EFFI-Lase V2 Pattern-Projektor mit tauschbaren Patterns.

Effi-lase-strukturierter LED-Beleuchtungsmusterprojektor für Ausrichtung, 3D-Profilometrie und Stereovision

EFFI-Lase V2 is a structured LED lighting from EFFILUX. It is designed for 3D reconstruction, stereovision, and alignment applications. It projects powerful and very fine patterns such as: line, cross, clouds of points... In comparison to its predecessor EFFI-Lase, it offers up to 'at 15 times more power and the possibility for the customer to easily interchange masks.

There are 2 versions of the EFFI-Lase V2, each offering different electronic and mechanical characteristics according to your needs:
- Passive dissipation version: EFFI-Lase-PSV
- Compact version: EFFI-Lase-CPT


Datenblatt PSV
Betriebsanleitung PSV
Datenblatt CPT
Betriebsanleitung CPT

- Technische Daten -


Optisch Mechanisch Elektronik Zubehör Customized

- LED-Platine -

XXX : LED-Platine-Bezeichnung LX1 MX1 MX2
Carte EFFI-Lase-V2 Carte LED 1 ligne LED-Reihe EFFI-Lase-V2 Carte LED matrice 1 driver LED-Matrix EFFI-Lase-V2 Carte LED matrice 2 drivers LED-Matrix
Number of driver(s) 1 driver 1 driver 2 drivers
Adapted masks 3D profilometry Stereovision & Alignment Stereovision & Alignment
Operating mode Continuous or Strobe Continuous or Strobe Strobe

Bezeichnungen :
Passive dissipation version : EFFI-LASE-PSV-XXX...
Compact version : EFFI-LASE-CPT-XXX...


- Wellenlänge -

Farbe
● UV
● Blau ● Grün ● Rot ●IR ○ Weiss
(T°= 5500 K ± 500 K)
YYY : Wellenlänge (nm) 385 395 405 465 525 625 850 000

Bezeichnung :
Passive dissipation version : EFFI-LASE-PSV-XXX-YYY...
Compact version : EFFI-LASE-CPT-XXX-YYY...


- Patterns -

> 3D Profilometry

Mask Representation of a 3D profilometry mask of 1 line at 50µm for the EFFI-Lase Representation of a 3D profilometry mask of 1 line at 20µm for the EFFI-Lase Representation of a 3D profilometry mask of 1 line at 10µm for the EFFI-Lase Representation of a 3D profilometry mask of 3 lines at 50µm for the EFFI-Lase Representation of a 3D profilometry mask of 3 lines at 50µm for the EFFI-Lase Representation of a 3D profilometry mask of 5 lines at 50µm for the EFFI-Lase Representation of a 3D profilometry mask of 100 lines at 45µm for the EFFI-Lase Representation of a 3D profilometry mask of 22 lines at 50µm for the EFFI-Lase Representation of a 3D profilometry mask of 1 line at 5µm for the EFFI-Lase Representation of a 3D profilometry mask of 2 lines at 50µm for the EFFI-Lase
Representation of a 3D profilometry mask of 1 line at 50µm & 1 line at 250µm for the EFFI-Lase
Representation of a 3D profilometry mask of 1 line at 75µm & 40 lines at 45µm for the EFFI-Lase
ZZZ : Part numbers mask L01 L02 L03 L04 L05 L06 L07 L08 L09 L12 L13 L41
Number of lines 1 1 1 3 3 5 100 22 1 2 1 1 40
Line thickness (s) (µm) 50 20 10 50 50 50 45 50 5 50 50 250 75 45
Line length (s) (mm) 13 13 13 13 13 13 13 13 13 13 13 13
Pitch between each line (µm) / / / 500 200 750 67,5 / 500 500

