Hytronik HED1025 User manual

Hex-Drive (With SensorDIMTM Function)
HED1025 / HED1045 / HED1050H / HED1050L / HED1080H
Applications
Features
Synchrony
>0.93
Warning: Please make sure the correct current is selected before starting the driver!
Congurable Constant Current (CC) Output via Dip-Switch
Logarithmic Dimming with Multiple Dimming Inputs:
with DALI Feedback
Thermal Cut-out Protection
Active PFC Design
Permanent Settings Memory, Protected against Loss of Power
5 Year, 50,000hr Warranty
All with Auto-restart
}
Output Conguration
Constant Current Version - DALI/1-10V/Switch-Dim/SensorDIMTM
HED1025, 1x25W HED1045, 1x45W HED1050H, 1x50W HED1050L, 1x50W HED1080H, 1x80W
Over-load Protection
Short Circuit Protection
Switch-Dim with Synchronization
1-10V
Ofce / Commercial Lighting
Health Care
Classrooms
Low-bay warehouse
Suitable for LED panels - insulated terminal cover with cable restraint:
Use for retrot upgrades & new luminaire designs.
With both linear and compact versions supporting DALI, 1-10V and Switch-Dim,
or controlled by a versatile range of antenna options, the Hex-Drive range lends
itself to almost any application!
700mA
675mA
650mA
625mA
600mA
575mA
550mA
525mA
500mA
475mA
450mA
425mA
400mA
375mA
350mA
325mA
1234
1400mA
1050mA
900mA
700mA
500mA
12345
1200mA
1200mA
1150mA
1100mA
1050mA
1000mA
900mA
950mA
800mA
700mA
600mA
500mA
850mA
750mA
650mA
550mA
1 2 3 4 5
600mA
575mA
550mA
525mA
500mA
475mA
450mA
425mA
400mA
375mA
350mA
325mA
300mA
275mA
225mA
250mA
1 2 3 4 5
1650mA
1600mA
1550mA
1500mA
1450mA
1400mA
1350mA
1300mA
1250mA
1200mA
1150mA
1100mA
1050mA
1000mA
900mA
950mA
123 4 5
Intelligent Thermal Management
Stand-by Power Consumption




