GE FANUC IC697BEM711

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MOQ : 1 Piece

GE FANUC IC697BEM711 Specification

Connectivity Type
Bus Interface

Features
Remote I/O, LED Status Indicators, Easy Configuration

Mounting Type
Rack Mount

Frequency
50/60 Hz

Weight
Approx. 0.7 kg

Load Capacity
Up to 30 Drop Modules

Phase
Single Phase

Speed Range
High Speed Data Transfer

Cable Length
Up to 600 meters (Total drop cable length)

Control Type
Digital

Remote Control
Yes

Automation Grade
Automatic

IP Rating
IP20

Processor Type
Microprocessor-Based

Application
PLC Communication Module for Series 90-70

Material
High-grade Industrial Electronic Components

Power
Internal Power Supply, External 24 VDC

Temperature
0C to 60C (Operating)

Voltage
24 VDC

GE FANUC IC697BEM711 Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
Piece

Packaging Details
AS PER CUSTOMER REQUIREMENT

Main Export Market(s)
Australia, North America, South America, Eastern Europe, Western Europe, Middle East, Africa, Central America, Asia

Main Domestic Market
All India

About GE FANUC IC697BEM711

Experience elite industrial performance with the GE FANUC IC697BEM711 Bus Interface Module, a praiseworthy addition to the GE Fanuc 90-70 PLC Series. Crafted from exquisite, high-grade electronic components, this eminent module enables seamless access to the in-demand GE Genius I/O Bus, supporting multiple I/O channels and advanced communication protocols. Equipped with sophisticated LED indicators and optical isolation, the IC697BEM711 delivers reliable, automatic digital control in demanding environments. Its rack-mount design, IP20 rating, and wide temperature/humidity tolerance ensure both durability and versatility for industrial automation and remote control applications.

Key Features and Applications of GE FANUC IC697BEM711

The GE FANUC IC697BEM711 boasts multiple I/O channels, high-speed data transfer, and remote I/O capabilities, making it a top choice for industrial automation. Frequently used by system integrators, automation engineers, and factory operations, this unit serves as a robust PLC communication module for the GE Series 90-70. Its bus interface and eminent microprocessor technology enable precise digital control, delivering reliable performance across industrial communication networks.

Supply, Packaging, and Logistics for Quick Dispatch

With a reputation for quick dispatch and efficient logistics, the GE FANUC IC697BEM711 is available with steady supply ability to meet high demand. Packaging is undertaken in sturdy, export-grade materials, ensuring safety during transit. FOB ports across key Indian cities facilitate seamless global distribution, while dispatching and tracking processes are streamlined for distributor, exporter, and trader convenience, guaranteeing timely delivery to clients worldwide.

FAQs of GE FANUC IC697BEM711:

Q: How does the GE FANUC IC697BEM711 enhance PLC communication?

A: The IC697BEM711 utilizes the GE Genius I/O Bus protocol and multiple I/O channels, providing high-speed, reliable digital communication between control systems and distributed modules within industrial environments.

Q: What are the key features that make this module in demand?

A: Key features include praiseworthy LED status indicators, optical isolation, remote I/O support, rack mountability, IP20 protection, and compatibility with up to 30 drop modulesoffering flexibility and rapid configuration for diverse industrial automation needs.

Q: Where can the IC697BEM711 be used and by whom?

A: This module is used primarily in automation industries by system integrators, manufacturers, and service providers requiring robust communication between PLCs and field devices in demanding conditions.

Q: What is the process for the installation and configuration of this module?

A: Installation is straightforward thanks to its rack mount design and easy configuration features. The status LEDs guide the user during setup, and up to 600 meters of total cable length can be used for connecting drop modules.

Q: What benefits does the optical isolation provide?

A: Optical isolation between logic and field circuits safeguards the system from electrical noise and voltage surges, enhancing reliability and longevity in high-interference industrial settings.

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