SIEMENS SIMATIC ET200ISP MODULE 6ES7 131-7RF00-0AB0

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SIEMENS SIMATIC ET200ISP MODULE 6ES7 131-7RF00-0AB0 Specification

Cooling System
Passive

Features
Intrinsic safety, LED status, hot swapping, compact design

Current Rating
10 A

Way
2-channel

Thickness
45 mm

Base Material
Plastic

Operating Voltage
24 V DC

Cabinet Material
Plastic

Protection Class
Class I, Div. 2

Cover Material
Plastic

Rated Current
10 A max (per channel)

Protection Level
Intrinsic Safe (Ex ia) Zone 1/2

Connectivity Type
Spring-type terminal

Components
Module with terminal block

Panel Type
DIN Rail Mount

Rated Insulation Voltage
75 V DC

Control System
SIMATIC ET200iSP

Rated Operation Voltage
24 V DC

Product Type
Input/Output Module

Material
Plastic and metal components

Surface Finish
Matte

Standard
ET200iSP distributed I/O Standard

Surface Color
Grey

Rated Voltage
24 V DC

Frequency (MHz)
50/60 Hz

Maximum Output Current
500 mA

Dimension (L*W*H)
120 x 15 x 75 mm

Application
Process automation, hazardous areas

IP Rating
IP20

Display Type
LED Channel Indicators

About SIEMENS SIMATIC ET200ISP MODULE 6ES7 131-7RF00-0AB0

Experience outstanding performance and uncommon reliability with the SIEMENS SIMATIC ET200ISP MODULE 6ES7 131-7RF00-0AB0, now available at a special rate. This exclusive module features two NAMUR-compatible digital inputs and exceptional compatibility with hazardous area standards including ATEX, IECEx, UL, CE, and CSA. Designed for DIN Rail mounting, it offers resplendent protection (Ex ib IIC T4 Gb) and compact engineeringjust 15 mm wide. Diagnostic LEDs and hot swapping functionality ensure seamless operation, making this an ideal choice for advanced process automation needs. Buy now and enjoy superior precision!

Advanced Features and Versatile Applications

The SIEMENS SIMATIC ET200ISP MODULE 6ES7 131-7RF00-0AB0 stands out with intrinsic safety, LED status indicators, and hot swapping functionality. Engineered for exceptional media compatibility, it excels in process automation and hazardous environments, delivering robust diagnostics and seamless integration with SIMATIC ET200iSP control systems. Its compact design and spring-type terminals provide flexibility for a wide range of applications, ensuring both operational efficiency and user-friendly setup in demanding industrial settings.

Domestic Market Excellence and Speedy Delivery

This module commands a premium place in domestic markets, holding certifications such as ATEX, IECEx, UL, CE, and CSA for assured dependability. Stock is ready for quick dispatch, and Siemens efficient supply chain ensures prompt delivery. The product is meticulously handled and handed over within a short span, providing customers with timely access to a feature-rich and certified industrial automation solution. Enjoy industry-leading quality and fast shipment every time.

FAQs of SIEMENS SIMATIC ET200ISP MODULE 6ES7 131-7RF00-0AB0:

Q: How does the SIEMENS SIMATIC ET200ISP module support safety in hazardous areas?

A: This module features intrinsic safety protection (Ex ib IIC T4 Gb), enabling secure operation in hazardous environments such as Zone 1/2 with flammable gases, ensuring both personnel and equipment safety.

Q: What applications are most suited for the ET200ISP 6ES7 131-7RF00-0AB0 module?

A: Ideal for process automation, the module is tailored for usage in hazardous industrial areas, particularly where digital input integration and NAMUR sensor compatibility are essential.

Q: When can I expect delivery after purchasing this module?

A: With stock ready and efficient logistics, the module is typically handed over to customers quickly after order placement, ensuring timely delivery for your automation projects.

Q: Where can the SIEMENS SIMATIC ET200ISP module be mounted?

A: This module is designed for quick installation on a 35 mm DIN rail, providing flexibility and convenience for industrial control cabinets.

Q: What are the benefits of its diagnostic and hot swapping features?

A: The built-in channel and module diagnostics with LED indicators enhance system maintenance, while hot swapping enables module replacement without downtime, optimizing operational continuity.

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