GE Fanuc IC698CHS217 | I/O Rack Rx7i PACsystem

Overview

The GE Fanuc IC698CHS217 is an advanced RX7i PACSystem I/O rack designed for versatile industrial applications. It supports a wide range of configurations, including RX7i CPUs, Series 90-70 I/O, and VME modules. The system provides seamless integration with high-speed VME64 backplane connectors, automatic daisy chaining, and easy-to-use I/O configuration, offering enhanced flexibility for industrial control systems.

Key Features

• VME64 Backplane: High-speed data transfers up to 64 bits per cycle.
• Flexible Slot Configurations: Accommodates 15 single-width or 8 double-width modules, or a combination of both.
• Rear I/O Access: Enables quick access to the I/O connectors with an offset bracket.
• Automatic Daisy Chaining: Eliminates the need for blank slot jumpers.
• No Jumper or DIP Switches: Provides automatic addressing of I/O modules.
• Rack Dimensions:
  • Without Rear Cover: 11.15″H x 19″W x 8.875″D (283 x 483 x 225 mm)
  • With Rear Cover: 11.15″H x 19″W x 8.97″D (283 x 483 x 228 mm)
• Power Supply Slot: Slot 0 accommodates a plug-in RX7i AC power supply.
• Supports High Wattage: Suitable for high-current configurations with up to 350 watts of power output.

Technical Specifications

• Model: GE Fanuc IC698CHS217
• Series: RX7i PACSystem
• Application: Industrial automation, I/O control, high-speed data processing
• Number of Slots: 18 (Slots 1-17: 0.8″ wide, Slot 0: 2.4″ wide for power supply)
• Current:
  • 100W supply: 350 watts (Total: 60 amps)
  • 350W supply: 350 watts (Total: 60 amps)
• Slot Compatibility: RX7i, Series 90-70, VME modules
• Mounting: Requires eight M6 machine screws for mounting with rack spacers.
• Power Supply: Supports plug-in RX7i AC power supplies for various wattages.

FAQs

Q1: What modules can be used with the GE Fanuc IC698CHS217 I/O rack?

• The rack supports RX7i, Series 90-70, and VME modules.

Q2: How does the system address I/O modules?

• The system automatically addresses I/O modules, eliminating the need for jumpers or DIP switches.

Q3: What is the maximum power output for this rack system?

• The maximum power output depends on the power supply used: up to 350 watts.