UIFSNBMNBOBHFNFOU
<0.5W
1IPUPDFMM"EWBODF
For specic features relating to the available sensors,
please refer to the relevant sections of this datasheet
0OF,FZ
$PNNJTTJPOJOH
Direct-to-driver occupancy and daylight controls:
HF
PIR
433/868
ANALOGUE Analogue Flicker-free Dimming
Hytronik LED Drivers
459
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Model No.
HED1025
25.5W/ 425mA /12~60V 27W/ 450mA /12~60V 26W/ 475mA /12~55V 27.5W/ 500mA /12~55V
19.5W/ 325mA /12~60V 21W/ 350mA /12~60V 22.5W/ 375mA /12~60V 24W/ 400mA /12~60V
28W/ 500mA /12~56V 40W/ 700mA /12~56V 45W/ 900mA /12~50V 45W/ 1050mA /12~42V
40W/ 1200mA /12~34V 40W/ 1400mA /12~28V
40W/ 500mA /12~80V 44W/ 550mA /12~80V 49W/ 600mA /12~80V 49W/ 650mA /12~75V
49W/700mA /12~70V 50W/ 750mA /12~66V 50W/ 800mA /12~62V 50W/ 850mA /12~59V
49W/ 900mA /12~55V 49W/ 950mA /12~53V 50W/ 1000mA /12~50V 50W/ 1050mA /12~47V
34W/225mA /36~150V 38W/ 250mA /36~150V 41W/ 275mA /36~150V 45W/ 300mA /36~150V
49W/325mA /36~150V 50W/ 350mA /36~140V 50W/ 375mA /36~130V 50W/ 400mA /36~125V
50W/ 425mA /36~115V 50W/ 450mA /36~110V 50W/ 475mA /36~105V 50W/ 500mA /36~100V
50W/ 525mA /36~95V 50W/ 550mA /36~90V 50W/ 575mA /36~86V 50W/ 600mA /36~83V
67W/900mA /16~75V 71W/ 950mA /16~75V 75W/ 1000mA /16~75V 78W/ 1050mA /16~74V
79W/ 1100mA /16~72V 80W/ 1150mA /16~70V 80W/ 1200mA /16~66V 80W/ 1250mA /16~64V
80W/ 1300mA /16~61V 80W/ 1350mA /16~59V 80W/ 1400mA /16~57V 80W/ 1450mA /16~55V
80W/1500mA /16~53V 80W/ 1550mA /16~51V 80W/ 1600mA /16~50V 80W/ 1650mA /16~48V
50W/ 1100mA /12~45V 50W/ 1150mA /12~43V 50W/ 1200mA /12~42V
26W/ 525mA /12~50V 27.5W/ 550mA /12~50V 26W/ 575mA /12~45V 27W/ 600mA /12~45V
28W/ 625mA /12~45V 28W/ 650mA /12~43V 27W/ 675mA /12~40V 28W/ 700mA /12~40V
HED1045
HED1050H
HED1050L
HED1080H
Max. output power/current/voltage range
Technical Data
EN55015, EN61547, EN61000-3-2, EN61000-3-3
EN61347-1,EN62493,EN61347-2-13
IEC62386-101 ; IEC62386-102 ; IEC62386-207
Model No. HED1025
<3%
90V
< 0.5s
Ta: -20~+50ć
80ć
Ripple Current
Uout Max.
Turn-on Time
Dimming Interface
Operation Temp.
Case Temp. (Max.)
IP Rating
EMC Standard
Safety Standard
DALI Standard
Certications
Safety
and EMC
Environment
Output
0.15~0.13A
0.9
HED1045
<3%
75V
< 0.5s
Ta: -20~+45ć
85ć
88%
InputĺOutput : 3000VAC
< 0.25mA
220~240VAC 50/60Hz
0.22~0.2A
0.95
Mains Voltage
Mains Current
Power Factor
Max. Efciency
Dielectric Strength
Leakage Current
HED1050H
<3%
110V
< 0.5s
Ta: -20~+50ć
80ć
0.3~0.25A
0.95
HED1080H
<3%
120V
< 0.5s
Ta: -20~+50ć
80ć
0.45~0.4A
0.95
HED1050L
<3%
200V
< 0.5s
Ta: -20~+50ć
80ć
0.3~0.25A
0.96
Input
IP20
DALI, Switch-Dim DALI, 1-10V, Switch-Dim
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Semko, CB, RCM, CE , EMC

Loading and In-rush Current
Pulse Time
Model HED1025 HED1045 HED1050H HED1050L HED1080H
In-rush Current (Imax.)
100 μs
3.8A
75 μs
5.8A
350 μs
25.8A
380 μs
25.8A
380 μs
25.8A
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Model: HED1025 1x25W
L
N
Switch-Dim
DIP switch (for LED
current selection)
RJ12 (sesor antenna)
LED+
LED
-
DALI
DALI
3
254.6
4.2
36
21.5
269
DALI RJ12 sensor antenna
1-10V +
1-10V
-
LED
390
379.5
40.5
22
4.5
DIP switch (for LED
current seclection)
+
LED
-
DALI
Switch-Dim
Model: HED1050H 1x50W high current
HED1050L 1x50W low current
HED1080H 1x80W high current
DALI Sensor-Dim
connection
1-10V
+
-
+
-
LED
LED current
selection
Switch-DIM
N
L
126
4.1
3.9
79.2
23
129.4
140.6
Model: HED1045 1x45W
additional cap for stand alone installation
185
Dimensions and Terminals
Wire Preparation
To make or release the wire from the terminal,
use a screwdriver to push down the button.
0.5 - 1.5 mm
8mm

