BAILEY INNIS01 NETWORK INTERFACE SLAVE MODULE

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BAILEY INNIS01 NETWORK INTERFACE SLAVE MODULE Specification

Features
Supports Bailey INFI 90 systems, reliable network communication, status indicators, plug-in module

Application
Process control systems, DCS communication interface

Cooling Method
Passive cooling

Working Temperature
0C to 60C

Connector Type
Backplane connector

Noise Level
Low electronic interference

Operating Temperature
0C to 60C

Power Supply
24 V DC external supply

Product Type
Network Interface Slave Module

Input Voltage
24 V DC (typical)

Voltage Protection
Integrated protection circuitry

Efficiency
Industrial grade efficiency

Material
Industrial-grade electronic components, metal housing

Storage Temperature
-40C to 85C

Weight
Approx. 550 g

Communication Protocols
INFI-NET

Typical Use
Slave communication interface between process modules and network

Part Number
INNIS01

Status Indicators
Front panel LEDs

Mounting Type
Rack-mount, plug-in

Compatibility
Bailey INFI 90 Distributed Control System (DCS)

Hot Swap Capability
Yes

Dimensions
Approx. 276 mm x 30 mm x 185 mm

Isolation
Optical and galvanic isolation

About BAILEY INNIS01 NETWORK INTERFACE SLAVE MODULE

Discover the BAILEY INNIS01 NETWORK INTERFACE SLAVE MODULE-a paragon of industrial control communication. Designed for seamless integration with the Bailey INFI 90 DCS, this rack-mount, plug-in module boasts majestic reliability and breathtaking performance. It features top-tier optical and galvanic isolation, front-panel LED status indicators, and industrial-grade efficiency. With reduced price offers, now is the time to shop this robust communication interface solution. Enjoy hot-swappable convenience, low noise levels, and resilient voltage protection. Built using high-quality components and a solid metal housing, it excels in rigorous process control environments. Shop now-limited stock available!

Application Scope: Industrial Usage and Versatile Deployment

The BAILEY INNIS01 NETWORK INTERFACE SLAVE MODULE is engineered for intensive process control applications. Ideal for controlling distributed systems, its type of usage spans across industry-grade DCS communication. Recommended site of application includes plant control rooms and industrial automation panels. Easily fitted onto rack-mounted surfaces using a backplane connector, the module's plug-in design ensures straightforward surface installation, making it perfect for reliable network integration.

Market Availability, Export Destinations, and Trade Terms

This module finds broad application in both the main domestic market across India and leading export markets throughout Asia and beyond. Competitive freight options are available for rapid shipment to your location. The asking price reflects its value as a high-performance DCS module, and inquiries about the current list price are welcome. Flexible payment terms aim to accommodate a range of procurement processes, streamlining your purchasing experience for seamless integration.

FAQ's of BAILEY INNIS01 NETWORK INTERFACE SLAVE MODULE:

Q: How does the BAILEY INNIS01 module integrate with the Bailey INFI 90 DCS?

A: The INNIS01 is specifically built for easy rack-mount, plug-in integration with the Bailey INFI 90 distributed control system, ensuring reliable slave communication between process modules and the plant network.

Q: What are the primary benefits of using this network interface slave module?

A: It offers industrial-grade reliability, optical and galvanic isolation for signal protection, hot swap capability for maintenance efficiency, and LED indicators for real-time status monitoring, all housed in a durable metal enclosure.

Q: Where is this product commonly installed within an industrial site?

A: The module is typically installed in control room panels or DCS racks, making it ideal for environments requiring robust process control and dependable network communication.

Q: What payment terms are available for purchasing the INNIS01 module?

A: Payment terms can be tailored to buyer needs, including advance payments or terms against delivery, ensuring a flexible and convenient procurement process.

Q: How does the INNIS01 module ensure safety and signal integrity during operation?

A: It features integrated voltage protection circuitry along with optical and galvanic isolation, safeguarding your systems from electrical faults and interference during continuous industrial operation.

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