SIEMENS INTEGREATED BAY CONTROLLER

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SIEMENS INTEGREATED BAY CONTROLLER Specification

Rated Insulation Voltage
250 V

Rated Current
5A

Components
Digital Inputs/Outputs, Analog Inputs, Communication Modules

Connectivity Type
Ethernet, RS485, Fiber Optic

Cover Material
Polycarbonate

Thickness
2.5 mm

Cabinet Material
Sheet Steel

Control System
Microprocessor-based

Protection Class
Class I

Rated Operation Voltage
110 V / 220 V

Operating Voltage
85265 V AC/DC

Features
Real-Time Monitoring, Event Logging, Fault Diagnostics

Cooling System
Passive

Panel Type
Remote Terminal Unit Panel

Way
Single

Protection Level
IP54

Current Rating
5 Amp

Base Material
Steel

Product Type
Integrated Bay Controller

Material
Industrial Grade Polycarbonate and Steel

Surface Finish
Powder Coated

Standard
IEC 61850, IEC 60870-5-104

Surface Color
Light Grey

Rated Voltage
110 - 220 V AC/DC

Frequency (MHz)
50/60 Hz

Maximum Output Current
5A

Dimension (L*W*H)
600 x 800 x 300 mm

Application
Substation Automation

IP Rating
Ip54

Display Type
LCD Touch Screen

About SIEMENS INTEGREATED BAY CONTROLLER

Take advantage of advanced substations with the SIEMENS INTEGRATED BAY CONTROLLERa must-have solution for smart grid automation. Decorated with impeccable specifications, this ace controller offers data logging for up to 10,000 events and seamless communication via IEC 61850, DNP3, Modbus, and more. Designed for enviable reliability, it features dual power supplies, industrial-grade construction, remote firmware upgrades, and a self-diagnostic system. Purchase this robust controller to elevate the intelligence and efficiency of your substation automation projects. Its light grey, powder-coated finish ensures longevity and a professional appearance.

Features, Usage & Applications of SIEMENS INTEGRATED BAY CONTROLLER

Engineered for resilient substation automation, the SIEMENS INTEGRATED BAY CONTROLLER is loaded with real-time monitoring, event logging, and fault diagnostics. Its microprocessor-based architecture, LCD touch screen, and versatile mounting facilitate seamless operation. Widely used in energy distribution substations, it supports various communication standards and operates under harsh environmental conditions. Suitable for floor or wall mounting, it fits single-way installations and is designed for long-term, industrial-grade performance where reliability is critical.

Payment Terms, Supply Ability & Export Markets for SIEMENS INTEGRATED BAY CONTROLLER

Valuation and payment for the SIEMENS INTEGRATED BAY CONTROLLER are typically negotiated through mutually agreed terms prior to shipment. Supply ability ensures steady availability, with efficient transport services supporting swift delivery. The controller is exported globally, catering to key markets in Europe, Asia, and the Middle East. Shipment tracking and export documentation are provided, ensuring clients receive their orders securely and promptly, supported by a reliable logistics framework.

FAQs of SIEMENS INTEGREATED BAY CONTROLLER:

Q: How does the SIEMENS INTEGRATED BAY CONTROLLER enhance substation automation?

A: The controller automates substation operations by providing real-time monitoring, logging up to 10,000 events, and supporting advanced fault diagnostics, which streamlines processes and increases system reliability.

Q: What communication protocols are supported by this bay controller?

A: It supports multiple industry standards, including IEC 61850, DNP3, Modbus, and IEC 60870-5-104, ensuring flexible integration with various devices and platforms in substation environments.

Q: What is the typical process for firmware upgrades on the controller?

A: Firmware upgrades can be completed either remotely or locally, allowing for hassle-free maintenance and updates without disrupting operational workflows.

Q: Where can the SIEMENS INTEGRATED BAY CONTROLLER be installed?

A: It is designed for both floor and wall mounting, making it suitable for a wide range of substation layouts and installation preferences.

Q: What are the key benefits of using this controller in substations?

A: The main benefits include robust event storage, reliable self-diagnostics, dual power redundancy, and superior adaptability under varied environmental conditions, enhancing overall substation performance and uptime.

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