1-919-535-3180 | 1-800-360-6802
sales@pdfsupply.com
GE / IP FANUC Series 90/30 In Stock
1-919-535-3180
1-800-360-6802
Mon-Fri 8AM-5PM EST
sales@pdfsupply.com
IC695CPE330
SKU 2170101 UPC 0799705806740
Other Available Revisions for the IC695CPE330 -AAAA-AAAB-AAAC-AAAD-AAAE-AAAF-AAAG-ABAH-ABAJ-ABAK-ABAL-Programming SoftwareLT
Common misspellings:
- 1C695CPE330
- lC695CPE330
- IC695CPE33o
- IC695CPE330
Technical Specifications for IC695CPE330
| Manufacturer | GE Fanuc |
|---|---|
| Series | RX3i PACSystems |
| Part Number | IC695CPE330 |
| Product Type | CPU |
| CPU Program Block Capacity | 512 |
| Program Block Data Capacity | 128 KB |
| Serial Ports | None |
| RJ45 Ethernet Port | Supported |
| Number of LANs | 2 |
| Processor | 1.6-gigahertz dual-core processor |
Product Description
The IC695CPE330 is a programmable CPU with Ethernet connectivity in the GE Fanuc PACSystems RX3i Series. To program and configure IC695CPE330, you typically use Proficy Machine Edition software. As a user, you can choose any of several different languages in which to program the controller. Depending on what you want to do with industrial-scale automation, you can program in Ladder Diagram, Function Block Diagram, Structured Text, or C. You can also create Symbolic Variables confidently.
The module is a controller that supports other RX3i I/O and Intelligent Option modules. Its CPU can accommodate up to 512 program blocks, each of which can have a capacity of as much as 128 KB.
IC695CPE330 ships with 64 MB of user memory, 64 MB of program memory, and a pair of independent high-speed Ethernet LANs labeled LAN1 and LAN2. LAN1 uses a dedicated RJ-45 (sometimes written RJ45) connector. LAN2 uses a pair of internally switched connectors. Both LANs are served by dedicated microprocessors and network interface controllers, so that the involved Ethernet functions independently of the controller logic and I/O scanning. Ethernet interfaces on the controller sense data rates, communications modes, and cabling arrangements automatically.
Each of the two LANs can run up to 48 SRTP (Secure Real-time Transport Protocol) Server connections simultaneously. The controller supports three different serial protocols: Modbus RTU Slave, Serial I/O, and SNP Slave.
Cutouts in the controller's metal housing and labels on its faceplate make connectivity and cabling options readily apparent. The controller is designed to synchronize data while enabling multi-tier communications. It also allows you to transfer data to and from USB 2.0 removable data storage devices.
Technical Specifications
| Processing Speed: | 1 GHz |
| CPU Memory: | 64 Mbytes |
| Floating Point: | Yes |
| Ethernet Interfaces: | 2 (LAN 1 & LAN 2) |
| Serial Protocols: | Modbus RTU Slave, SNP Slave, Serial I/O |
| Embedded Comms: | RJ-45 |
The GE Fanuc IC695CPE330 CPU is an industrial central processing unit that is manufactured by GE Fanuc to be used as part of a GE RX3i PACSystems series industrial machine control system. The IC695CPE330 CPU has the capacity for a maximum of 512 program blocks, and each of these program blocks can have data capacities of up to 128 KB. The users can configure and program the IC695CPE330 CPU with the Machine Edition of the Proficy software. This central processing unit can be programmed with the function block diagram, the letter diagram, or the structured text setups depending on the applications that it is intended for. It comes with 64 MB of user memory and an equal amount of program memory.
