OD1-B035C15I14 Displacement Measurement Sensors – SICK Sensor

Name: OD1-B035C15I14 Displacement Measurement Sensors - SICK Sensor - INOSAKI
SKU: SICK-6050523
Price: 1575.34 USD
Availability: InStock

$ 1,575.34

Precision SICK 6050523 (OD Mini) laser displacement sensor. Features a 20–50mm range, 4-20mA analog output, and IP67 metal housing for high-accuracy industrial use.

SKU SICK-6050523 Category Laser Distance Sensors - SICK OD Mini

Product Overview

Part Number: 6050523
Model Name: OD1-B035C15I14
Product Family: OD Mini (Displacement Measurement)
Measurement Range: 20 mm to 50 mm
Sensing Principle: Optical (Laser Triangulation)
Output Signal: Analog (Current: 4 mA to 20 mA)
Connection Type: Male connector, M8, 4-pin
Housing Material: High-durability Aluminum (Metal)

Product Description

The SICK 6050523 (OD1-B035C15I14) is a high-performance laser displacement sensor from the renowned OD Mini series, designed for precision measurement in space-critical industrial environments. Utilizing advanced CMOS technology, this sensor provides highly accurate distance measurements regardless of the object’s color or surface texture. Its compact, lightweight aluminum housing allows for seamless integration into small machines and robotic arms where traditional sensors might not fit.

Equipped with a Class 1 laser, it ensures safe operation while maintaining a precise light spot size of approximately 800 µm x 450 µm at its reference distance. The device delivers a linear 4–20 mA analog output, enabling real-time monitoring of minute distance variations between 20 mm and 50 mm. With an IP67 enclosure rating, the 6050523 is engineered to withstand harsh manufacturing conditions involving dust and moisture. Its intuitive “plug-and-play” setup via the M8 4-pin connector makes it a cost-effective and reliable solution for high-precision quality control, positioning tasks, and automated assembly processes requiring sub-millimeter accuracy.

Key Performance Features

High Precision: Offers superior repeatability and linearity for sub-millimeter measurement accuracy.
Compact Design: Extremely small footprint (OD Mini) ideal for mounting in tight spaces or on moving robotic components.
Material Independence: CMOS receiver technology ensures reliable measurement on shiny, dark, or multi-colored surfaces.
Industrial Durability: Robust metal housing with IP67 protection against water and dust ingress.
Fast Response: High sampling frequency (up to 2 kHz) suitable for high-speed production lines.
Simple Integration: Standard 4-pin M8 connector and 4–20 mA output for easy PLC interfacing.

Ideal Applications

Quality Inspection: Checking the height, thickness, or tolerance of electronic components on PCBs.
Robotic Positioning: Precise distance control for pick-and-place robots and automated assembly arms.
Material Monitoring: Detecting the presence or thickness of foils, sheets, and packaging materials.
Automotive Industry: Monitoring gaps and flushness during vehicle assembly.
Vibration Analysis: Measuring the eccentricity or run-out of rotating parts in machinery.

Mechanics/electronics

Supply voltage V_s	DC 12 V (–5 %) … DC 24 V (+10 %)
Power consumption	≤ 1.92 W ¹⁾
Warm-up time	≤ 5 min
Housing material	Metal (Aluminum)
Window material	Plastic (PPSU)
Connection type	Male connector, M8, 4-pin
Indication	4-digit 7-segment display (plus 4 LEDs for status display)
Control elements	4 buttons
Weight	40 g
Dimensions (W x H x D)	17.8 mm x 44.4 mm x 31 mm
Enclosure rating	IP67
Protection class	III

¹⁾ Without load, with current output.

Performance

Measuring range	20 mm … 50 mm
Target	Natural objects
Repeatability	6 µm ¹⁾ ²⁾
Linearity	± 30 µm ³⁾
Response time	≥ 2 ms ⁴⁾
Measuring frequency	≤ 2 kHz
Output time	≥ 0.5 ms
Light source	Laser, red visible red light
Laser class	1 (IEC 60825-1:2014, EN 60825-1:2014) ⁵⁾
Typ. light spot size (distance)	800 µm x 450 µm (35 mm)
Additional function	Averaging 1 … 512x, automatic or manual sensitivity adjustment, Analog outputs can be taught in, digital outputs can be taught in, invertable digital output, switching mode: window (Wnd), switching mode: distance to object (DtO), switiching mode: object between sensor and background (ObSB), multifunctional input: laser-off / external teach-in / trigger

¹⁾ Averaging function set to: 512.
²⁾ Constant ambient conditions.
³⁾ Measurement on 90 % remission (ceramic, white).
⁴⁾ With fixed sensitivity adjustment and averaging setting = 1. With automatic sensitivity and measuring rate 500 µs: 2 … 7.5 ms response time/measuring rate 1,000 µs: 4 … 15 ms response time.
⁵⁾ Wavelength: 655 nm, max. output: 390 µW (laser class 1) / < 1 mW (laser class 2).

Interfaces

Analog output
Number	1
Type	Current output
Current	4 mA … 20 mA, ≤ 300 Ω
Resolution	13.4 bit

Multifunctional input (MF)

1 x ¹⁾

¹⁾ MF can be used as laser-off, trigger, external teach-in or deactivated.

Ambient data

Ambient temperature, operation	–10 °C … +50 °C
Ambient temperature, storage	–20 °C … +60 °C
Min. rel. humidity (not condensing)	35 %
Max. rel. humidity (not condensing)	95 %
Temperature drift	± 0.08 % FS/K (FS = Full Scale = Measuring range of sensor)
Typ. Ambient light immunity	Artificial light: ≤ 3,000 lx Sunlight: ≤ 10,000 lx
Vibration resistance	10 Hz … 55 Hz (amplitude 1.5 mm, x-, y-, z-axis 2 hours each)
Shock resistance	50 G (x, y, z axis 3 times each)