sufcient and automatically on at dimming level when insufcient.
Press the button in zone “stand-by dimming level” to set the stand-by dimming level at 10% / 20% / 30% / 50%.
All buttons in this zone are disabled.
1Detection Range
2Hold Time
Sensor sensitivity can be adjusted by selecting the combination on the DIP
switches to t precisely for each specic application.
Select the DIP switch conguration for the light on-time after presence detection.
This function is disabled when natural light is sufcient.
I – 100%
II – 50%
I – 5s
II – 3min
III – 10min
IV – 30min
50%
100%
1
I
II
32
3min
10min
30min
5s
I
II
III
IV
DIP Switch Settings
3Daylight Threshold
I – Disable
II – 50Lux
III – 10Lux
IV – 2Lux
54
50Lux
10Lux
2Lux
Disable
I
II
III
IV
Set the level according to the xture and environment. The light will not turn on
if ambient lux level exceeds the daylight threshold preset.
Please note that the ambient lux level refers to internal light reaching the sensor.
Disabling the daylight sensor will put the sensor into occupancy detection only
mode.
Note:The function of 24h / 12h / 4h / 30s are disabled.

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Additional Information / Documents
1. For full explanation of Hytronik Photocell AdvanceTM technology, please kindly refer to
www.hytronik.com/download ->knowledge ->Introduction of Photocell Advance
2. Regarding precautions for microwave sensor installation and operation, please kindly refer to
www.hytronik.com/download ->knowledge ->Microwave Sensors - Precautions for Product Installation and Operation
3. Regarding Hytronik standard guarantee policy, please refer to
www.hytronik.com/download ->knowledge ->Hytronik Standard Guarantee Policy
5Stand-by dimming level
4Stand-by period (corridor function)
I – 0s
II – 10s
III – 1min
IV – 5min
V – 10min
VI – 30min
VII – 1h
VIII – +∞
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.
I – 10%
II – 30%
1h
10min
30min
5min
1min
10s
8
7
6
+∞
0s
I
II
III
IV
V
VI
VII
VIII
30%
10%
9
I
II
8
Note: “0s” means on/off control;
“+ ”means the stand-by period is innite and the light is effectively
controlled by the daylight sensor, off when natural light is sufcient
and automatically on at dimming level when insufcient.
The setting is used to select the desired dimmed light level used in
periods of absence for enhanced comfort and safety.