L
N
L
N
Switch-Dim
LED+
LED
L
N
Switch-Dim
LED+
LED
Switch-Dim Connections
LED +
LED
LED +
LED
1-10V
1-10V
1-10V
+
1-10V
1-10V
+
LL’
L’
L
N
L
N
L
N
1-10V Connections
*Push Switch
Wiring Diagrams
Antenna Connections (with optional Switch-Dim)
Note: 1. Unused terminals have been omitted for clarity.
2. If connecting an antenna, the DALI and 1-10V inputs are disabled. Please refer to the relevant section
in this datasheet for details.
*Optional Switch-Dim for manual over-ride of DALI.
1-10V may NOT be used for manual over-ride of DALI
DALI
DALI
LED +
LED
LED
LED
DALI
Switch-Dim
Switch-Dim
DALI
L
N
L
N
DALI
+
DALI
L
N
*Push Switch
DALI Connections
Sensor antenna
Remote control
L
N
L
N
LED+
LED
RJ12
-
Switch-Dim
HED1025 HED1045 HED1050H HED1050L
Cct Breaker Type
Type B 30 20 20 1665
HED1080H
Number of Drivers Based upon 16A Circuit Breaker
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Conversion table for max. quantities of drivers on other types of Miniature Circuit Breaker
* Environmental factors (such as temperature) will also inuence the maximum number of the drivers. Please refer to the MCB
manufactures datasheet for loading and derating factors.
B
B
B
B
B
16A
10A
13A
20A
25A
100% (see table above)
63%
81%
125%
156%
C
C
C
C
C
10A
13A
16A
20A
25A
104%
135%
170%
208%
260%
MCB Type Rating Relative number of drivers MCB Type Rating Relative number of drivers

Performance Characteristics
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HED1025
HED1045
HED1050H
* Typical Power Factor vs Load* Typical Efciency vs Load
325MA
525MA
700MA
0.72
0.74
0.76
0.78
0.8
0.82
0.84
0.86
0.88
50% 60% 70% 80% 90% 100%
500MA
1050MA
1400MA
0.72
0.74
0.76
0.78
0.8
0.82
0.84
0.86
0.88
50% 60% 70% 80% 90% 100%
0.78
0.8
0.82
0.84
0.86
0.88
0.9
0.92
50% 60% 70% 80% 90% 100%
500MA
850MA
1200MA
0.8
0.82
0.84
0.86
0.88
0.9
0.92
0.94
0.96
0.98
50% 60% 70% 80% 90% 100%
0.87
0.88
0.89
0.9
0.91
0.92
0.93
0.94
0.95
0.96
0.97
0.98
50% 60% 70% 80% 90% 100%
0.89
0.9
0.91
0.92
0.93
0.94
0.95
0.96
0.97
0.98
0.99
50% 60% 70% 80% 90% 100%
220V
230V
240V
220V
230V
240V
220V
230V
240V
EFFICIENCY (%)
PF
EFFICIENCY (%)
PF
EFFICIENCY (%)
PF
LOAD LOAD
* Typical Power Factor vs Load* Typical Efciency vs Load
LOAD LOAD
* Typical Power Factor vs Load* Typical Efciency vs Load
LOAD LOAD

0
10
20
30
40
50
60
70
80
90
100
0s
1.2s 2.4s 3.6s 4.8s
6s
8.6s 9.8s
11s
12.2s 13.4s
16s
17.2s 18.4s 19.6s 20.8s
22s
Switch-Dim Dimming Curve
Light output [%]
Time (s)
Dimming Characteristics
Light output [%]
Digital light value
DALI Dimming Curve
10
20
30
40
50
50 100 150 200 250
60
70
80
90
100
0
0
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HED1050L
HED1080H
0.74
0.76
0.78
0.8
0.82
0.84
0.86
0.88
0.9
50% 60% 70% 80% 90% 100%
225MA
400MA
600MA
0.8
0.81
0.82
0.83
0.84
0.85
0.86
0.87
0.88
0.89
0.9
0.91
50% 60% 70% 80% 90% 100%
900MA
1200MA
1650MA
0.89
0.9
0.91
0.92
0.93
0.94
0.95
0.96
0.97
0.98
0.99
50% 60% 70% 80% 90% 100%
0.95
0.955
0.96
0.965
0.97
0.975
0.98
0.985
0.99
0.995
50% 60% 70% 80% 90% 100%
220V
230V
240V
220V
230V
240V
EFFICIENCY (%)
PF
EFFICIENCY (%)
PF
* Typical Power Factor vs Load* Typical Efciency vs Load
LOAD LOAD
* Typical Power Factor vs Load* Typical Efciency vs Load
LOAD LOAD

