Compact Laser Sensor
LR-X series
Separate Amplifier Model, Amplifier Units Cable Type Expansion unit PNP LR-XN12P
*Please note that accessories depicted in the image are for illustrative purposes only and may not be included with the product.
Specifications
Model | LR-XN12P | |||
Type | PNP Output | |||
Cable/Connector | Cable | |||
Main Unit/Expansion Unit | Expansion Unit | |||
No. of Control Outputs | 2 | |||
No. of External Inputs | 1 | |||
Response Time | 500 µs*1/1 ms/3 ms/10 ms/200 ms Selectable | |||
IO-Link | — | |||
Functions | Timer Function | Timer OFF/Off-delay/On-delay/One-shot/On-Off delay/On-delay One-shot | ||
I/O | Control Output | Open collector, 30 VDC or lower, N.O./N.C. | ||
External Input | External Set/Laser OFF/Zero Shift/Hold Reset/Gyro Alert RST selectable | |||
Unit Expansion | Up to 8 expansion units possible (including main unit, a total of 9 units connected) However, up to 16-unit expansion is possible when the LR-XN10 is used for expansion with the NU Series. | |||
Protection Circuit | Protection against reverse power connection, protection against output overcurrent, protection against output surge, protection against reverse output connection | |||
Number of Interference Prevention Devices | OFF/4 units/8 units selectable*2 | |||
Power supply | Power voltage | 16 to 30 VDC*3 (including 10% ripple (P-P) or less), class 2 | ||
Power consumption | During normal operation: 1150 mW (47 mA or lower at 24 V, 64 mA or lower at 16 V), ECO ON/ALL: 985 mW (40 mA or lower at 24 V, 53 mA or lower at 16 V) (excluding Load Current) | |||
Environmental resistance | Ambient temperature | −20 to +55°C -4°F to 131°F (no freezing)*4 | ||
Relative humidity | 35 to 85% RH (no condensation) | |||
Vibration resistance | 10 to 500 Hz; Power Spectral Density: 0.816 G2/Hz; X, Y, and Z directions | |||
Shock resistance | 500 m/s2 (50G); 3 times each for X, Y, and Z axes | |||
Case Material | Main Unit and Cover: Polycarbonate | |||
Accessories | Instruction manual | |||
Weight | Approx. 70 g | |||
*1 If 500 µs is selected, the following limitations apply. |