Product Type:PLC
Type Designation:Critical Discrete Module
Interface Type:DP Siemens or Profibus DP
Net Weight:1.8kg
Voltage Rating:24Vdc
Amperage:Suitable for up to 0.32Amp
Packaging Details:Standard packaging for easy handling and storage
Place of Origin:Germany
Minimum Order Quantity:1 piece
Delivery Time:In stock, ready for immediate dispatch
Payment Terms:TT or Western Union
Supply Ability:10,000 pieces per day
The SIEMENS 16809-541/4 Discrete Input/Output Module is a core component in industrial automation systems, engineered to handle high-volume signal processing tasks with precision and reliability. Its robust design ensures it can withstand harsh industrial environments, making it an ideal choice for applications requiring consistent performance under varying conditions.
Equipped with 16 discrete inputs and outputs, this module enables seamless integration into complex control systems, facilitating direct interaction between sensors and actuators. It supports Profinet communication protocol, enhancing its compatibility with a wide range of Siemens automation solutions and third-party devices.
Featuring a terminal block connection type, this module offers flexibility in wiring, simplifying installation and maintenance processes. Its terminal block design also ensures ease of configuration and modification without the need for specialized tools.
Withstanding a temperature range of -20°C to +70°C and capable of handling up to 2A per channel, this module is designed for operation in a variety of industrial settings. Its IP20 protection class ensures basic splash and dust resistance, safeguarding against common environmental hazards encountered in industrial environments.
The SIEMENS 16809-541/4 Discrete Input/Output Module comes equipped with advanced signal processing capabilities, providing accurate and reliable data transmission. Its ability to support high operating frequencies and manage varying loads makes it suitable for demanding industrial applications, ensuring smooth operation and efficient performance in automation systems.
