Wenglor LMRX Series User manual

IntroductIon
This User Guide contains warnings and guidance for correct and safe operation of the product. These instructions
must be followed at all times. wenglorTPL will not be held responsible for problems caused by using the product
contrary to these instructions and the Warranty will be deemed invalid.
unpackIng
rISk claSS
The applicable Standard EN-62471 classies LED Lighting into 4 classes according to their degree of hazard severity.
The table below summarises the risks associated with our standard products.
BEWARE: infrared light is invisible to the eye.
Please refer to LED Indicators on the product
to determine if it is operating.
Color Class Risk
White WHI, Red
625nm, Cyan 505 nm 0none
IR 860 nm 1low
wenglorTPL can provide guidance notes to minimise
photo-biological risks, including the nominal mini-
mum operating distance. Please contact wenglorTPL
through your usual representative for this information.
wenglorTPL recommends the use of protection glasses.
lMrXxxx
operatIng InStructIonS
This product is packed at the factory using suitable materials for safe transport. To open thepackage, do not use
any cutting blade to avoid damaging the product(s). Please use the delivered accessories ifneeded. (Donot use any
other products or equivalents to replace the delivered accessories).
In the event of damage occurring during shipping, it must be reported to the carrier at time of delivery (including
noting the damage in writing on the delivery documents). It is also your responsibility to notify wenglorTPL in wri-
ting of the damage within 24 hours of receipt of the package. If these instructions are not followed, wenglorTPL
reserves theright not to accept requests for return and exchange of damaged products.

lMrXxxx
operatIng InStructIonS P2/12
FIXIng
During the set up, the light has to beswitched off
and unplugged.
Please use the xing holes designed for thatpur-
pose. We recommend the using of M5 screws
(not supplied) with a tightening torque from 0.5
to 1.5 Nm.
We also recommend the use of a threadlocker
(not supplied) to avoid any risk of loosening.
dIMenSIonS
RING Total length
(mm)
Width
(mm)
Height
(mm)
A B C
LMRX1xx 193 136 11*
LMRX2xx 257 197 11*
LOW ANGLE Total length
(mm)
Width
(mm)
Height
(mm)
A B C
LMLX1xx 193 136 34.75
LMLX2xx 257 197 45.25
DOME Total length
(mm)
Width
(mm)
Height
(mm)
A B C
LMDX1xx 193 136 75
LMDX2xx 257 197 106.75
* with connectors: 31 mm.

P3/12
led IndIcatorS
Operating mode
Strobe
electrIcal connectIon
M12 – 5 MALE PINS M12 – 8 MALE PINS
nPOWER SUPPLY
nSTROBE
nDIMMING
nSECTOR CONTROL
nCOLOR CONTROL
nOVERDRIVE ENABLING
nLOCK KEYPAD

lMrXxxx
operatIng InStructIonS
CONNECTION: M12 8 MALE PINS CONNECTOR
SECTOR CONTROL COLOR CONTROL OVERDRIVE ENABLING LOCK KEYPAD
P4/12
REMOTE CONTROL PINOUT THROUGH PNP: 0-4V is OFF and 5-24V is ON.
ALL SECTORS +OVERDRIVE
ALL SECTORS CW +KEYBOARD DEACTIVATED
SECTOR CONTROL VIA M12 - 8 PINS
1
7
6
2
3
4
5
8
green
yellow
brown
blue
pink
white
red
grey
reMote control (connectIon)
1
24
3
1Active overdrive ➞ connect to 24VDC
2Change colors
➞ default color: 1 (if not connected)
➞ color 2 if connected to 24 VDC
3GND
4Sector 1
5Sector 2
6Sector 3
7Sector 4
8Deactivate keyboard and activate
the M12 8 pins connector
➞Connect to 24VDC
to turn ON
SECTORS MINIMUM WIRING