The GE Fanuc RX3i PACSystems IC695CPE330 central processing unit does not come with any serial communication ports. However, it does come with an RJ45 Ethernet port that can handle communication speeds of 10 Mbaud, 100 Mbaud, or 1000 Mbaud. The IC695CPE330 CPU supports 2 high-speed Ethernet LANs that are able to operate independently and that are labeled as LAN1 and LAN2. LAN1 uses the CPU’s RJ45 Ethernet port, while LAN2 uses a pair of connectors that are internally switched instead. Both Ethernet LANs are able to handle as many as 48 secure real-time transport protocols or SRTP server connections at 1 time. The processor inside the IC695CPE330 CPU is a 1.6-gigahertz dual-core processor. This CPU is meant to be installed in a GE universal backplane and it has 32K discrete and analog I/O points.
Technical Information
CPU Features:
- RX3i Hot Standby Redundancy CPU with support for PROFINET I/O using IC695PNC001 PROFINET Controllers.
- RX3i Hot Standby Redundancy with Ethernet (EGD) & Genius I/O
- Simplex PROFINET I/O Controller with support for up to 32 I/O devices and update rates of 1 – 512ms. I/O device update rates of 8ms and faster are possible with 16 or fewer devices. When there are more than 16 devices configured, update rates of 16ms and higher are available.
- Supports two independent 10/100/1000 Ethernet LANs. LAN1 attaches via the dedicated (upper) RJ- 45 connector. LAN2 attaches via the lower pair of internally-switched RJ-45 connectors.
- Achilles Level 2 Communications Certification1
- The embedded Ethernet interface is supported by a dedicated microprocessor core. This dedicated processing capability permits the CPU to support these two LANs with:
- up to 48 simultaneous SRTP Server connections,
- up to 16 simultaneous Modbus®/TCP Server connections.
- 32 clients are permitted; each may be SRTP or Modbus/SRTP.
- OPC UA Server with support for up to 5 concurrent sessions with up to 10 concurrent variable subscriptions and up to 12,500 variables;
- up to 255 simultaneous Class 1 Ethernet Global Data (EGD) exchanges;
- two independent Redundant IP addresses, one for each of the embedded Ethernet LANs.
- Embedded SNTP Client allows synchronization of the high-resolution Time of Day Clock to an SNTP network time server.
- Optional Energy Pack, IC695ACC402, allows CPE330 to instantly save user memory to non-volatile storage in the event of loss of power.
* Indicates a trademark of General Electric Company and/or its subsidiaries. All other trademarks are the property of their respective owners. Copyright © 2015 - 2016 General Electric Company. All Rights Reserved.
1 Achilles Level 2 Communication Certification available in CPE330 R8.80 and later.
Troubleshooting
Troubleshooting IC695CPE330
Troubleshooting information is available on IC695CPE330's website page; it also includes a datasheet, a usermanual, and a wiring diagram.
Repair your IC695CPE330
PDF Supply can repair your IC695CPE330 in 3-5 business days. And PDF Supply stands by all of its repairs with a 1 year customer satisfaction warranty.
Error 8544 Flash Operation Failed
Description
One of the scenario to generate this error is trying to download a different IP address for a ethernet card to flash.
For example, PLC is running well with the ethernet card IP address 192.168.0.10. Then customer wants to change the IP to 10.0.0.10. After changing the new IP (10.0.0.10) in HW configuration first, and connecting with the PLC via the original IP (192.168.0.10), the customer choose to download all configuration to flash directly.
Then the error 8544 will occur, at the same time, PME will lose connection with PLC.
Resolution
If the customer wants to revise the IP address for a running system, there are 2 ways to complete that.
The first way, set the new IP address for the ethernet card as a new module.
- For the module, which could support Set Temporary IP function, like IC695CPE330/IC695ETM001. Input the MAC address attached in ethernet card into Set Temporary IP Address tool in PME to set the new IP.
- For the module, which could not support Set Temporary IP function, like IC695CPE305/310. Using the Serial port on the module to configure the new IP address, and download to CPU via serial port. Or if there is available ETM module installed in the same rack, the new IP could also be written in via this separate ethernet card.
The Second way, download the new IP address to CPU via PME.
