SICK 1042125 CLV650-6120 Autofocus 1D Barcode Scanner

Name: SICK 1042125 CLV650-6120 Autofocus 1D Barcode Scanner
SKU: SICK-1042125
Price: 500.00 USD
Availability: InStock

$500.00

CLV650-6120 reads 1D barcodes with autofocus, an oscillating mirror, 600–1,000 Hz scanning, Ethernet TCP/IP and resolution-dependent 125–1,570 mm range.

SKU: SICK-1042125 Category: SICK Fixed Mount Barcode Scanners

SICK Fixed Mount Barcode Scanners

SICK CLV650-6120 Oscillating-Mirror Barcode Scanner

BrandSICK

Model IdentifierCLV650-6120

Official Part Number1042125

Technical Overview

The SICK CLV650-6120 is a Standard Density laser scanner for printed 1D barcodes, combining autofocus with an oscillating mirror. Its 125–1,570 mm reading range depends on code resolution and the reading-field diagram; supported resolution spans 0.25–1 mm. Scanning runs at 600–1,000 Hz, while the mirror offers fixed, oscillating and one-shot functions with ±20° deflection. Ethernet TCP/IP supports result output and service access, alongside the documented serial and fieldbus interfaces. A swivel connector carries one M12 twelve-pin male and one four-pin female connection. The 18–30 V DC device consumes 9.5 W and uses an IP65 die-cast aluminum housing with glass window, six status LEDs and a reading-rate bar graph.

Autofocus 1D barcode scanner with oscillating mirror, 600–1,000 Hz scanning, resolution-dependent 125–1,570 mm range and Ethernet TCP/IP.

Key Features

Standard Density laser-based reading of printed 1D barcodes
Autofocus; oscillating-mirror reading field
125–1,570 mm reading range, dependent on code resolution and reading field
0.25–1 mm code resolution; 600–1,000 Hz scanning
Fixed, oscillating and one-shot mirror modes; 0.5–6.25 Hz oscillation; ±20° deflection
Ethernet TCP/IP for result output and service; 10/100 Mbit/s
Standard decoder: 1–20 codes per scan; SMART decoder: 1–6
Two M12 connections on swivel unit: twelve-pin male and four-pin female
18–30 V DC; 9.5 W; SOPAS ET configuration
IP65 die-cast aluminum housing; glass window; 0 to +40 °C operation

Technical Specification Matrix

Parameter	Value
Product type	Fixed-mount 1D barcode scanner; Standard Density
Reading technology	Laser-based; printed labels
Reading field	Oscillating mirror
Optical focus	Autofocus
Light source	Visible red laser, 658 nm
Laser class	2; EN 60825-1:2014+A11:2021 and IEC 60825-1:2014
Aperture angle	≤50°
Reading distance	125–1,570 mm, dependent on code resolution and reading-field diagram
Code resolution	0.25–1 mm
Scanning frequency	600–1,000 Hz
Mirror functions	Fixed with adjustable position; oscillating with variable or fixed amplitude; one shot
Oscillation frequency	0.5–6.25 Hz
Mirror deflection	−20 to +20°
Barcode types	Code 39; Code 128; Code 93; Codabar; GS1-128/EAN 128; UPC/GTIN/EAN; Interleaved 2 of 5; Pharmacode; GS1 DataBar; Telepen; MSI/Plessey
Print ratio	2:1 to 3:1
Codes per scan	1–20 with standard decoder; 1–6 with SMART decoder
Codes per reading interval	1–50, auto-discriminating
Characters per reading interval	5,000; 500 for CAN multiplexer function
Multiple readings	1–99
Ethernet	TCP/IP, 10/100 Mbit/s; read-result output and service
PROFINET	10/100 Mbit/s; single port; dual port optional through external CDF600-2 module
EtherNet/IP	10/100 Mbit/s
EtherCAT	Optional through external CDF600 fieldbus module
Serial interfaces	RS-232, RS-422 and RS-485; read-result output and service; 2,400 baud to 115.2 kbaud; AUX RS-232 at 57.6 kbaud
CAN	SICK CAN sensor network CSN, controller/device and multiplexer/server; 20 kbit/s to 1 Mbit/s
CANopen	20 kbit/s to 1 Mbit/s
PROFIBUS DP	Optional through external CDF600-2 fieldbus module
Digital inputs	Sensor 1 input; two further inputs through optional CMC600 parameter memory in CDB620/CDM420
Digital outputs	Two through optional CMC600 parameter memory in CDB620/CDM420
Reading pulse sources	Digital inputs; non-powered; serial interface; auto pulse; CAN
Optical indication	Six status LEDs; ten-LED bar graph displays reading-rate percentage
Acoustic indication	Beeper/buzzer; can be switched off or assigned as result indication
Controls	Two buttons to choose and start/stop functions
Configuration software	SOPAS ET
Memory card	Optional microSD flash card
Connection	Swivel unit with one M12 twelve-pin male connector and one M12 four-pin female connector
Connector coding	Twelve-pin male A-coded; four-pin female D-coded
Mounting	Two M5 blind threaded holes, 5 mm deep
Power supply	18–30 V DC
Power consumption	9.5 W
Housing material	Aluminum die cast
Housing color	Light blue, RAL 5012
Window material	Glass
IP rating	IP65, EN 60529
Protection class	III, EN 61140
MTBF	100,000 h
Laser-diode MTTF	40,000 h at +25 °C
EMC	EN 61000-6-3 (2001-10) and EN 61000-6-2:2005
Vibration resistance	EN 60068-2-6 (1995)
Shock resistance	EN 60068-2-27 (1993)
Operating temperature	0 to +40 °C
Storage temperature	−20 to +70 °C
Relative humidity	90%, non-condensing
Ambient light immunity	2,000 lx on barcode
Barcode print contrast	PCS ≥60%
Physical Weight (kg)	0.25

Industrial Applications

1. Associating cartons with conveyor tracking records

A conveyor can present printed 1D carton labels within a commissioned reading field and transmit decoded identifiers to external tracking software over Ethernet TCP/IP. Autofocus accommodates qualified changes in label distance, while oscillating-mirror setup addresses the installed label presentation. Commissioning checks code resolution, print contrast and transit timing against the actual reading-field diagram and scanning settings.

Problem Solved

A decoded carton identifier gives external tracking software a reference for associating the passing load with its handling record, supporting routing and traceability at the monitored station.

Carton tracking Autofocus Ethernet results

2. Checking a component label against the scheduled assembly

An assembly fixture can present a printed component barcode to the scanner before an ordinary production step. External inspection software receives the decoded 1D value and compares it with the scheduled component record. The installation establishes a stable reading field, validates the selected symbology and uses the configured reading interval to associate the result with the presented part.

Problem Solved

A decoded component value supports an external comparison with the scheduled assembly record, helping identify a label mismatch before the next ordinary production operation proceeds.

Component verification 1D identifier External comparison

3. Collecting several identifiers during one reading interval

A package inspection station can present several printed 1D labels and collect their decoded values during one configured reading interval. The scanner supports one to fifty codes per interval, with per-scan limits dependent on standard or SMART decoding. External software associates the collected identifiers with the inspected package after commissioning verifies label spacing, readable field coverage, code resolution and expected result count.

Problem Solved

Multiple decoded identifiers provide external package software with a set of label values to compare against an expected manifest, supporting completeness and association checks for the presented package.

Multiple identifiers Package inspection Reading interval