SICK DLS40E-S3RV00600 Compact and slim incremental encoder

SICK DLS40E-S3RV00600 is an incremental encoder with the following features and application scenarios:

Features

Electrical characteristics:

Output signal: It uses TTL/RS422 differential signal output, which has strong anti-interference ability and can stably transmit signals in complex electromagnetic environments, ensuring that the signals collected by the encoder are accurately transmitted to the upper control device.

Resolution: The resolution is 600 pulses/turn, which can meet the scenarios with certain accuracy requirements for position or speed measurement, such as position detection and speed control in general automated production lines.

Mechanical characteristics:

Shaft diameter: Usually a universal 6mm solid shaft is used, which is convenient for connection with the output shaft of common motors, reducers and other equipment, and has good installation adaptability.

Protection level: The protection level is IP50, which can prevent dust from entering and is suitable for general industrial environments, but not for harsh environments with a lot of dust or humidity.

Environmental adaptability:

Working temperature: The working temperature range is -10℃~70℃, which can adapt to the temperature changes in most conventional industrial places and can work stably in general workshop environments.

Other features:

Compact design: The product thickness is only 20mm (solid shaft) or 25mm (blind hole), and the compact design is easy to install in equipment with limited space.

Rich interfaces: In addition to TTL/RS422, the electrical interface also includes HTL/Push-Pull, open collector NPN, etc., with strong compatibility. The standard 2m cable design is adopted, and the cable color sequence is compatible with the mainstream market.

Application scenarios

Length measurement: It can be used to measure the length of the packaging bag to control the cutting. The length of the packaging bag is determined by accurately measuring the number of pulses of the encoder to achieve accurate cutting.

Speed monitoring: Installed on the drive shaft or roller of the conveyor belt, monitor the pulse frequency of the encoder, monitor the running speed of the conveyor belt in real time, and ensure stable and accurate conveying process. It can also be used to monitor the driving speed of AGV, drive the encoder through the drive wheel, and collect pulse values to control the travel speed.

Printing and textile industry: In printing equipment, it is used for speed monitoring to avoid improper speed control affecting printing quality or causing material waste. In the textile printing and dyeing industry, it is installed on the motor of textile machinery equipment to monitor the speed of the textile machinery, control the length of textiles, and ensure the quality of the fabric.