SIEMENS 505-6208A OUTPUT MODULE

Get a Price/Quote

MOQ : 1 Piece

SIEMENS 505-6208A OUTPUT MODULE Specification

Rated Current
2A max per output

Operating Temperature
0C to +60C

Application
PLC Automation Systems

Cooling Method
Natural convection

Current Range
2A per channel

Output Current
2A per channel (typical)

Power Supply
Supplied via PLC backplane

Features
8 isolated digital output channels, Relay outputs, LED status indicators, Removable terminal block, High isolation voltage

Output Type
Digital (Relay Output)

Connector Type
Screw terminal

Working Temperature
0C to +60C

Product Type
Output Module

Material
Plastic (housing), Electronic Components

Storage Temperature
-40C to +85C (typical)

Weight
Approx. 400g

About SIEMENS 505-6208A OUTPUT MODULE

Jump on the opportunity to procure the SIEMENS 505-6208A OUTPUT MODULE, a superior addition to any PLC automation system. Featuring 8 pivotal relay outputs, each channel offers high isolation at 1500V AC, delivering monumental reliability in complex industrial setups. This rack-mounted, robust module is engineered for SIEMENS 505 Series PLCs and comes with convenient LED status indicators and a removable terminal block. Handle loads up to 2A per channel with confidence and experience seamless integration. Get It Now to boost your control systems efficiency!

Key Features and Application Versatility

The SIEMENS 505-6208A OUTPUT MODULE is not just robust but highly adaptable. With its eight isolated digital relay outputs, removable terminal blocks, and LED indicators per channel, it offers superior usability for various industrial and automation settings. Designed for rack mounting in PLC backplanes, its ideal for factory automation, process control, and monitoring systems. Built from durable plastic housing, it suits environments requiring reliable output control with clear status visibility.

Sample Policy, Payment Terms, and Export Markets

Our sample policy for the SIEMENS 505-6208A OUTPUT MODULE enables buyers to exchange or review demo units before a full purchase order, ensuring product confidence. Payment terms include advance payments or as per mutual proposal amount arrangements. We cater to global markets with special emphasis on exports to regions across Asia, Africa, and Europe. Whether for small-scale requirements or bulk orders, our streamlined procurement processes ensure timely delivery every time.

FAQs of SIEMENS 505-6208A OUTPUT MODULE:

Q: How does the SIEMENS 505-6208A OUTPUT MODULE enhance industrial automation systems?

A: With its eight isolated digital relay outputs and high isolation voltage, the module assures safe and reliable switching for various loads. Its features significantly improve system flexibility and control in automation applications.

Q: What is the recommended process for installing this output module?

A: The installation involves rack-mounting the module into a compatible SIEMENS 505 Series PLC backplane, connecting wiring to the screw terminal blocks, and verifying each output channel via the integrated LED indicators.

Q: Where can the SIEMENS 505-6208A OUTPUT MODULE be used?

A: This module is designed for use in industrial PLC automation systems, ideal for environments such as manufacturing plants, process control systems, and monitoring installations requiring digital relay outputs.

Q: When should you consider replacing or upgrading to this specific output module?

A: Upgrade or replacement is recommended when increasing the number of output channels, requiring higher isolation, or ensuring greater system robustness in new or existing SIEMENS 505 Series PLC installations.

Q: What are the benefits of its removable terminal block design?

A: The removable terminal block allows quick wiring changes or maintenance without disconnecting the entire module, minimizing system downtime and enhancing installation efficiency.

Q: How do the LED status indicators per channel improve module usage?

A: The LED indicators provide immediate visual feedback for each output channel, simplifying troubleshooting and ensuring quick identification of operational states in real-time.