
Sick CLV621-1120 Barcode Scanner 10-30VDC
The Sick CLV621-1120 is a long-range raster scanner with front reading field, 10–30VDC supply, 60–730mm reading distance, Ethernet TCP/IP and IP65 rating. It reads 1D codes at up to 1,200Hz.
The OLM200-1009 belongs to the Sick OLM200 series of linear measurement sensors. This device reads barcode tape to determine position and speed. Furthermore, it uses a red LED light source instead of a laser. The sensor supports PROFINET for direct controller integration. Therefore, it fits conveyor, crane, and rail positioning tasks.
The Sick OLM200-1009 sensor delivers continuous position feedback. Its measuring range spans 0m to 10,000m. Additionally, resolution options include 0.1mm, 1mm, 10mm, and 100mm. Repeatability reaches 0.15mm. The response time is 10ms, while the output time is 2.5ms. The maximum movement speed reaches 7m/s. Meanwhile, the speed output accuracy is ±5mm/s.
This linear measurement sensor works with barcode tape. The reading distance is 100mm with a tolerance of ±20mm. Besides, the barcode width is 30mm. A multifunctional input MF2 handles triggering. One digital output provides PNP or NPN signals. Specifically, that output covers position, speed, control mark, illumination control, and service alarms. Service alarms include dirt detection, no tape, over-temperature, out-of-range, and internal errors.
Key parameters:
Measuring range: 0 m ... 10,000 m
Resolution: 0.1 mm, 1 mm, 10 mm, 100 mm
Repeatability: 0.15 mm
Supply voltage: 18 V DC ... 30 V DC
Max. movement speed: 7 m/s
The supply voltage ranges from 18VDC to 30VDC. Ripple stays at or below 5Vpp. Power consumption is under 5.5W. The initialization time is 10s. The enclosure rating reaches IP65 according to EN 60529. Protection class is III. The maximum output current is ≤100mA.
Ambient operating temperature ranges from –30°C to +60°C. Storage temperature spans –40°C to +75°C. Typical ambient light immunity reaches ≤5,000lx. Vibration resistance follows DIN/EN 60068-2-6 and DIN/EN 60068-2-64. Shock resistance follows DIN/EN 60068-2-27. EMC complies with EN 61000-6-2 and EN 61000-6-4.
The OLM200-1009 provides PROFINET as its primary fieldbus. This enables direct data exchange with a PLC. The multifunctional input MF2 supports external triggering. Meanwhile, the single digital output handles position, speed, and control mark signals. It also reports illumination status and service conditions. Those conditions include dirt on the lens, LED service life, missing barcode tape, over-temperature, out-of-range positions, and internal errors. The output type is selectable between PNP and NPN. Maximum output current is 100mA.
First, mount the sensor so the reading distance stays near 100mm. Keep the tolerance within ±20mm for stable operation. Next, install the barcode tape along the travel path. Ensure the tape width matches 30mm. Then, connect the 18–30VDC supply. Allow 10s for initialization.
Furthermore, align the sensor head perpendicular to the tape. This reduces reading errors and signal loss. Besides, wire the MF2 input for your trigger source. Connect the digital output to your controller. Finally, configure resolution and output functions through the PROFINET interface. Test at low speed before running at 7m/s.
1x Sick OLM200-1009 Linear Measurement Sensor
1x Mounting bracket kit
1x Connector cable
1x Quick start guide
Q1: What is the measuring range of the OLM200-1009?
A: The measuring range spans 0m to 10,000m. This suits long travel paths.
Q2: Which fieldbus does this sensor support?
A: It supports PROFINET for direct PLC integration.
Q3: What resolution options are available?
A: You can select 0.1mm, 1mm, 10mm, or 100mm resolution.
Q4: How fast can the measured object move?
A: The maximum movement speed is 7m/s. Speed accuracy is ±5mm/s.
Q5: What is the enclosure rating?
A: The enclosure rating is IP65. It resists dust and water spray.
| Brand Name | |
| Model No. | OLM200-1009 |
| Product Type | Linear Measurement Sensor |
| hasMerchantReturnPolicy | Adjust according to reality |
| Shippingdetails | Adjust according to reality |