P5/12
M12 Connector 5 male pins
CONTINUOUS MODE :
2
4
1
+ 24 V
3GND
5DIM 0-10V
STROBE
NPN
STROBE
PNP
black
brown
blue
grey
white
+ 24 V
1
2
3
4
Ground
PNP
+ 24 V
NPN
1
2
3
4
Ground
or
5Dim 0-10V 5Dim 0-10V
+ 24 V
1
2
3
4
Ground
PNP
5Dim 0-10V
STROBE PNP :
+ 24 V
NPN
1
2
3
4
Ground
STROBE NPN :
5Dim 0-10V
EMC IMMUNITY CONNECTIONS: for greater
EMC immunity when using the light under Strobe
operation, congure the signal connections as
illustrated here. For Dimming, the Pin (5) should
be connected to avoltage between 0V and 10V to
ensure light output is correctly congured.
The M12 male connector 5 points is COM-
PLIANT with the M12 female connector 4 points.
In that case, thedimming option is not available.
Strobe Mode
PNP : from 5 to 24V for 100% ON. From 0 to 4V for 100% OFF.
NPN : less than 2V for 100% ON. Above 2.2V for 100% OFF. Max 24V.
Strobe trIggerIng Mode - pnp and npn
CONNECTION: M12 5 MALE PINS CONNECTOR
POWER SUPPLY STROBE DIMMING
+ 24 V
+ 24 V
1
2
3
4
Ground
PNP
5Dim 0-10V
STROBE PNP :
+ 24 V
NPN
1
2
3
4
Ground
Ground
STROBE NPN :
5Dim 0-10V

lMrXxxx
operatIng InStructIonS
Strobe tIMIng lIMItS
• Standard version:
Don’t exceed 310 Hz when strobing PNP/NPN in overdrive mode.
• Overdrive version:
D max 100 %
t max CW
max
frequency 50 000 Hz
D max 10 %
t max 2 ms
max
frequency 310 Hz
• D: duty cycle
• t: pulse duration
• CW: continuous working
• D: duty cycle
• t: pulse duration
P6/12
10
2
4
6
8
10
12
14
30 50 70 90 110 130 150 170 190 210 230 250 270 290 310
µs
Hz
10
2
4
6
8
10
12
14
30 50 70 90 110 130 150 170 190 210 230 250 270 290 310
µs
Hz
FREQUENCY
FREQUENCY
MINIMUM PULSE DURATION
MINIMUM PULSE DURATION

Standard Mode
0 V
Active Overdrive
5 µs - CW
Overdrive Mode
24 V
Active Overdrive
2 ms max
10% duty cycle
Entrée Déclenchement
Sortie Éclairage
Triggering input
Light
10 µs 10 µs
Rise/Fall times in CW &
Overdrive Modes when under
PNP/NPN strobe control.
On time (t) & duty cycle (D)
in CW & Overdrive modes.
PNP/NPN
LED current
Courant Led
2 ms max
overdrive
P7/12
StrobIng the lIght vIa pnp or npn behavIour
If a trigger signal of more than 2ms is applied, the LED will only remain on for a maximum of 2ms.
Duty cycle protection: you can set a 10% duty cycle max.
If this is exceeded, internal protection circuitry will activate.
protectIon In overdrIve Mode

lMrXxxx
operatIng InStructIonS P8/12
65 µs 80 µs
2 µs 25 µs
Change
Colours
LED
Current
65 µs 65 µs
10 µs 10 µs
Sector
Control
LED
Current
colorS SectorS
Rising/falling times &
ON/OFF delays when changing colors
Rising/falling times &
ON/OFF delays when strobing sectors
with PNP at 24V
To control the LED Color and illuminated Sector, the PNP or NPN trigger signal should be enabled in addition to the
Sector or Color control signal(s). Timing diagrams below illustrate rise, fall and delay times.
If PNP and sectors are connected to 24V and if you strobe colors, there can be some delays between thetrigger
signal and the LED current.
If PNP is connected to 24V and you strobe sectors, there can be some delays between the trigger signal and
theLED current. In this conguration, you have protection for maximum 2ms.
StrobIng the lIght vIa color & Sector Input behavIour

