6074385

What does this sensor do in an industrial system?

It is a laser displacement (distance) measurement sensor used to measure the distance to an object and provide the result via analogue output, switching outputs, and IO-Link process data. It is commonly used for continuous position, height, or level monitoring on machines and automated lines.

What is the measuring range?

The measuring range is 200 mm to 1,200 mm (depending on target surface and parameter settings).

How accurate and repeatable are the measurements?

Typical repeatability is 100 µm (under specified reference conditions). Linearity is specified as ±1 mm from 200 mm to 700 mm, and ±3 mm from 700 mm to 1,200 mm.

How fast is the sensor for dynamic applications?

The response time is ≥ 0.533 ms (depending on the averaging/sensitivity settings). Measuring frequency is up to 7.5 kHz, and output time is ≥ 0.1333 ms.

What outputs and interfaces are available?

It provides IO-Link (V1.1), one configurable analogue output (4–20 mA or 0–10 V), and two digital switching outputs with selectable PNP/NPN behaviour.

Can the analogue output be configured for current or voltage?

Yes. The analogue output is switchable between 4–20 mA (load ≤ 300 Ω) and 0–10 V (load > 10 kΩ), with 16-bit resolution. The analogue output can also be taught-in and inverted.

What are the IO-Link communication details?

IO-Link is supported up to COM3 (230.4 kbit/s), with a 6-byte process data length and a minimum cycle time of 0.7 ms. It supports process data, parameterisation, diagnostics, and data storage.

What supply voltage and power consumption should be expected?

Supply voltage is DC 18–24 V (±10%, including residual ripple). Typical power consumption is 1.5 W at 24 V DC (no load).

What is the connection type and pin assignment?

It uses a 5-pin, A-coded M12 male connector on a 30 cm cable. Pin assignment: 1 (brown) L+, 3 (blue) M, 2 (white) Q2/QA, 4 (black) Q1/C, 5 (grey) In1 (multifunction input).

What can the multifunction input be used for?

The In1 input can be configured for functions such as turning the sender off, triggering hold functions, or being deactivated, depending on the application requirements.

What type of laser and light does the sensor use?

It uses a visible red laser (wavelength 655 nm) and is classified as Laser Class 2, with a maximum average power of 1 mW.

How small is the light spot on the target?

Typical light spot size is approximately 1 mm diameter at 700 mm distance. Across the broader working range, the typical spot size varies (approximately 600 µm to 1,600 µm depending on distance).

What environmental ratings does it have for factory use?

It is rated IP67. Operating temperature is –10 °C to +50 °C (at VS = 24 V). Storage temperature is –20 °C to +60 °C. Permitted relative humidity is 35% to 85% non-condensing.

How resistant is it to ambient light in typical installations?

Typical ambient light immunity is up to 3,000 lx under artificial light and up to 10,000 lx under sunlight (under the stated test conditions).

Does it have local display and on-device setup?

Yes. It includes an OLED display, status LEDs, and four buttons for on-device parameter setting. The display can be rotated by 180°, and the user interface can be locked to prevent unintended changes.

Are there built-in functions to stabilise measurements on challenging targets?

Yes. It supports adjustable averaging or median filtering to stabilise readings, and provides additional functions such as region of interest, alarm function, edge height jump detection, and time functions (ON/OFF delay and one-shot), depending on configuration.

What are the mechanical dimensions and weight for mounting planning?

The housing dimensions are 27 mm (W) × 60 mm (H) × 50 mm (D), and typical weight is 90 g. It includes M4 fixing holes for mounting.

Is there anything important to consider before taking precise measurements?

For best accuracy and stability, allow for warm-up before relying on final performance. The specified conditions note observing a minimum warm-up time of 30 minutes for certain performance figures.

How should this item be referenced internally for identification?

It is commonly identified by its device type OD2000-7002T15, and can also be referenced by the ordering code 6074385 in internal systems.