LEGRAND HS4658 User manual

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A
B
C
067226 HD/HC/HS4658
L/N/NT4658N
574048
574098 AM5658
This devices features a PIR and US (ultrasound) movement detector, and a brightness
sensor for automatic activation of various types of loads following the detection of a
movement, and a brightness level lower than the set level.
The enabling/disabling of the load can also be performed manually using the
appropriate front pushbutton and/or using an external BUS control device.
IT is possible to congure several operating modes; for the detailed descriptions see
page 4.
Description
1. PIR sensor
2. LEARN LED
3. US sensor
4. ON-OFF button
5. LEARN button
6. Movement detector sensor (under the lens)
7. Infrared transmitter (under the lens)
8. Brightness sensor
Voltage: 27 V=
Current draw: 17 mA
Connection between sensor and actuator: SCS BUS connector
Sensor type: movement detector (PIR+US) with 180°
detection angle and brightness sensor.
Flush mounted box depth: 40 mm
Weight: 60 g
Impact resistance: IK04
Penetration of solids and liquids: IP20
Time delay: from 5 sec to 59 min. 59 sec
Brightness: from 20 lux to 1275 lux
Operating temperature: from - 5 °C to + 45 °C
Storage temperature: from - 20 °C to + 70 °C
Technical data
Dimensional data
Front view
Legend
Size: 2 ush mounted modules
A B C
45 45 51
Standards, Certications, Marks
Directive:
– Electromagnetic Compatibility Directive 2004/108/EC
Installation regulations:
– CEI 64-8
Product regulations:
– IEC 60669-2-1
– EN 50428
Environmental regulations:
– EU Directive 2002/96/EC: WEEE (Waste Electrical and Electronic Equipment)
– EU Directive 2002/95/EC: RoHS (Restriction of Hazardous Substances)

PIR US
≥ 2,5 m
1 m
2,5 m
067226 HD/HC/HS4658
L/N/NT4658N
574048
574098 AM5658
Positioning the sensor
Installation
Settings
Position the sensor so
that it is not aected by
the articial light already
present in the room.
Sensor parameters Default value Adjustable parameters Conguration remote control
88230 88235
BMSO4001 BMSO4003
Time delay 15 mn 3,5,10,15,20 min −
30s - 255 h 59 min 59s −
Sensitivity PIR (very high) / US (high) Low, medium, high, very high
Brightness threshold 300 lux 20, 100, 300, 500, 1000 lux −
0 - 1275 lux −
Operating
mode
Auto Not active ON/OFF
Walkthrough ON ON/OFF
Eco Not active ON/OFF
Detection
mode
Initial PIR and US PIR and/or US, PIR, US −
Holding PIR or US PIR and/or US, PIR, US −
Retrigger PIR or US PIR and/or US, PIR, US, OFF −
Alarm Not active ON/OFF −
Advanced
mode
Calibration − 0 - 99995 lux −
Adjustment Not active ON/OFF −
Contribution of light Automatic Automatic - 1275 lux −
Time delay
The period of time after which the load is switched o if no movement is detected.
The time restarts whenever the sensor detects a movement.
Sensitivity
Adjustment of the sensitivity of the detection technology used.
Brightness threshold
Lighting level below which the sensor activates the load and above which it
switches it o.
Operating mode:
Auto
The load is automatically switched on:
- upon detection of a movement if the level of natural light is insucient.
The load is automatically switched o:
- if no movement is detected at the end of the set time delay + standby time.
- or if the level of natural light is insucient (adjustment on).
Each new detection causes automatic switching on if the light is insucient.
Walkthrough

1,2 m
m
6
4 5 8
8 m (PIR/US)
5 m (PIR/US)
3 m
(PIR/
US)
≈ 6 m
(PIR/
US)
067226 HD/HC/HS4658
L/N/NT4658N
574048
574098 AM5658
Height
Performance
• BMSO4001 - 088230: advanced conguration remote control
• BMSO4003 -088235: simplied conguration remote control
When the sensor receives an IR command from a conguration remote control, it
beeps to conrm that the modication has been acquired.
For more information on the parameters please refer to the technical info sheet of the
remote control BMSO4001.
Restoring the factory settings:
1st press: Briey press LEARN, the LED will blink slowly.
2nd press: Press and hold LEARN for 10 seconds until the LED ashes quickly.
Small movements Large movements
If a movement is detected for a time of less than 20 s, the sensor will decrease
the set time delay to 3 minutes. If the set delay time set is already less than three
minutes, it will remain as such.
Eco
The load is switched on manually while switching o is automatic:
- if no movement is detected at the end of the set delay time.
After switching o the load, if any movement is detected within 30 s, the load is
automatically switched back on (retrigger function on). At the end of this time
interval, the load must be switched back on manually.
Detection mode
Set of technologies used for detection.
Initial: set of technologies used for the rst detection.
Holding: set of technologies used after the rst detection.
Retrigger: set of technologies used for the Retrigger function.
After switching o, any new detection within 30 seconds will cause the load to switch
back on automatically. After 30 seconds, the load must be switched back on manually.
Available only in Eco mode.
Alarm: before switching o the load the sensor emits an audible warning signal.
Intervals: 1 minute, 30 seconds, and 10 seconds.
Advanced mode:
Calibration
To calibrate the sensor, it is necessary to measure the lighting level present using
a lux meter and send the value to the sensor using a conguration remote control
(BMSO4001).
Calibration procedure:
Step 1: with only articial light.
Switch the load on at maximum intensity and close the shutters (if you cannot do
this then wait for sunset).
Measure the level of lighting and send it to the sensor via the remote control.
Step 2: with only natural light.
Turn o the load and open the shutters.
Adjustment
This function allows the sensor to switch o the load 10 minutes (plus a safety
threshold to avoid inappropriate switching o) after the lighting level exceeds the
brightness threshold, even though movement has been detected.
Contribution of light: amount of supplementary light supplied by switching on the
load.
When the contribution of light parameter is set to "auto" the sensor automatically
calculates the contribution of light.
Modication of the parameters using the conguration remote controls