Light output [%]
Control voltage U（V）
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
0v 1V 2V 3V 4V 5V 6V 7V 8V 9V 10V
1-10V Dimming Curve
Dimming Interface Operation Notes
DALI
1-10V
The 1-10V input is operable via commercially available simple rotary wall switches designed for 1-10V dimming equipment or from dedicated
system central dimming controllers.
Note: In the unlikely event that the LED driver be used with the Switch-Dim or DALI interface prior to using the 1-10V interface, the 1-10V
interface may need to be re-set. This is achieved by placing a short circuit across the 1-10V terminals until the light returns to full brightness
(approx. 3-5 seconds).
This series of products are supplied as DALI default group 0 and are ‘plug n’play DALI’ or ‘independent DALI’ system ready.
These models are also fully DALI addressable and may be assigned to groups within the limits specied by the DALI protocol or supporting DALI
controllers by using a DALI programming tool.
Dimming Prole
1%
Dimming Method
(DALI, 1-10V, Push)
Light Output
100%
Analogue dimming
Dimming range
1%
1%-100% Analogue
PWM
Dimming technique
PWM frequency 1KHz
PWM dimming
Switch-Dim
The provided Switch-Dim interface allows a simple dimming method using commercially available non-latching (momentary) wall switches. Up to
64 LED drivers may be connected to one switch. The Switch-Dim interface may also be used at the same time as DALI to serve as a manual
over-ride.
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Switch Action
Short press (<0.4 second)
Note: short press has to be longer
than 0.1s, or it will be invalid.
Long press (>0.4 second)
Response
Toggle light on / off
Toggle dim light / increase brightness
Synchronization
Switch Action
Long press (>15 seconds)
Response
All lights will dim down to minimum then return to 50% brightness
* We recommend the number of drivers connected to a switch does not exceed 25 pieces. The maximum length of the wires from push to
driver should be no more than 20 meters.

Ceiling mounted height(m)



10% 30%
75%
50%
Ceiling mounted height(m)



Antenna Attachment options
Our range of antenna options allow a very powerful number of ‘direct-to-driver’ feature options to expand the exibility of luminaire
design. This approach to luminaire design reduces space requirements and component costs whilst simplifying production.
Tri-level Control (Corridor Function)
Daylight Harvest
Wireless Connectivity (RF) with Tri-Level Control
Options: PIR occupancy detection (HIR02 / HIR04)
Microwave occupancy detection (SAM7 / SAM7/FM)
Options: Microwave occupancy detection (SAM8/RC11 / SAM11)
Options: PIR occupancy detection (HIR01 / HIR01/FM / HIR03)
HIR01 / HIR02 HIR03 / HIR04 HIR01/FM
SAM7 SAM7/FM SAM8/RC11 SAM11
PIR Occupancy Detection Pattern HF Occupancy Detection Pattern
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30O~ 150O
<0.2mW
5.8GHz +/- 75MHz
High Frequency (microwave)
Sensor principle
Operation frequency
Transmission power
Detection range
Detection angle
Max. ( Ox H) 12m x 6m
HF Sensor Data
PIR Sensor Data
360O
PIR Detection
Sensor principle
Detection range
Detection angle
Max. ( Ox H) 6m x 5m
HF Sensor & RF Data
30O~ 150O
<0.2mW
5.8GHz +/- 75MHz
High Frequency (microwave)
Sensor principle
Operation frequency
Transmission power
Detection range
Detection angle
868MHz (FSK mode)
RF frequency
30m indoor, 50m outdoor
RF transmission distance
Max. ( Ox H) 12m x 6m
Tri-level Control (Corridor Function)
Dimensions and Terminals
35.2
43.3
52.5
48
38.9
1.2
21.5
26.5
4.2
19.3 28.5 31.2
13.5
16
Model SAM7 Antenna module LED indication
Daylight sensor
Installation hole
Cable entry
Infrared remote receiver
HF sensorDIMTM
Model SAM7/FM
HF sensorDIMTM
30
35
39.5
30
2.5
1.5
16
23.3
25.8
Model HIR02
Lens
RJ12 connector
Installation hole
PIR
Se
n
so
r H
ead
Model HIR04
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Lens
RJ12 connector
40.9
44.5
16.4
19.3
17.8
15.9
12.9
Ø13.8
17

