Double row LED bar
USER’S GUIDE EFFI
-SMART
Version 2.1.2020
Last update:
June 17, 2020
Mini Parc du Verger
–
Bâtiment E
1 Rue de Terre Neuve
91940 LES ULIS, FRANCE
Tel: +33 9 72 38 17 80
Fax: +33 9 72 11 21 69
Email: [email protected]
Page 3 / 4
CONTACT ARRANGEMENT
The EFFI-Smart is supplied with a 24V constant voltage. Power consumption =
15 W
for the 6 LED version,
30 W
for the 12 LED version and
80 W
for the 36 LED version.
Pin
Number
Cable
color
Contact arrangement
Designation
1
Brown
Power supply : +24V
Max current: 0.65A / 6LED ; 1.25A / 12LED ; 3.5A / 36LED
2
White
NPN (triggered on falling edge) - max 24V
Max consumption = 0,1 mA
3
Blue
GND
4
Black
PNP (triggered on rising edge) - max 24V
Max consumption = 2 mA
5
Grey
Analog Intensity Control: 0-10V - Max 24V
Consumption = 1mA @10V & 2mA @24V
MODE
AIC pin
NPN pin
PNP pin
Mode
Designation
Not connected
≠0V
Not connected
≠0V
> 3Vdc, max
24Vdc
Auto-strobe
(1)
Strobe control triggred on rising edge
Not connected
≠0V
< 1.5Vdc
Not connected
≠0V
Auto-strobe
(1)
Strobe control triggered on falling edge
See DIMMING
CONTROL Scheme
Not connected
≠0V
Not connected
≠0V
Dimming
LED OFF: 0V - 3V, ON: 3V (20%)
–
10V (100%) & ON: 10-24V
@100%
> 3Vdc, max
24Vdc
> 3Vdc, max
24Vdc
> 3Vdc, max
24Vdc
Test mode
LEDs are supplied with Imax until Default Temperature is
activated. Do not use with external trigger, just for
continiuous
Signal Consumption = 4mA
Do not touch the product ! WARM !
(1) : LEDs are supplied with Imax during 2s then with 40% of Imax
DIMMING CONTROL CHARACTERISTICS OF THE PULSE
–
PNP STROBE CONTROL
LED INDICATOR
Designation
Time (μs)
Rise time (
T
M
)
10
Response rise time (
T
RM
)
30
Fall time (
T
D
)
10
Response fall time (
T
RD
)
30 (20 : NPN)
Electronical consideration
Orange LED ON:
Mode
Mode
Frequency
PNP & NPN
Flash at the light frequency
AIC
Flash at 1 Hz
TEST
Flash at 6 Hz
Green LED ON:
Power Supply Connected
Red LED ON:
Default Temperature at 65°C
Do not touch the product ! Please wait 5
minutes before handling the product again.
A thermal security will trigger if the device gets too hot (long use at maximum power or duty cycle too
strong, approx 20%).
0V < U
AIC
< 3V
→
LED OFF
3V < U
AIC
< 10V
→
≈40% < I
LED
< 100%
10V < U
AIC
< 24V
→
LED ON 100%
M12 Female
connector
M12 Male
connector
