Analog S18U Series: Proximity Mode
Range: 30mm to 300mm; Input 12-30V dc
Outputs: Analog 0-10V
2 m (6.5ft) Cable
Part Number: 02699
Sensing Beam Ultrasonic
Cable Length (m) 2
PC Configurable No
Sensing Mode (General) Proximity
Sensing Mode (Detailed) Time of Flight
Housing Style Barrel - Straight
Device Type Sensor
Primary Housing Material ABS/Polycarbonate
Input/Output Analog
Indicator LED(s)
Connection Cable
Analog Output Configuration 0-10 V dc
Analog Resolution/Discrete Repeatability 1 at 2.5 ms response speed, 0.5 at 30 ms response speed
Quick Disconnect Type No QD
Max Sensing Distance (mm) 300
Minimum Sensing Distance (mm) 30
Sensing Beam Ultrasonic
Power Supply 12-30 V dc
Delay at Power-up (ms) 300
Adjustments Push Button; Remote Teach
Temperature Effect (mm/°C) 0.02% of sensing distance/°C
Number of Pins 5
Vibration MIL-STD-202F req. Method 201A (vibration:10 to 60Hz max., double amplitude 0.06", max acc. 10G).
Mechanical Shock IEC 60947-5-2 requirements: 30G 11 ms duration, half sine wave
Analog Voltage Output Rating 2.5 k? min. load impedance
Discrete (Switched) Outputs Bipolar (NPN & PNP)
Output Protection Protected against short circuit conditions
IP Rating IP67
NEMA Rating NEMA 6P
Storage Temperature (°C) -40 to 80
Max Operating Temperature (°C) 60
Min Operating Temperature (°C) -20
Max Op. Relative Humidity Non-Condensing (%) 100
Warm-up Time (minutes) 10
Temperature Warm-up Drift upon Power-up Temp. compensation enabled, < 1.0% of the sensing distance upon power-up.
Temp. Warm-up Drift (Notes 1) After 30 min, the apparent switchpoint is < 0.5% of the actual position.
Temp. Warm-up Drift (Notes 2) After 60 min, the apparent switchpoint is < 0.3% of the actual position.
Minimum Response Time (ms) 2.5
Rep Rate (ms) 2.5
Analog Linearity (mm) +/- 0.5
Barrel Diameter (mm) 18
Minimum Window Size (mm) 5
Remote Teach and Laser Control Input Impedence 12 k?
Ultrasonic Frequency (kHz) 300
Power/Current Consumption (exclusive of load) 65 mA max; 40 mA @ 25 V dc
Supply Protection Circuitry Protected against reverse polarity and transient overvoltages