Hytronik HIM30 User manual
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HIM30
HF and PIR, On/off Control with Remote Control
IP65 High Bay Dual Sense Sensor
Stand-by power
EMC standard (EMC)
Safety standard (LVD)
Certication
Radio Equipment (RED)
Resistive
EN55015, EN61000
EN60669, AS/NZS60669
Model No. HIM30
220-240VAC 50/60Hz
Mains voltage
Load ratings:
EN300440, EN301489-1,
EN62479
<1W
Input Characteristics
Safety and EMC
800W
1000W
Capacitive
Sensor Data
Operation temperature
Ta: -20
O
C~ +50
O
C
Environment
IP65
IP rating
30sWarming-up
Technical Data
Mechanical Structures and Installations
For more details, please refer to user manual.
TM
HIM30
Model No.
<0.2mW (HF)
5.8GHz +/- 75MHz (HF)
High Frequency (microwave), PIR
4 modes: PIR, HF, PIR+HF, PIR/HF
Sensor principle
Operation frequency
Transmission power
Sensor mode
Detection range
Detection angle
Max. ( Ox H) 10m x 12m
360O
Semko, CB, CE , EMC, RED IP65RED
A. Ceiling mount
Sensor module
PIR
Daylight sensor
LED indicator Infrared receiver
Rotary switch for programing
Cable entry
Installation rack
81.5
4.1
66.6
91.5
80.7
75
4.1
59.3
73.5
57.3
47.5
24.5
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It’s commonly known Microwave and Infrared are main detecting technologies in lighting controls. Both have the advantage and
disadvantage for industrial applications.
The remedy is to create Dual Sense by combining both technologies to make use of the advantage and bypass the disadvantage.
* sensitive to minor motion.
* sensitive to radial movement.
* can be reected by objects hence covering big detection area
* resilient to heat source, smoke and and air conditioner.
* penetrates walls, picks up motions outside of the ofce area;
* back wave detection, false trigger by motions at the back.
* can be false triggered by ventilation fans, water pipe, elevators
etc. in industrial application.
* no penetration, conned detection area.
* sensitive to tangential movement.
* resilient to motion object which has no heat radiation.
* can be false triggered by air conditioner, smoke and
other heat sources.
Dual Sense Introduction
HF PIR
Advantage
Disadvantage Disadvantage
Advantage
C. Attach to the shade by clamp
B. Screw to the Luminaire by conduit
Cable entry
Sensor module
PIR
Daylight sensor
LED indicator Infrared receiver
Rotary switch for programing
59.6
66.6
89.9
30
75
64
43.8
43
59.3
73.5
35.2
57.3
47.5
Sensor module
PIR
Daylight sensor
LED indicator Infrared receiver
Rotary switch for programing
Angle adjustment
Luminaire clamp
53
66.6 80
146.6
75
64
18
50
84.5
47.5
59.3
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Intelligent Photocell (daylight detection prior to motion detection)
1
The built-in photocell will also automatically turn off the light when the ambient natural light exceeds the programmed lux level for
more than 5min, regardless of whether motion is detected or not.
With insufcient natural light, the sensor
switches on the light automatically when
presence is detected.
With sufcient natural light, the light
does not switch on when presence is
detected.
The sensor switches off the light when
natural light is sufcient, even with
presence.
9
0
15
Detection Pattern
Ambient daylight
threshold
One-Key
Commissioning
Photocell
Intelligent
Rotary Switch
Programing
Functions and Features
* HF: Microwave only
* PIR: PIR mode only
* HF+PIR: both PIR and microwave mode, to decrease the detection capability and detection area. Only when both detections are
activated, the motion is considered valid. This is to prevent the sensor from false trigger by heat source, air conditioner,
ventilation fans, water pipe and elevators etc...
* HF/PIR: either PIR or microwave mode, to increase the detection capability and detection area;
4 optional detection modes via remote control:
On/off Control
2
This sensor is a motion switch, which turns on the light upon detection of motion, and turns off after a pre-selected hold-time when
there is no movement. A daylight sensor is also built in to prevent the light from switching on when there is sufcient natural light.
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.
3
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A rotary switch is built inside the sensor for scene
selection / fast programming. Total 16 channels
are available:
Rotary switch preset
Rotary Switch Preset
Note: settings can also be changed by remote control
HRC-11. The last action controls.
Settings (Remote Control HRC-11)
Press button “RESET”, all settings go back to rotary switch settings.
Reset Settings
Permanent ON/OFF function
Press button “ON/OFF” to select permanent ON or permanent OFF mode.
* Press button “AUTO”, “RESET” 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.
Note: “Semi-auto” function is disabled.
ON/
OFF
Power output
Load Indication:
The light will ash ONCE rapidly after
receiving the commamd from the
remote control successfully.
Brightness +/-
&
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
0 5s100% Disable
1 1min100% 2Lux
2 5min100% 10Lux
3 5min100% 30Lux
4 5min100% 10Lux
5 5min100% 30Lux
6 5min100% Disable
7 10min100% 2Lux
8 10min100% 10Lux
9 10min100% 30Lux
A 10min100% Disable
B 10min75% 30Lux
C 10min50% 10Lux
D 30min100% 50Lux
E30min100% Disable
F 5s
100% 2Lux
Detection
range
Channel Hold-time Daylight
sensor
These two buttons are disabled.
These two buttons are disabled.
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Scene program - 1-key commissioning
Detection range
Press buttons in zone “Detection range” to set detection range at 100% / 75% / 50% / 10%.
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
1. Press button “Start” to program.
2. Select the buttons in “Detection range”, “Daylight threshold”, “Hold-time” 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, the steps should be:
Press button “Start”, button ”100%”, “Disable”, “Shift”, “5min”, “Memory”. By pointing to the sensor unit(s) and pressing “Apply”, all
settings are passed on the sensor(s).
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
Hold-time
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”.
Wiring Diagram
All buttons in zone “Stand-by time”, “Standy-by dimming level & Auto-cong”, “Dual tech & RF mode” are disabled.
HIM30
Brown
LED driver
L
N
L
N
Blue
Grey
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Detection Pattern
End user can choose the suitable PIR lens in real application to fulll various requirements. Three options are offered for selection:
Lens option 1 Lens option 2 Lens option 3
PIR detection: Ø = 24m (max.)
HF detection: Ø = 24m (max.)
PIR detection: Ø = 24m (max.)
HF detection: Ø = 24m (max.)
PIR detection: Ø = 24m (max.)
HF detection: Ø = 24m (max.)
15m(forklift)
PIR & HF: max. 24m
PIR
HF
PIR & HF: max. 24m
PIR
HF
15m(forklift)
PIR & HF: max. 24m
PIR
HF
15m(forklift)
Detection pattern for forklift
HF detection: Ø = 14m (max.)
PIR detection: Ø = 20m (max.)
HF detection: Ø = 14m (max.)
PIR detection: Ø = 20m (max.)
HF detection: Ø = 14m (max.)
PIR detection: Ø = 20m (max.)
PIR
HF
PIR: max. 20m
HF: max. 14m
12m(human)
PIR
HF
PIR: max. 20m
HF : max. 14m
12m(human)
PIR
HF
PIR: max. 20m
HF: max. 14m
12m(human)
Detection pattern for human
Additional Information / Documents
1. 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
2. Regarding precautions for PIR sensor installation and operation, please kindly refer to
www.hytronik.com/download ->knowledge ->PIR 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
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