Wireless Connectivity (RF) with Tri-Level Control
Daylight Harvest
HF sensorDIMTM
HF sensorDIMTM
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Model SAM11 (RF grouping by rotary switch or remote control)
Model SAM8/RC11 (RF grouping by remote control only)
13.5
16
RF antenna
Antenna module
Buzzer LED indication
Infrared remote receiver
Daylight sensor
Installation hole
Cable entry
32.5
31.2 28.5 19.7
43.3
4.2
52.5
RF antenna
Antenna module Buzzer
LED indication
Rotary switch
Infrared remote receiver
Daylight sensor
Installation hole
57.5
63.6
71.5
29
4.1
14 16
31.7
30
35
39.5
30
2.5
1.5
16
23.3
25.8
PIR Sensor Head
Model HIR01/FM
PIR
Se
n
so
r H
ead
Model HIR01
PIR
Se
n
so
r H
ead
Model HIR03
Lens
RJ12 connector
Installation hole
Lens
RJ12 connector
40.9
44.5
16.4
19.3
17.8
15.9
12.9
Ø13.8
17

Hytronik builds this function inside the motion sensor to achieve tri-level control, for some areas which require a light change notice
before switch-off. The sensor offers 3 levels of light: 100%-->dimmed light (natural light is insufcient) -->off; and 2 periods of
selectable waiting time: motion hold-time and stand-by period; Selectable daylight threshold and freedom of detection area.
With sufcient natural light, the
light does not switch on when
presence is detected.
With insufcient natural light,
the sensor switches on the light
automatically when presence is
detected.
After hold-time, the light dims to
stand-by level if the surrounding
natural light is below the
daylight threshold.
Light switches off automatically
after the stand-by period
elapses.
24h Daylight Monitoring Function (SAM7 / SAM7/FM only)
Tri-level Control (Corridor Function) HIR02 / HIR04 / SAM7 / SAM7/FM
Photocell AdvanceTM Function (HIR04 only)
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, so that this photocell can
ignore the LED light and only respond to the natural light.
Our technology has no infringement to the existing patents in the market.
The light turns off
completely when natural
light lux exceeds daylight
threshold pre-set.
100% on when movement
detected, and dims to 10%
in long absence.
1 3
goes in cycle
at night
...
4
08:10
The light dims to stand-by
level after the hold-time.
The light switches on at
100% when there is
movement detected.
1
21:00
The light remains in dimming
level at night.
3
21:40
The light automatically turns
on at 10% when natural light
is insufcient (no motion).
5
17:40
2
21:10
Settings on this demonstration:
Hold-time: 10min
Daylight threshold: 50lux
Stand-by dimming level: 10%
Stand-by period: +∞
Every 30min
Check
Hold-time ends
Power On
Dim
100% On
Off
motion
No motion
Our innovative and patented software enables our antenna with built-in daylight sensor to provide a “smart photocell” function. This
function is activated when stand-by period is set to “+∞ ”.
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Lux Off Function (HIR02 / HIR04 only)
The light turns off automatically whenever surrounding natural light lux level exceeds the daylight threshold for more than 5min, even
there is motion detected. However, if the stand-by period is pre-set to innity “+∞”, the light never switches off but stays at dimming
level, even when natural light is sufcient .
Manual Override
* Short Push (<1s): on/off function;
On ĺOff: 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 ĺOn: 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 hold-time brightness level between10% and 100%.
Note: if end-users do not want this manual override function, just leave the “push” terminal unconnected to any wire.
This sensor reserves the access of manual override function for end-user to switch on/off, or adjust the brightness 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)
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 manual 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 manual override control, to have the maximum energy saving, and at the same
time, to keep efcient and comfortable lighting.
Note: end-user can choose either manual override or semi-auto mode for the application. Default mode is manual override.
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.
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Settings (Remote Control HRC-11, for HIR04)
Press button “RESET”, all settings go back to default values.
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.
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 button “Shift”, the LED on the top left corner will ash to indicate mode
selection. All values / settings in RED are valid for 20 seconds.
Shift Button
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 during hold-time.
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
All buttons in this zone are disabled.
Press buttons in zone “ Daylight threshold” to set daylight sensor at 2Lux / 10Lux / 50Lux / 100Lux / 300Lux / 500Lux / Disable.
Note: To set daylight sensor at 100Lux / 300Lux / 500Lux, press “Shift” button rst.
Daylight threshold
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HRC-11
&
A