> Stéréovision

Mask Representation of a Round Stereovision mask on a 10x10 mm² surface for the EFFI-Lase Representation of a Round Stereovision mask on a 13x13 mm² surface for the EFFI-Lase Representation of a Stereovision mask of a grid of 40x40 lines of 50µm on a surface of 10x10 mm² for the EFFI-Lase Representation of a Stereovision mask of a grid of 50x50 lines of 50µm on a surface of 13x13 mm² for the EFFI-Lase Representation of a Stereovision mask of 50x50µm² squares on a 10x10 mm² surface for the EFFI-Lase Representation of a Stereovision mask of a point cloud with a density of 50% on a surface of 12.8x9.6 mm² for the EFFI-Lase Representation of a Stereovision mask of a point cloud with a density of 17% on a surface of 12.8x9.6 mm² for the EFFI-Lase
ZZZ : Part number mask G01 G02 G03 G04 G05 C02 C03
Pattern type Round Round Grid Grid Square Cloud of dots Cloud of dots
Dimensions Ø 50µm Ø 50µm 40*40 lines 50µm 50*50 lines 50µm 50x50µm² density 50% density 17%
Pattern area (mm²) 10x10 13x13 10x10 13x13 10x10 12,8x9,6 12,8x9,6
Step between each pattern (µm) 50 50 50 50 100 / /

> Alignment

Mask Representation of an alignment mask of a 50µm cross for EFFI-Lase Representation of an alignment mask of 50µm concentric circles for the EFFI-Lase Representation of an alignment mask of a 50µm square for the EFFI-Lase
ZZZ : Part number mask A01 A02 A03
Pattern type Cross Concentric circles Square
Dimension 50µm 50µm 50µm
Line length (mm) 13 / 10

Bezeichnung :
Passive dissipation version : EFFI-LASE-PSV-XXX-YYY-ZZZ
Compact version : EFFI-LASE-CPT-XXX-YYY-ZZZ

- C-Mount-Objektive -

The EFFI-Lase is for use with a C-Mount (M25.4) projection lens. This lens is not supplied with the projector. EFFILUX offers a wide range of lenses, for more information please refer to our page Lenses. Refer to the documentation to determine the size of the projected pattern according to the chosen lens.

In order to avoid any distortion effect, EFFILUX recommends using a 1" sensor lens for masks with rectangular patterns, such as point clouds, for other types of applications, lenses for sensor 2/3" may be sufficient. Example of the main references adapted to the EFFI-Lase V2 offered by Effilux:

> Part numbers 1"

EFFO-KW-6-F1.8-1"-HR-CM EFFO-KW-8-F1.4-1"-HR-CM EFFO-RC-12.5-F1.8-1"-LR-CM EFFO-KW-16-F1.4-1"-HR-CM EFFO-VS-25-F1.4-1"-LR-CM EFFO-KW-35-F1.4-1"-HR-CM EFFO-RC-50-F1.4-1"-LR-CM EFFO-KW-75-F1.8-1''-HR-CM
Focal length (mm) 6 8 12.5 16 25 35 50 75
Aperture of the diaphragm F1.8 F1.4 F1.8 F1.4 F1.4 F1.4 F1.4 F1.8
Viewing angle (HxV) 96.8°x79.4° 79.4°x63° 55.5° 44.3°x33.6° 16.1° x 19.0° 20.9°x15.8° 14.4° 9.7° x 7.3°
Filter mount x M55 P=0.75 M40.5 P=0.5 M35.5 P=0.5 M27 P=0.5 M35.5 P=0.5 M46 P=0.75 M46 P=0.75

> Part numbers 2/3"

EFFO-TM-6.5-F1.8-2/3"-HR-CM EFFO-VS-8-F1.3-2/3"-LR-CM EFFO-KW-12-F1.4-2/3''-HR-CM EFFO-VS-16-F1.4-2/3"-LR-CM EFFO-VS-25-F1.4-1"-LR-CM* EFFO-VS-35-F1.8-2/3"-LR-CM EFFO-VS-50-F1.8-2/3"-LR-CM EFFO-KW-75-F2.5-2/3"-HR-CM EFFO-KW-100-F2.8-2/3"-HR-CM
Focal length (mm) 6.5 8 12 16 25 35 50 75 100
Aperture of the diaphragm F1.8 F1.3 F1.4 F1.4 F1.4 F1.8 F1.8 F2.5 F2.8
Viewing angle (HxV) 71.6° x 55.5° 49.0° x 57.2° 30.0° x 22.7° 24.6° x 28.9° 16.1° x 19.0° 11.7° x 13.8° 8.5° x 10.0° 6.7°×5.0° 5.0°× 3.8°
Filter mount M35.5 P=0.5 M25.5 P=0.5 M25.5 P=0.5 M27 P=0.5 M27 P=0.5 M27 P=0.5 M30.5 P=0.5 M34 P=0.5 M40.5 P=0.5

* For the 25mm focal length lens, Effilux recommends always using the Part numbers 1".

