SICK DLS40E-S3GV01024 Compact and slim incremental encoder

SICK DLS40E-S3GV01024 is an incremental encoder with the following features and application scenarios:

Features

High resolution: The resolution is 1024 pulses/turn, which can more accurately measure the rotation angle and position change, and can meet the automation control scenarios with high measurement accuracy requirements.

Compact design: The thickness is only 20mm (solid shaft) or 25mm (blind hole), and the volume is small. It can be installed in equipment with limited space, which can significantly reduce the space required for the rear end of the motor and save equipment space.

Rich electrical interfaces: It has multiple electrical interfaces such as TTL/RS422, HTL/Push-Pull, open collector NPN, etc., with strong compatibility, and can be "seamlessly" switched with the mainstream mechanical structure and electrical signals in the market, which is convenient for connecting different control devices and systems.

Multiple mechanical interfaces: It provides mechanical interface options such as 6mm solid shaft and 6/8/10/12mm blind hole, which has good versatility and is easy to connect with various motors, reducers and other equipment.

Good environmental adaptability: The protection level is IP50, which can prevent dust from entering and can work stably in general industrial environments; the operating temperature range is -10℃~70℃, which can adapt to the temperature changes of most conventional industrial sites.

Standard cable: The standard 2m cable design is adopted, and the cable color sequence is compatible with the mainstream market, reducing the special requirements and additional configuration of the cable during installation.

Other features: The number of signal channels is 3 channels, the output frequency is ≤150kHz, the load current is ≤30mA, the power consumption is ≤2W (no load), and the power supply voltage is 10-27V.

Application scenario

Automated production line: It can be used to monitor the speed and position of the motor on the production line and accurately control the production process. For example, in the material conveying link, the speed of the conveyor belt and the conveying position of the material are adjusted by monitoring the feedback information of the encoder to ensure that the material is accurately transmitted to the designated location.

Robot field: Installed on the joints or drive wheels of the robot, it monitors the movement state of the robot in real time, provides position and speed information for the precise control of the robot, and enables the robot to accurately complete various actions and tasks.

Machine tool processing: In the feed system or spindle drive of the machine tool, it is used to accurately measure the rotation angle and position of the shaft, realize precise control of the processing accuracy, and ensure the dimensional accuracy and surface quality of the processed parts.

Textile printing and dyeing industry: Installed on the motor of the textile machinery equipment, monitor the speed of the textile machinery, accurately control the length and production rhythm of the textile, and avoid affecting the fabric quality due to unstable speed.

Printing equipment: Used to monitor the speed and position of the roller or transmission shaft in the printing equipment to ensure that the paper conveying speed is synchronized with the printing speed during the printing process to avoid quality problems such as inaccurate overprinting or blurred printing.

Medicine, food, and packaging industries: In the packaging machine, the conveying length and cutting position of the packaging material can be accurately controlled; in food and medicine production equipment, it can be used to monitor and control various moving parts on the production line to ensure the accuracy and stability of the production process.

Electronic semiconductor industry: In semiconductor manufacturing equipment, such as photolithography machines, etc., it is used to accurately control the position and movement speed of the workbench to ensure the high precision requirements of chip manufacturing.

Automobile manufacturing industry: used in various automation equipment on automobile production lines, such as motion control of robot arms, assembly and positioning of automobile parts, etc., to improve production efficiency and product quality.

Steel and logistics industries: used in continuous casting machines, rolling mills and other equipment in steel production to monitor and control the operating speed and position of equipment; in conveying equipment and sorting equipment in the logistics field, it can achieve precise control of cargo transportation and sorting.