III

Press “RESET” button, all settings go back to default settings.
Reset function
RESET
Permanent ON/OFF function
Sensor mode
Press “Auto Mode” button, the sensor starts to function and all settings remain the same
as the latest status before the light is switched on/off.
Press the “ON/OFF” button, the light goes to permanent on or permanent off mode,
and the sensor is disabled.
* Press “Auto Mode”, “RESET” or “Scene mode” buttons to quit this mode.
Test mode HRC-05
ON/
OFF
Auto Mode
Stand-by dimming level
Detection range
ON/
OFF Auto Mode Reset
Power
80%
Test
2s
10% 20%
30s 1min
100%
30min10min5min
0s 10s 1min
30%
SC1 SC2
SC3
Scene mode
10min
50% 10%
30min
Hold-time
Stand-by period
5min
Lux
Disable
2Lux
10Lux
50Lux
Daylight Sensor
SC4
Power
100% +
-
Dim
M/A
+
-
Note: the buzzer beeps one time
when RC receives signal
successfully.
Dim +/
This button is for testing purpose only. The sensor goes to test mode (hold-time is 2s)
after commissoning, meanwhile the stand-by period and daylight sensor are disabled.
* This mode can be ended by pressing “reset”, or any button of “scene mode” and
“hold-time”. The sensor settings are changed accordingly.
Long press “Dim +” or “Dim ” to adjust the light brightness during hold-time. “ + ”
means dimming up, “ ” means dimming down.
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
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 xture never switches off.
Press the button in zone “stand-by dimming level” to set the stand-by dimming level at 10% / 20% / 30% / 50%.
Note:The function of 24h / 12h / 4h / 30s are disabled.
All buttons in this zone are disabled.
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Settings (Remote Control HRC-05, for HIR02 / SAM7 / SAM7/FM)

