Leuze electronic 50133980 Manual Download Page 2

LV463.XR 2SWO - 02

2016/12

Technical data

Optical data 

Throughbeam 
principle

Scanning principle

Operating range/scanning range 

1)

1) Range/scanning range depending on the fiber optics used

Up to 5000mm

Up to 1350mm

Light source

LED (modulated light)

Wavelength

LV463.XR…

LV463I.XR…

660nm (visible red light) 
880nm (infrared light)

Timing

Readiness delay 

500ms

Internal cycle time

100μs

Signal range

Extra Long Range 
(XLR)

Long Range 
(LR)

Standard 
(STD)

Speed 
(S)

High Speed 
(HS)

Response time 

24ms

8ms

2ms

1000μs

500μs

Switching frequency 

2)

2) With a duty cycle of 1:1

21Hz

62.5Hz

250Hz

500Hz

1000Hz

Display area (digits)

0 … 9999

0 … 9999

0 … 9999

0 … 9999

0 … 9999

Repeatability

180μs

180μs

180μs

150μs

100μs

Increased protection against optical 
crosstalk

Yes

Yes

Yes

Yes

No

Increased protection against ambient 
light through energy-saving lamps

Yes

Yes

Yes

No

No

Electrical data

Operating voltage U

B

 

3)

3) For UL applications: use is permitted exclusively in Class 2 circuits according to NEC

12 … 24VDC ± 10%

Residual ripple

10% of U

B

Open-circuit current

40mA @ 24VDC

Switching output

See part number code

Switching output time functions

Switch-on/-off delay, 
passing contact (on actuation or fall-back),
(combinations are limited 

 

Combinations of timing functions

)

Adjustable times (time functions)

0 … 9999ms

Signal voltage high/low

(U

B

-2.5V)/

2.5V

Output current

100mA

Switching threshold

Adjustable using the teach function or 

+

/

-

 buttons

Indicators

Yellow LEDs

1/2 switching output active

Display

2 x 7-segment LED, 4-digit, 
Red:

signal strength, 

Green:

switching threshold

Mechanical data 

Housing 

ABS/PC black/red, transparent PC cover

Weight

63g with 2000mm cable
70g with 150mm cable and M12 connector

Connection type

Cable 2000mm, 5 x 0.25mm

2

, or 

Cable 150mm with M12 connector, 5-pin

Fiber optic connection

Clamp-mounting, 2 x Ø 2.2mm

Environmental data

Ambient temp. (operation/storage)   

-10°C … +55°C/-20°C … +85°C

Protective circuit 

4)

4) 2=polarity reversal protection, 3=short circuit protection for all outputs

2, 3

Degree of protection 

IP 50, NEMA 1

Standards applied

EN 60947-5-2

Certifications

UL 508, C22.2 No.14-13 

3)

 

5)

5) These proximity switches shall be used with UL Listed Cable assemblies rated 30V, 0.24A min, 

in the field installation, or equivalent (categories: CYJV/CYJV7 or PVVA/PVVA7)

Additional functions

Sensor adjustment

Menu-driven using display and rocker push button

Notes

Explanation of the 
signal ranges

Extra Long Range (XLR)

Extra long operating range, 
longest response time, 
display area 0 … 9999

Long Range (LR)

Long operating range with 
good response time; 
display area: 0 … 9999

Standard (STD):

 

Medium operating range and
medium response time; 
display area: 0 … 9999

Speed (S)

:

Short operating range and 
short response time; 
display area: 0 … 9999

High Speed (HS)

:

Short operating range, 
very short response time;
display area: 0 … 9999

NOTE

Detailed specifications on the range/
scanning range are enclosed in the 
data sheets of our fiber optics type 

KF

KFX

 or 

GF

.

Observe intended use!

This product is not a safety sensor 
and is not intended as personnel 
protection.

The product may only be put into 
operation by competent persons.

Only use the product in accor-
dance with its intended use.

LV463.XR

Summary of Contents for 50133980

Page 1: ...puts Connection via cable or cable with M12 connector Up to 5000mm Up to 1350mm 10 30 V DC Accessories available separately Plastic fiber optics KF KFX Glass fiber optics GF Ready made cables KD Mounting device BTU LV463 IEC 60947 IEC 60947 Dimensioned drawing A Clamping lever for fiber optic cable unlock in direction of arrow B Connection for fiber optics receiver C Connection for fiber optics tr...

Page 2: ... LED 4 digit Red signal strength Green switching threshold Mechanical data Housing ABS PC black red transparent PC cover Weight 63g with 2000mm cable 70g with 150mm cable and M12 connector Connection type Cable 2000mm 5 x 0 25mm2 or Cable 150mm with M12 connector 5 pin Fiber optic connection Clamp mounting 2 x Ø 2 2mm Environmental data Ambient temp operation storage 10 C 55 C 20 C 85 C Protective...