067226 HD/HC/HS4658
L/N/NT4658N
574048
574098 AM5658
If the device is installed in a My Home system it can be congured in two ways:
- PHYSICAL CONFIGURATION, inserting the congurators in position.
- Conguration via MYHOME_Suite software package, downloadable from
www.homesystems-legrandgroup.com; this mode has the advantage of oering many
more options than the physical conguration.
For a list of the procedures and their meanings, please refer to the instructions in
this sheet and to the "Function Descriptions" help section in the
MYHOME_Suite software package.
The sensor parameters are dened by 6 congurator sockets and the functions depend on the operating mode:
Local: A = 1 – 9
Light point: PL = 1 – 9
Mode: M = 0 – 4
2. My Home system
3. Physical conguration
Available functions Congurator mode
The sensor controls the light unit, the address of which dened in A and PL. When a movement is detected, and if the measured brightness is below
the congured value, the system switches on the specied light unit and keeps it on until the expiry of the period congured using the congurator on
T (automatic mode).The Sensitivity of the PIR movement detector is congured using the congurator on S. For appropriate operation, the sensitivity
of the light sensor must be congured using the congurator on D. If a user manually switches o the lights, a control action can be used to disable the
movement detector until a movement is detected, for a period set byT.
0
In this mode, the sensor only works based on the light conditions, and the movement sensor is disabled.When the brightness falls below the threshold
congured, the system switches on the light unit, switching it o again when the brightness exceeds the set threshold (automatic mode). Congure A = 1
-9 and PL = 1 - 9, congurators GEN, AMB and GR cannot be connected. In this mode, congurators S and T are not connected.
1
In this mode the sensor does not manage the lights directly, but sends movement and brightness signals to the scenario programmer MH200N. In this
case, the sensor address is entered in A and PL and must be unique inside the system.Therefore it is not possible to connect congurators GEN, AMB, and
GR. In this mode the S and T congurators are not connected because these parameters are directly managed by the scenario programmer.
2
In this mode the systemdirectly manages a light unit, ensuring a consistent brightness level inside the room (this mode is only eective if the sensor manages
the dimmer).The system switches the lights on when amovement is detected and keeps themonbased on the presence of people and the lighting threshold
congured (automatic mode). When a movement is detected, and ifthe measured brightness is below the congured threshold, the sensor switches the
specied light unit on and keeps it on until the expiry of the period congured using the congurator onT. During operation, the sensor keeps a constant
brightness level, depending on the congurator on D. For example, when the brightness of the natural light increases, the sensor reduces the brightness of the
light unit controlled. For appropriate operation, the brightness sensitivity threshold of the sensor must be congured using the D congurator.The threshold
value can be modied using a brightness control.The new value is then congured as the new sensor threshold, until the next activation.
3
In this mode, the sensor only operates on the basis of the brightness conditions, and directly manages a light unit to ensure a constant brightness level
inside the room (this mode is only eective if the sensor manages the dimmer).The movement sensor is disabled. The lights are manually switched on,
and automatically switched o by the sensor, based on the congured brightness threshold (eco mode).Therefore, when the lights are o, the sensor
does not switch them on; but it waits for the user to switch them on manually. During operation, the sensor keeps a constant brightness level, depending
on the congurator on D. For example, when the brightness of the natural light increases, the sensor reduces the brightness of the light unit controlled.
When the lights are o, if the level of natural light decreases, the sensor does not switch them on, but it waits for the user to switch them on manually.
For appropriate operation, the brightness sensitivity threshold of the sensor must be congured using the D congurator. The threshold value can be
modied using a brightness control.The new value is then congured as the new sensor threshold, until the next activation.
4
Sensitivity of the movement sensor: S = 0 – 3
Control timer: T = 0 – 9
Sensitivity of the lights sensor: D = 0 – 5
Warning: the addresses A = 0 and PL = 0 do not exist
Warning: To manage scenarios using the sensor signals, via the MH200N scenario programmer, the sensor must be congured in Mode 2.
When installed in a Lighting Management system, the device can be congured in the
following ways:
- Plug & Go: automatic procedure for pairing devices connected to the inputs and outputs.
The procedure is activated on powering the device. It is only available for Room Control-
lers or, in the case of other devices, paired with the Room Controllers.
- Push & Learn: procedure for pairing dierent connected devices or changing the assign-
ments dened automatically in the Plug & Go procedure. For more details, please refer
to the specic document.
- Software Conguration: using theVirtual Congurator software; for more details, please
refer to the specic manual.
1. Lighting Management System
Conguration

BUS/SCS
067226 HD/HC/HS4658
L/N/NT4658N
574048
574098 AM5658
Congurator on T Lights timer in minutes
No congurator 15
10.5
21
32
45
510
615
720
830
940
Congurator on S Sensitivity
No congurator Low
1Medium
2High
3Very high
Congurator on D Sensitivity in lux
No congurator 300
120
2100
3300
4500
51000
1) Duration of the lights timer depending on the congurator on T:
2) Sensitivity of the PIR movement detector depending on the
congurator on S:
3) Sensitivity of the lights sensor depending on the congurator on D:
Keep the lenses clean.
Clean the surface with a cloth.
Do not use: acetone, detergents for removing tar, or trichloroethylene.
Maintenance using the following products: - Hexane (En 60669-1)
- Methylated spirit
- Soapy water
- Diluted ammonia
- Bleach, diluted 10%
- Glass detergents
Maintenance Wiring diagram