Power output
Power
80%
Power
100%
By pressing these two buttons, the output shifts between 80% (at initial 10,000 hours) and 100%, for energy saving purpose.
Press this button, the latest surrounding lux value overwrites the previous lux value learned, and it is set as the daylight threshold. This
feature enables the xture to function well in any real application circumstances.
Ambient daylight threshold
Lux
Disable
Manual override / Semi-auto mode (absence detection)
M/A
Lux disable
Press this button, the built-in daylight sensor stops working, and all motion detected could turn on the lighting xture, no matter how
bright the natural light is.
By pressing this button, the sensor goes to manual override or Semi-auto mode (absence detection) function.
* The buzzer beeps twice if it’s manual override function, and beeps once if it shifts to Semi-auto mode (absence detection).
Detection range
Press the buttons of “detection range” to set detection range at 10% /50% /100%.
Note: these buttons are invalid for antenna module HIR02.
Press the buttons of “hold-time” to set hold-time at 30s / 1min / 5min / 10min / 30min.
Hold-time
Daylight sensor
Press the buttons of “daylight sensor” to set daylight threshold at 2Lux / 10Lux / 50Lux.
Stand-by dimming level
Stand-by period (corridor function)
Press the buttons of “stand-by period” to set stand-by period at 0s / 10s / 1min / 10min / 30min / +∞.
* “0s” means on/off control; “+∞” means bi-level dimming control, the xture never switches off when daylight sensor is disabled.
Press the buttons of “stand-by dimming level” to set the stand-by dimming level at 10% / 20% / 30%.
4
Scene mode
There are 4 scene modes xed program built in the remote control to choose for different applications:
Scene options Detection range Hold-time Stand-by period Stand-by dimming level Daylight sensor
SC1 100% 1min 10min 10% 2Lux
SC2 100% 5min 10min 10% 2Lux
SC3 100% 10min 30min 10% 10Lux
SC4 100% 10min 10% 50Lux
* End-user can adjust the settings by pressing buttons of detection range/hold-time/stand-by period/stand-by dimming
level/daylight sensor. The last setting stays in validity.
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Wireless Connectivity (RF) with Tri-Level Control SAM8/RC11 or SAM11
The motion detected by the RF sensor antenna SAM8/RC11 or SAM11 will operate all other units programmed on the same group
via RF transmission. The transmission can reach 30 meters indoor and 50 meters in open areas. A daylight sensor is also built-in to
prevent the light switching on when surrounding natural light is sufcient.
Tri-level Control (Corridor Function)
Hytronik builds this function inside the motion sensor to achieve tri-level control, for some areas which require a light change notice
before switch-off. The sensor offers 3 levels of light: 100%-->dimmed light (natural light is insufcient) -->off; and 2 periods of
selectable waiting time: motion hold-time and stand-by period; Selectable daylight threshold and freedom of detection area.
With sufcient natural light, the
light does not switch on when
presence is detected.
With insufcient natural light,
the sensor switches on the light
automatically when presence is
detected.
After hold-time, the light dims to
stand-by level if the surrounding
natural light is below the
daylight threshold.
Light switches off automatically
after the stand-by period
elapses.
The 1st sensor detects motion, it turns the light on
100% and sends signal to the 2nd sensor at the
same time. The 2nd light is switched on at
stand-by brightness.
The person walks to the 2nd oor, the 2nd sensor
turns the light on 100%, meanwhile, the 3rd light
is switched to stand-by brightness.
2
The person walks to the 3rd oor, the 3rd sensor
turns on the light 100%, meanwhile, the 4th light
is switched to stand-by brightness. The 1st light is
dimmed to stand-by brightness after hold-time.
The person walks to the 4th oor, the 4th sensor
turns on the light 100%, meanwhile, the next light
is switched to stand-by brightness. The 1st light is
off after stand-by period and the 2nd light is
dimmed to stand-by brightness.
3
4
For staircase (SAM8/RC11 or SAM11 serves as both master and slave)
1
34
1
2
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24h Daylight Monitoring Function
The light turns off
completely when natural
light lux exceeds daylight
threshold pre-set.
100% on when movement
detected, and dims to 10%
in long absence.
1 3
goes in cycle
at night
...
4
08:10
The light dims to stand-by
level after the hold-time.
The light switches on at
100% when there is
movement detected.
1
21:00
The light remains in dimming
level at night.
3
21:40
The light automatically turns
on at 10% when natural light
is insufcient (no motion).
5
17:40
2
21:10
Settings on this demonstration:
Hold-time: 10min
Daylight threshold: 50lux
Stand-by dimming level: 10%
Stand-by period: +∞
Every 30min
Check
Hold-time ends
Power On
Dim
100% On
Off
motion
No motion
Our innovative and patented software enables our antenna with built-in daylight sensor to provide a “smart photocell” function. This
function is activated when stand-by period is set to “+∞ ”.
Manual Override
* Short Push (<1s): on/off function;
On ĺOff: 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 ĺOn: the light turns on and goes to sensor mode, no matter if ambient Lux level exceeds the daylight threshold or not. When
manually push on the master via the push switch, it sends out the RF “ON” signal to all slaves in the same group. The
slave only turns on the light when ambient light is insufcient.
* Long Push (>1s): adjust the hold-time brightness level between10% and 100%.
Note: if end-users do not want this manual override function, just leave the “push” terminal unconnected to any wire.
This sensor reserves the access of manual override function for end-user to switch on/off, or adjust the brightness by push-switch,
which makes the product more user-friendly and offers more options to t some extra-ordinary demands:
master slave
Use a screwdriver to
point the arrow to the
same channel on both
master and slave.
RF Grouping via Rotary Switch (for SAM11 only)
By selecting the same channel on both of the transmitter
unit (master) and receiving unit (slave), the grouping is
automatically completed. 16 channels (maximum 16
groups) are available for both the master & slave unit.
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Permanent ON/OFF function
Press button “ON/OFF” to select permanent ON or permanent OFF mode.
* Press button “AUTO”, “RESET” to quit this mode.
ON/
OFF
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.
SEMI-AUTO mode
First press button “Shift” then “SEMI-AUTO” to initiate semi-auto mode. The xture is
manually on by push-switch and automatically off in this mode.
Press button “Shift”, the LED on the top left corner will ash to indicate mode
selection. All values / settings in RED are valid for 20 seconds.
Shift Button
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 the buttons to adjust the light brightness during hold-time.
Brightness +/-
Detection range (valid for master only)
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).
Press buttons in zone “Detection range” to set detection range at 100% / 75% / 50% / 10%.
Press button “RESET”, all settings go back to default settings.
Reset Settings
Note: the buzzer beeps one time
when RC receives signal
successfully.
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Settings (Remote Control HRC-11)
HRC-11
&
A

