Siemens SIPLUS LOGO Series Logic Module, 4-Input, Digital Input, 4 Outputs, Digital Output

Siemens SIPLUS LOGO Series Logic Module, 4 Digital Inputs, 24V DC Supply Voltage - 6AG10551CB007BA2

This Logic Module is an integral component in industrial automation, designed to enhance control processes with its exceptional functionality. Housed within Compact dimensions of 90 x 35.5 x 58 mm, it operates effectively across a wide temperature range of -40°C to +70°C. With a supply voltage of 24V DC, this module offers reliable digital input/output capabilities, making it suitable for various automation applications.

Features & Benefits

• Utilises 24V DC supply for efficient operation
  Four digital inputs and outputs ensure flexibility in control
  Transistor output type supports diverse needs
  Designed for DIN rail mounting for easy installation
  Functions effectively within extreme temperature conditions

Applications

• Used with SIPLUS LOGO to enhance automation tasks
  Ideal for digital control in manufacturing and process industries
  Suitable for requiring robust input/output management
  Enables streamlined operations in electrical and mechanical systems
  Assists in creating complex control schemes in industrial settings

How does the Compact size of this module benefit installation?

The Compact dimensions allow for effective space management on DIN rails, facilitating seamless integration into existing setups without occupying excessive space.

What type of output current is supported by this module?

It supports an output current of up to 0.3A, making it suitable for various applications that require moderate current levels.

Can this module operate in high-temperature environments?

Yes, it can operate in temperatures up to +70°C, enabling use in environments with varying thermal conditions without compromising performance.

How many inputs and outputs are available for control tasks?

There are four digital inputs and four digital outputs available, providing ample configuration options for various control mechanisms.