SIEMENS SIMATIC S5115U 6ES5 430-4UA14 MODULE

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SIEMENS SIMATIC S5115U 6ES5 430-4UA14 MODULE Specification

Output Type
Digital (Relay outputs)

Application
Automation, Process Control, Factory Machinery

Operating Temperature
0C to +60C

Noise Level
Low (industrial standard)

Output Current
0.5 A per output

Working Temperature
0C to +60C

Features
8 digital relay outputs, Compact design, LED status display, Plug-in connection terminals

Phase
Single phase (module) operation

Power Supply
Via backplane bus or external 24V DC

Cooling Method
Convection (Passive)

Connector Type
Plug-in screw terminal

Current Range
Per channel: 0.5 A max.

Product Type
SIMATIC S5-115U Digital Output Module

Input Voltage
24 V DC

Voltage Protection
Integrated protection circuits

Material
Industrial grade plastic housing and electronic components

Storage Temperature
-25C to +70C

Weight
Approx. 500 g

About SIEMENS SIMATIC S5115U 6ES5 430-4UA14 MODULE

Unlock captivating automation capabilities at a Reduced Price with the SIEMENS SIMATIC S5115U 6ES5 430-4UA14 MODULEnow available on Clearance. Its astonishing versatility is powered by 8 lustrous digital relay outputs, robust IP20 industrial housing, and pivotal optical isolation for enhanced safety. Engineered for seamless DIN rail mounting within S5-115U racks, this module delivers rapid response times (<10ms) and a compact, user-focused design. Add to Cart today and leverage its integrated protection circuits, plug-in screw terminals, and LED status indicators for pivotal control in process automation and factory machinery.

Powerhouse Features & Versatile Application

The SIEMENS SIMATIC S5115U 6ES5 430-4UA14 MODULE embodies industrial excellence with 8 digital relay outputs and swift <10ms response. Advantageously compact, it installs easily on S5 rack slots, integrates pivotal voltage protection, and ensures silent operation. Utilized in automation, process control, and machinery, its robust build and LED status displays enable supervised, reliable performancemaking it indispensable for manufacturers seeking dependable and lustrous digital output solutions.

Sample Policy and Swift Worldwide Shipment

We offer a flexible sample policy to accommodate your automation project needs. Upon sale price agreement, your SIEMENS SIMATIC S5115U 6ES5 430-4UA14 MODULE is packed securely in industrial-grade packaging, safeguarding the device during transit. Shipments are dispatched from our principal FOB Port for timely delivery right to your door, ensuring every unit is safely delivered for rapid deployment into your process control systems.

FAQs of SIEMENS SIMATIC S5115U 6ES5 430-4UA14 MODULE:

Q: How is the SIEMENS SIMATIC S5115U 6ES5 430-4UA14 MODULE typically used in industrial environments?

A: This module is chiefly utilized for digital relay output tasks in process control, automation systems, and factory machinery, providing reliable switching for various actuators and devices.

Q: What are the pivotal features that distinguish this module from others?

A: Key features include 8 digital relay outputs, optical isolation for safety, compact DIN rail mounting, integrated protection circuits, and a robust industrial-grade housing, making it a standout solution for demanding environments.

Q: Where is the best installation location for this module within a system?

A: For optimal results, mount the module within an S5-115U rack slot on a DIN rail, inside a protected control cabinet to ensure longevity and stable performance.

Q: What sample policy is available before making a bulk purchase?

A: We offer a sample policy to qualified customers, allowing evaluation before committing to bulk orders. Contact our sales team for specific terms.

Q: How does the shipping process work for this module?

A: After the sale price is finalized, the module is carefully packed and shipped from our designated FOB port, with full tracking provided to ensure secure and prompt delivery.

Q: What is the benefit of the integrated protection circuits?

A: The integrated protection circuits prevent voltage spikes and electrical faults, prolonging module life and ensuring stable operation in fluctuating industrial power environments.

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