EBERLE PLS 0508 71 001 000 E/A-88 I/O MODULE

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EBERLE PLS 0508 71 001 000 E/A-88 I/O MODULE Specification

Connector Type
Screw terminal

Phase
Single phase operation

Working Temperature
0C to +55C

Power Supply
24V DC external supply

Current Range
Input 0-20mA per channel

Noise Level
Silent operation (no moving parts)

Operating Temperature
0C to +55C

Output Current
Max 0.5A per output channel

Cooling Method
Passive cooling

Output Type
Digital/Analog (as per model configuration)

Features
Modular design, DIN rail mount, LED status indication

Application
PLC System Expansion, Industrial Automation

Product Type
I/O Module

Input Voltage
24V DC (typical)

Voltage Protection
Integrated overvoltage protection

Material
Industrial grade plastic housing

Storage Temperature
-25C to +70C

Weight
Approx. 0.18 kg

About EBERLE PLS 0508 71 001 000 E/A-88 I/O MODULE

Get the EBERLE PLS 0508 71 001 000 E/A-88 I/O MODULE and elevate your automation setup with its towering performance. Featuring 8 heroic digital/analog inputs and outputs (configurable), this module is a breathtaking solution for PLC system expansion. Redeem unmatched flexibility and safety with 500V AC isolation, integrated overvoltage protection, and rapid <1 ms response time. Its robust, industrial-grade plastic housing supports DIN rail mounting. Limited stock availablesecure your module now and ensure seamless operation with modular bus system compatibility and vivid LED status indication. Perfect for demanding industrial applications.

Versatile Expansion for Industrial Automation

Used as a modular I/O extension, the EBERLE PLS 0508 71 001 000 E/A-88 is ideal for plant applications such as process control, machinery automation, and distributed I/O systems. Its primary competitive advantages include flexible digital/analog configuration, fast response time, robust ingress protection, and effortless integration with EBERLE PLS controllers. Designed for reliability and precision, this module seamlessly elevates automation, making it the preferred choice for industrial expandability and streamlined system performance.

Dependable Supply, Seamless Delivery Experience

Our supply ability ensures consistent availability of the E/A-88 I/O MODULE, and sample policies can be tailored as required. Utilizing reliable transport services, your order is professionally packed and swiftly handed over for dispatch. Expect your shipments arrival within a committed delivery window, ensuring project timelines remain on track. Our logistics expertise guarantees your modules reach you in pristine conditionready for immediate use in your automation projects.

FAQs of EBERLE PLS 0508 71 001 000 E/A-88 I/O MODULE:

Q: How is the EBERLE PLS 0508 71 001 000 E/A-88 I/O MODULE configured for digital and analog functions?

A: The modules channels are configurable as either digital or analog inputs and outputs, providing versatility for varying application requirements. Configuration is determined during setup or via connection with compatible PLC software.

Q: What advantage does the isolation voltage of 500V AC provide?

A: A 500V AC input-output isolation voltage enhances system safety by protecting sensitive electronics from voltage spikes, significantly reducing risks of interference or damage in harsh industrial environments.

Q: Where can this module be mounted, and what protection does it offer?

A: This I/O module is designed for DIN rail mounting and features an IP20 ingress protection rating, making it suitable for installation within protected industrial control cabinets or enclosures.

Q: When can I expect delivery once I place the order?

A: Delivery timeframes depend on stock and transport arrangements, but orders are handed over promptly and typically arrive within a pre-defined schedule, ensuring minimal delays for time-sensitive projects.

Q: What are the key benefits of using this module in PLC expansion?

A: Key benefits include rapid response time (<1 ms), modular bus compatibility, robust overvoltage protection, and clear LED status indication, all contributing to efficient and safe system expansion.

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