Siemens 6DS1411-8DD Teleperm S Closed Loop Control Module

Model:6DS1411-8DD

Manufacturer:Siemens

Type:Closed Loop Control System

Module Category:Teleperm S

Operating Frequency:Up to 1 kHz

Control Protocol:Profibus DP, Profinet

Communication Channels:Up to 4 channels

Power Supply Voltage:24V DC

Input Current:Max. 25mA per channel

Output Current:Max. 25mA per channel

Temperature Range:-25°C to +60°C

Humidity:0% to 95% non-condensing

    The Siemens 6DS1411-8DD Teleperm S Closed Loop Control System is an advanced solution for complex motion control tasks, offering unparalleled precision and robust performance in industrial environments. This system is meticulously engineered to deliver consistent, accurate movements, essential for high-speed and demanding applications.

    Featuring a modular design, the 6DS1411-8DD is easily adaptable to various automation setups, ensuring seamless integration with existing systems. Its comprehensive communication capabilities, including Profibus DP and Profinet, facilitate smooth data exchange with other components in the automation network.

    With its high operating frequency of up to 1 kHz, this control system ensures fast response times and smooth operation, even in scenarios requiring high-speed adjustments. The built-in closed loop functionality optimizes the system’s performance by continuously monitoring and adjusting the actual position based on feedback from sensors, leading to enhanced accuracy and efficiency.

    Engineered with reliability in mind, the Siemens 6DS1411-8DD is designed to withstand harsh industrial conditions. Its wide temperature range (-25°C to +60°C) and robust construction ensure dependable operation across different environments, making it suitable for a variety of manufacturing sectors.

    The control system supports a maximum input current of 25mA per channel, allowing for efficient power management and enabling the control of multiple actuators simultaneously. Additionally, its compact size and low profile make it an ideal choice for space-constrained applications without compromising on performance.