P9/12
power Supply
Operational Voltage 24 V at the light input (±10%)
Absolute Maximum Voltage 30 V at the light input
Max. current consumption - strobe signal line 5 mA
Max. current consumption - remote control lines 5 mA
Max. current consumption - dimming control line 2 mA
dIMMIng control
20%
40%
60%
80%
100%
0 2 4 6 8 10
VOLTS
Dimming between 0 & 10 V.
With 0V applied to the Dimming pin,
theproduct is at 100% of its lighting
power. With 10V applied, it is reduced
to30% oflighting power.
operatIng condItIonS
-10° to +40°C (14° to +104°F) / 80% of humidity without condensation. Not for outdoor use.
No thermal shock (maximum temperature variation: 10°C (18°F) in 24h).
equIpMent MaIntenance
CLEANING (when the product is switched off)
Please use a soft and dry cloth. Do not use any abrasive material. Do not use any cleaning solvent or aggressive
chemical product. wenglorTPL recommends to use isopropyl alcohol.

lMrXxxx
operatIng InStructIonS P10/12
bInnIng InForMatIon
The LMRXxxx works in manual control and continuous
working (CW) mode by default. To use the remote
control, youneed to connect the 8 pin cable and apply
PNP signals to the relevant pins. The LMRXxxx has Teach
and Run mode.
keypad control
Color and Sector Selection
• Program settings: push the 2 buttons together
for 3 - 4 seconds,
• Change settings: 1 push of Color and / or
Sector button(s) until desired configuration
is selected,
• Save settings: push the 2 buttons together
for3 - 4 seconds.
Color selection
Sector
selection
Sector conFIguratIonS
1
24 3
1
24
3
1
24
3
1
24
3
A B C
wenglorTPL is extremely careful about BIN sorting in the selection ofLEDs for their products.
Specifically for the Cyan series on this product, the human eye is very sensitive to color variations. Itmay appear
to the customer that they do not appear the same between two cyan LED products. Despite any noticeable
differences, the peak wavelength variation does not exceed 10nm.

P11/12
uSer SaFety
Do not modify or dismantle all or part of the product.
Respect the power supply voltages and the connection terminals.
Ensure power supply is switched off whilst connecting product and turn on only once product isfully
connected. Failure to do this may damage the product and invalidate theWarranty
Do not stare at the lighting source directly.
Follow advice below for installation to minimise operator exposure to the light source.
INSTALLATION GUIDANCE:
• Forbid or limit the direct access to the lighting source (exposure into the radiation axis).
• Establish a security perimeter to prevent the operators from approaching the lighting source beyond therecom-
mendations of the manufacturer.
• If the workstation permits it, introduce a lter that will stop the lighting radiation under a xed or adjustable
frame between the source and the operator. When these measures cannot be implemented, supply theopera-
tors with glasses (class 4) or with a dedicated protective mask, that will stop thelighting radiation.
It is the responsibility of the persons installing this product to ensure that all means possible (such as those stated
above) have been implemented to reduce exposure of the machine operators to the light emitted from this product.
MountIng acceSSory (oPtional)
Ref: ZMRX001 *Supplied
2x screws
M5x10*

[phone] [e-mail] www.wenglor.com
wenglor Straße 3
88069 Tettnang
Germany
Features and presentations liable to changes without notice. Ref.WOI-030101-A1, 2022/03 edition.
lMrXxxx
operatIng InStructIonS
product lIFetIMe
LED lifetime can typically be increased using strobe mode where possible. Strobing the light or turning the illu-
mination on and off (using PNP or NPN lines) allows less temperature build up at the LED junction. The junction
temperature of the LED is directly correlated with the lifetime of the LED chip. Maximum ambient air temperature
= maximum 40°C/104°F.
LEDs naturally lose some intensity over time because of heat. Using the dimming and setting a reference
brightness is a method for keeping the brightness level constant over a very long time, especially on
brightness critical applications. wenglorTPL products have been integrated in factories since 2006, many of which
are still in operation today. LED lifetime and heat management are at the forefront of our design considerations.