General Electric IC695CPU310
General Electric IC695CPU310
General Electric IC695CPU310
General Electric IC695CPU310
General Electric IC695CPU310
General Electric IC695CPU310
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  • Lifecycle status

    Discontinued / Obsolete by OEM
    Apter Power supports legacy sourcing, revision verification, and pre-shipment checks for installed RX3i systems.

IC695CPU310

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Emerson PACSystems IC695CPU310 is a 300 MHz RX3i CPU with 10 MB battery-backed user memory, 10 MB flash, dual backplane support, and two onboard serial ports.
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Technical specifications for IC695CPU310

  • Manufacturer:
    General Electric
  • Part Number:
    IC695CPU310
  • Product Family:
    GE PACSystems RX3i
  • Product Type:
    CPU Module
  • Stock:
    1
  • CPU Speed:
    300 MHz
  • User RAM Memory:
    10 Mbytes
  • User Flash Memory:
    10 Mbytes
  • Program Blocks:
    Up to 512; 128 KB maximum per block
  • Embedded Communications:
    RS-232 and RS-485
  • Serial Protocols:
    Modbus RTU Slave, SNP, Serial I/O
  • Backplane:
    RX3i PCI and Series 90-30-style serial buses
  • Backplane Power:
    +3.3 VDC at 1.25 A nominal; +5 VDC at 1.0 A nominal
  • Operating Temperature:
    0 to 60 degrees C
  • Weight:
    0.42 kg
  • Estimated shipping dimensions:
    7x13.3x13.5cm
  • Tariff Code:
    Please confirm the destination before shipping
  • Country of origin:
    USA
  • Place of shipment:
    Xiamen, Fujian, China
By purchasing this item, you agree to the Terms & Conditions, ApterPower is not an authorized distributor for listed manufacturers or tradenames and therefore the manufacturer's warranty does not apply. All our products come with ApterPower's 1-year warranty.

More Information

Overview Revision & Firmware Rack & I/O Serial & Battery Product Applications Manuals

Features:

  • 300 MHz PACSystems RX3i CPU with 10 Mbytes of user RAM and 10 Mbytes of flash memory.
  • Dual backplane support combines RX3i PCI I/O with the documented Series 90-30-style serial bus.
  • Series FS is identified in the manufacturer release history with firmware version 5.03.
This CPU provides the execution, memory, and reference-table resources for an installed RX3i control project; project backup and catalog-revision capture should therefore precede removal.

The two onboard serial ports serve different electrical interfaces, so technicians should record the active port, cable, protocol, and shielding arrangement before substitution.

The release-history suffix is part of the maintenance boundary. Firmware level and supported modules must be checked with the system documentation rather than inferred from the base catalog number alone.

For General Electric IC695CPU310 CPU Module inquiries, Apter Power can help verify revision, firmware, and installed rack context before sourcing.
  • Treat the two-letter catalog suffix as a revision identifier; capture it before ordering a spare.
  • Series FS maps to firmware version 5.03 in the manufacturer release history.
  • Confirm the project, firmware, and connected option modules before loading an image into a replacement CPU.
  • Do not use another CPU310 revision as an automatic substitute without checking the release history and installed system requirements.
  • The CPU occupies two rack slots and should not be placed in the rightmost slot identified by the installation instructions.
  • The RX3i PCI bus supports newer high-throughput I/O while the serial backplane supports documented Series 90-30 migration.
  • Verify every installed I/O, communications, motion, and intelligent module against the applicable RX3i compatibility documentation.
  • Record rack position and active modules before removal because the CPU is a head-end unit for the installed control path.
  • COM1 is the RS-232 interface; capture the cable and connected device before moving the application.
  • COM2 is the RS-485 interface and its installation requires the shielding and cable-length limits stated in the CPU instructions.
  • Connect the approved battery after the CPU is installed in a powered rack to avoid unnecessary battery drain.
  • Preserve the running program and configuration before battery or CPU service because user RAM depends on backup power when rack power is removed.
  • Real-time machine and process control in installed PACSystems RX3i systems.
  • Material-handling control projects that use the CPU310 execution and memory resources.
  • Maintenance of RX3i racks using documented PCI and Series 90-30-style serial backplane modules.
  • Serial device integration through the CPU onboard RS-232 or RS-485 interface after protocol and cable verification.
General Electric IC695CPU310 CPU Module Manuals,Datasheets,Link Important Notice: Other accessories, manuals, cables, calibration data, software, and related items are not included unless identified in the stock item description.
Description
IC695CPU310 is a 300 MHz PACSystems RX3i central processing unit with 10 Mbytes of battery-backed user RAM, 10 Mbytes of non-volatile flash, and support for up to 512 program blocks.

IC695CPU310 communicates through independent RS-232 and RS-485 ports and uses the RX3i dual backplane to connect PCI-based I/O while supporting documented Series 90-30 migration paths.

IC695CPU310 Series FS corresponds to firmware release 5.03 in the manufacturer release history, so maintenance teams should verify the installed revision and firmware before replacing or restoring the CPU.
Revisions

Revision Part #

Also known as

IC695CPU310BB
IC695CPU310-BB, Series BB, Rev BB
IC695CPU310CB
IC695CPU310-CB, Series CB, Rev CB
IC695CPU310CC
IC695CPU310-CC, Series CC, Rev CC
IC695CPU310CF
IC695CPU310-CF, Series CF, Rev CF
IC695CPU310EL
IC695CPU310-EL, Series EL, Rev EL
IC695CPU310FS
IC695CPU310-FS, Series FS, Rev FS
Technical notes
Use the manufacturer release history to match the installed catalog revision to its firmware level before loading a project or replacing the CPU. Series FS maps to firmware 5.03, while battery handling, rack placement, supported I/O, and serial cabling should be checked against the applicable GFK-2329 and GFK-2314 instructions.
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FAQS

The following is a list of questions commonly asked by our customers. Please contact us if you have a question about our process that is not answered below.
Before replacing IC695CPU310, how should a maintenance engineer verify the installed revision?
Record the full catalog label and the two-letter suffix, then compare that suffix with the manufacturer release history. Series FS maps to firmware 5.03, so the replacement plan should preserve the project and firmware boundary instead of relying only on the base number.
When servicing IC695CPU310, what battery sequence protects the stored project?
Back up the project first and follow the CPU instructions for the approved battery. The manufacturer directs users to install the CPU in a powered rack before first connecting the battery, which reduces unnecessary drain and preserves the intended backup function.
During a serial-device migration, how should IC695CPU310 port selection be checked?
Identify whether the installed device uses COM1 RS-232 or COM2 RS-485, then record its protocol, cable, shielding, and network length. The two ports are electrically different, so copying only baud-rate settings is not enough for a reliable migration.
Before moving IC695CPU310 to another rack position, what installation boundary must be reviewed?
Confirm that two adjacent slots are available and that the proposed position is not the highest-numbered rightmost slot described in the installation instructions. Record the current rack position and module arrangement before power is removed.
For an RX3i expansion using IC695CPU310, how should existing Series 90-30 modules be screened?
Create an installed-module list and compare every I/O, communications, motion, and intelligent module with the supported-module tables in the RX3i system documentation. The serial backplane supports migration, but that does not make every legacy module automatically suitable.
For an IC695CPU310 sourcing request, which installed-system records should procurement collect?
Provide the complete catalog revision, firmware version, rack position, active serial interfaces, connected option modules, and a readable label photo. Those records let the engineering review focus on the exact installed unit rather than a generic CPU310 description.