> EFFI-LASE-V2 Version

Sealing Passive cooling Integrated driver Compact body Direct current supply
(no protection)		 CAD plan
Passive dissipation version
EFFI-LASE-PSV
Compact version
EFFI-LASE-CPT

Mounting:
EFFI-LASE-PSV: Four standard M5x0.8 holes can be used to fix the device. To fix the EFFI-Lase-PSV, the Ball joint type "Elcom" (EFFM-1-0009) is the most suitable.
EFFI-LASE-CPT: Five M4x0.8 holes can be used to fix the device. To fix the EFFI-Lase-CPT, the Ball joint type "Elcom" (EFFM-1-0002) is the most suitable.


- EFFI-Lase v2 version -

There are two versions of the EFFI-Lase V2:
- EFFI-Lase-PSV: Version with passive dissipation - M12 - 5 pins: With integrated driver
- EFFI-Lase-CPT: Compact version - M8 - 8 pins: Without driver. Current is applied directly to the LEDs via an external controller.

Representation of the advantages and strengths of EFFI-Lase-V2-PSV and EFFI-Lase-V2-FAN
Representation of the advantages and disadvantages of using an EFFI-Lase-V2-CPT.

- EFFI-LASE-PSV version (M12) -

> Connectivity

The EFFI-Lase-PSV is directly supplied with 24V DC via an M12 - 5 pins.



Characteristics of the 5-pin M12 connector used to power the Effi-BL for machine vision and quality control
Pin number Designation Cable color
1 +24V Brown
2 TRIGGER NPN [trigger on falling edge] for Auto-strobe
Max 24V		 White
3 GND Blue
4 TRIGGER PNP [rising edge trigger] for Auto-Strobe
Max 24V		 Black
5 AIC Analogue intensity control
Max 24V		 Grey

Attention, unlike EFFI-Smart, the EFFI-Lase-PSV only has 2 modes of operation: Autostrobe PNP as well as Autostrobe NPN.
The AIC pin is used to adjust the high value of the Autostrobe.

> Auto-Strobe Operation


Trigger
mode
Contact arrangement
Pin 1:
Brown
Pin 2:
White
Pin 3:
Blue
Pin 4:
Black
Pin 5:
Grey
PNP
+24V
Not connected (≠0V)
GND
> 3Vdc
AIC signal or Not connected (≠0V)*
NPN
+24V
< 1.5Vdc
GND
Not connected (≠0V)
AIC signal or Not connected (≠0V)*

N.B: For the strobe mode please respect a duty cycle (DC) lower than 0,30.


* The "AIC" value can be set via the signal on pin 5.
If it is not connected, the EFFI-Lase-PSV will work as if it were connected to 24V:

- EFFI-LASE-CPT version (M8) -

The compact version of the EFFI-Lase V2 allows:

- Very high power strobe possible
- Direct control via your own power supply
- Pulse Controller: EFFILUX offers you, thanks to EFFI-IPSC4 LED Controller, to be able to manage, according to your needs, the intensity and duration of the strobes of your EFFI-Lase-CPT.

The LEDs are supplied live, the maximum current defined in the documentation for a frequency and a given pulse time cannot be exceeded.

- Optische Zubehör -

pattern or pattern projector masks for 3D profilometry, stereovision and alignment

Patterns
Different lenses for EFFI-Lase-V2

Camera lenses

- Mechanische Zubehör -

Accessories to fix the LED lights.

Befestigung

- Elektronische Zubehör -

Cables for connecting the power supply and the EFFI-Product | Used for machine vision and quality control.

Kalbeln
Allows you to control the lighting in order to create intense flashes of light that will be synchronized with the camera.

Blitzkontroller

- Available upon request -

Tailor-made mask


For all other inquiries contact EFFILUX.

- Verbindungen -

effi-lase structured led lighting pattern projector for alignment, 3d profilometry and stereovision

EFFI-Lase

Pattern-Projektor
effi-lase-v3 new generation of structured LED lighting pattern projector for alignment, 3d profilometry and stereovision

EFFI-Lase V3

Strukturierter LED-Musterprojektor für ultrahohe Leistung

EFFI-Lase Pattern-Projektor

EFFI-Lase V3 Strukturierter LED-Musterprojektor für ultrahohe Leistung

×

Help us to serve you better
Participate in our quick survey and stand a chance to win an amazing prize.
More details.