Page 3: ...activation or multiplex operation Pin assignment of connector pin 5 gray cable wire OUT2 4 PNP transistor switching output light switching 2 NPN transistor switching output light switching Connection technology Not specified Connection cable standard length 2000mm 4 5 wire 1 1 Devices with 1 x OUT and multifunction input 4 wire or 4 pin Devices with 2 x OUT and multifunction input 5 wire or 5 pin ...

Page 4: ...nts DIN rail TS 35 35mm x 7 5mm DIN rail TS 35 35mm x 7 5mm Spring mounted DIN rail mount The amplifier is mounted as shown on a TS 35 DIN rail while disconnected from voltage Alternatively the amplifier can also be mounted without a DIN rail using the mounting accessory and M3 screws Channel changeover slide switch Channel 1 CH1 Switching output 1 Channel 2 CH2 Switching output 2 Lever for fiber ...

Page 5: ...In the ADJ operating mode the switching threshold can be increased or decreased by rocking In the PRG operating mode rock to navigate in the menu Button Press the rocker push button in the middle position to accept a setting made in the PRG operating mode Indicator Signal strength In the RUN and ADJ operating modes the display shows the current signal value In the PRG operating mode information on...

Page 6: ...tion Possible settings value range Factory setting default Explanation out SEL1 Switching function OUT1 out SEL2 Switching function OUT2 Lon don Lon Individual setting for CH1 and CH2 depending on switch position Lon Switching output light switching If throughbeam fiber optics are installed the switching output is active when the light path is free If a scanning system is installed the switching o...

Page 7: ...ed display the signal values are constantly displayed At the end of the teach event the switching threshold is cal culated at approximately midway between the smallest and largest sig nal value Auto thr Threshold tracking Tracking the switching threshold oFF aus On ein oFF Individual setting for CH1 and CH2 depending on switch position The function is only available during dynamic teaching If the ...

Page 8: ...A n number Defines that this unit functions as a master and a total of n sensors were wired in parallel Value range n 2 6 Example mA 4means unit is the master a total of 4 sensors are wired to one another via the multi funct multifunction input Setting for slaves SL n number Defines that this unit functions as a slave and has indi vidual address n Value range address n 1 5 Example SL 3 means unit ...

Page 9: ...Signal OUT Switching threshold Time t Time t Signal OUT Switching threshold Time t Time t Signal OUT Switching threshold Time t Time t Signal OUT Switching threshold Time t Time t Signal OUT Switching threshold Time t Time t Signal OUT Switching threshold Time t Time t Signal OUT Switching threshold Time t Time t Signal OUT Rising edge Falling edge Active state of the switching output Set delay ti...

Page 10: ...l value is displayed as the new switching threshold In the event of a faulty teach FAIL appears on the red display In this case the signal value may be too small and cannot be accepted as a teach value Table with minimum teach values as a func tion of the setting Check object and or placement and repeat event 2nd appears on the green display the red display shows the current signal value Place obj...

Page 11: ...signal is applied prior to the teach Action begins with the rising edge tTeach 20 80ms Operating mode selector switch locked The teach event begins with the fall ing edge 1 Static 1 point teach The current signal value is taken over as the teach value with the falling edge 2 Static 2 point teach The current signal value is taken over as teach value 1 with the falling edge 3 Dynamic teach The senso...

Page 12: ...1s Teach mode OUT1 1 point teach T P T T T T T P T 2 point teach T P T T T T T P T T T Dynamic teach T P T T T T T P T T T T T Switching function OUT1 Light switching T P T T T T T T T P T Dark switching T P T T T T T T T P T T T Teach mode OUT2 1 point teach T P T P T 2 point teach T P T P T T T Dynamic teach T P T P T T T T T Switching function OUT2 Light switching T P T T T P T Dark switching T...

Page 13: ...unct multifunction inputs pin 2 ws WH are connected in parallel For settings see subfunctions Maximum 6 minimum 2 units 1 x master 1 5 slaves Each unit can be either a master mA or slave SL The master also requires the information on the number of units connected in parallel n 1 number of slaves Each slave also receives an individual address 1 5 max The master generates a timing signal on pin 2 or...

Page 14: ...n identical address from 1 5 Result Master and slaves have a time offset of 1 5 ms slaves with the same address operate synchronously Model 2 Synchronous operation through an external activation signal at the multi funct input pin 2 ws WH Subfunction setting Function InP SEL multi funct input SYnc PLc activation input multi funct activation input pin 2 ws WH Transmitter OFF Transmitter OFF Transmi...

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