III

RF grouping by HRC-11
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.
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 bi-level control, if daylight threshold is disabled or natural light is insufcient, the xture is 100% on
when there is motion detected, and remains at the stand-by dimming level after motion hold-time.
Press the button in zone “stand-by dimming level” to set the stand-by dimming level at 10% / 20% / 30% / 50%.
Note:The function of 24h / 12h / 4h / 30s are disabled.
“HF”,”PIR”, “HF+PIR”, “HF/PIR” are disabled.
For RF grouping via remote control, please refer to steps below:
Short press “Learn/Erase” button on RC to activate pairing mode, and the
receiver unit starts to beep once every second for 3min.
Note: the unit can only pair up to 30 units.
Step1
The receiver unit (slave)
Beeper is on for 3min Short press “Learn
/Erase” button
Step3
The receiver unit (slave)
Beeper is on
Erase:
Long press “Learn/Erase” button for 3s to the sensor unit. The beeper
beeps rapidly for about 5s. All commands received before are erased.
Step2
The transmitter unit (master)
The beeper beeps one time
Beeper beeps rapidly
when RF signal is received
Short press “Transmit” button on RC, the commander unit (master unit)
beeps one time to send the transmission signal.
Upon receiving the transmission signal, the receiver unit (slave unit) rapidly
beeps 3 times in 1s to indicate the success of pairing. Repeat this
step to pair more units.
One more short press on “Learn/Erase” button to the receiver unit to
complete the pairing process, the receiver unit will quit the pairing mode.
Note: Press button RX100%, the light on receiver unit is 100% on upon
receiving RF on signal; Press “RX STBY%” button, the light(s) goes to
preset stand-by dimming level directly. The receiver unit (slave)
Short press “Transmit” button
Short press “Learn
/Erase” button to
quit pairing mode.
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Daylight Harvest HIR01 / HIR01/FM / HIR03
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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 accroding 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:
The Light automatically dims down and
eventually turns off if the natural light lux
level exceeds the daylight threshold.
However, if the stand-by period is preset
at “+∞”, the xture never switches off
but dim to minimum level, even the
natural light is sufcient.
Lux Off Function
The light turns off automatically whenever surrounding natural light lux level exceeds the daylight threshold for more than 5min, even
there is motion detected. However, if the stand-by period is pre-set to innity “+∞”, the xture never switches off but stays at dimming
level, even when natural light is sufcient .
* Short Push (<1s): on/off function;
On ĺOff: 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 ĺOn: 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-users do not want this manual override function, just leave the “push” terminal unconnected to any wire.
Manual Override
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:
Photocell AdvanceTM Function (HIR03)
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, so that this photocell can
ignore the LED light and only respond to the natural light.
Our technology has no infringement to the existing patents in the market.