MLC500T14-1050/A

Safety light curtain transmitter

Part no.: 68006110

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Series MLC 500
Device type Transmitter
Contains 2x BT-NC sliding block
Application Finger protection
Type 4, IEC/EN 61496
SIL 3, IEC 61508
SILCL 3, IEC/EN 62061
Mission time 20 years, EN ISO 13849-1
Resolution 14 mm
Protective field height 1,050 mm
Operating range 0 ... 6 m
Synchronization Optical between transmitter and receiver
Light source LED, Infrared
Wavelength 940 nm
Mean power of transmitter diode 50 µW
Transmitted-signal shape Pulsed
LED risk group Exempt group (in acc. with EN 62471:2008)
Protective circuit Overvoltage protection
Short circuit protected
Supply voltage UB 26.5 ... 31.6 V
Current consumption from AS-i circuit 50 mA
Number of digital switching inputs 1 Piece(s)
Type Digital switching input
Switching voltage high, min. 18 V
Switching voltage low, max. 2.5 V
Switching voltage, type. 22.5 V
Voltage type DC
Function Control input range reduction
Type AS-Interface Safety at Work
Function Process
AS-i profile S-0.B.F
Slave address 1..31 programmable, default=0
Cycle time acc. to AS-i specifications Max. 5 ms ms
Number of connections 1 Piece(s)
Function Machine interface
Type of connection Connector
Thread size M12
Type Male
Material Metal
No. of pins 5 -pin
Permissible conductor cross section, type. 0.25 mm²
Length of connection cable, max. 100 m
Permissible cable resistance to load, max. 200 Ω
Dimension (W x H x L) 29 mm x 1,116 mm x 35.4 mm
Housing material Metal
Metal housing Aluminum
Lens cover material Plastic / PMMA
Material of end caps Diecast zinc
Net weight 1,200 g
Housing color Yellow, RAL 1021
Type of fastening Groove mounting
Mounting brackets
Mounting on Device Column
Swivel mount
Type of display LED
Number of LEDs 2 Piece(s)
Ambient temperature, operation 0 ... 55 °C
Ambient temperature, storage -30 ... 70 °C
Relative humidity (non-condensing) 0 ... 95 %
Degree of protection IP 65
Protection class III
Approvals TÜV Süd
c TÜV NRTL US
c UL US
Vibration resistance 50 m/s²
Test procedure for oscillation in accordance with standard IEC/EN 60068-2-6
Shock resistance 100 m/s²
Test procedure for shock in accordance with standard IEC/EN 60068-2-6
US patents US 6,418,546 B
3D-CAD model - MLC500T14-1050/A - zip
CADENAS PARTcommunity
EPLAN macro - edz
EC declaration of conformity - pdf
Certificate - TÜV Süd - pdf
Certificate - c TÜV NRTL US - pdf