- Configuring the new IP address (10.0.0.10)for ethernet card in HW configuration in PME;
- Connect with CPU via the original IP address(192.168.0.10);
- Download the configuration to Ram; (if the CPU is running, we need to stop it first)
- After downloading completed, the connection between PME and CPU will lose;
- Revising the IP address as the new one (10.0.0.10)in Target properties;
- Revising the PC IP address to the same network with the new IP address, for example, 10.0.0.100;
- Connect with CPU via the new IP (10.0.0.10) again;
- Right click Target, choose Online Commands->Flash/EEProm, then select Operation Write, click OK.
Then in Feedback Zone, it will show The Flash/EEPROM operation completed successfully. That means the new IP address has been written to flash successfully.
Customer Questions and Answers
- Question: What is an IC695CPE330? Answer: The IC695CPE330 is a Central Processing Unit with Ethernet from the GE Fanuc RX3i Series.
- Question: With what is IC695CPE330 equipped? Answer: It is equipped with a 1 GHz dual-core microprocessor, 64 Mbytes of built-in program memory and 2 independent high-speed Ethernet interfaces.
- Question: What does IC695CPE330 do? Answer: It is ideally suited for multi-tier communications and for synchronizing large amounts of data.
- Question: Over what software is IC695CPE330 programmed and configured? Answer: The programming and configuration of IC695CPE330 is completed over Ethernet via GE's Proficy Machine Edition (PME) software.
- Question: Where does IC695CPE330 reside and what does it support? Answer: It resides in the RX3i main rack and supports all RX3i I/O and Intelligent Option modules, up to 32K I/O points.
- Question: How much user memory does IC695CPE330 contain? Answer: 64 Mbytes
- Question: What does the optional energy pack allow IC695CPE330 to do? Answer: It allows the CPU to save user memory to non-volatile storage in the event of a loss of power.
- Question: What should I do if my IC695CPE330 is not working properly? Answer: Your IC695CPE330 may need repair.
For more information on the IC695CPE330 Central Processing Unit with Ethernet of the GE Fanuc RX3i Series, please see the Datasheet User-Manual.
Release History
|
Catalog Number |
Bundled w/ACC402 Energy Pack |
Date |
Firmware Version (Build Number) |
|||||||
|
Field Upgradeable |
Not Field Upgradeable |
|||||||||
|
Primary |
OS Loader |
BOC |
FPGA Primary |
µController Primary |
ACC402 EP Base |
µController Boot |
BIOS |
|||
|
IC695CPE330- ABAL IC695CPE330CA- ABAL |
|
May 2017 |
9.21 (E7RG) |
1.02 (E4OC) |
1.19 (43A1) |
1.254 (37A9) |
1.10 (n/a) |
2.20 (n/a) |
1.2 (n/a) |
0ACEE007 19-Mar-15 |
|
IC695CPE330- ABAK IC695CPE330CA- ABAK |
|
March 2017 |
9.10 (E7J9) |
1.02 (E4OC) |
1.19 (43A1) |
1.254 (37A9) |
1.10 (n/a) |
2.20 (n/a) |
1.2 (n/a) |
0ACEE007 19-Mar-15 |
|
IC695CPE330- ABAJ IC695CPE330CA- ABAJ |
|
July 2016 |
8.95 (E6FJ) |
1.02 (E4OC) |
1.19 (43A1) |
1.241 (20A4) |
1.10 (n/a) |
2.20 (n/a) |
1.2 (n/a) |
0ACEE007 19-Mar-15 |
|
IC695CPE330- ABAH IC695CPE330CA- ABAH |
|
May 2016 |
8.90 (E6AO) |
1.02 (E4OC) |
1.19 (43A1) |
1.241 (20A4) |
1.10 (n/a) |
2.20 (n/a) |
1.2 (n/a) |
0ACEE007 19-Mar-15 |
|
IC695CPE330- AAAG IC695CPE330CA- AAAG |
|
Feb 2016 |
8.80 (E5RM) |
1.02 (E4OC) |
1.19 (43A1) |
1.229 (38A8) |
1.10 (n/a) |
2.20 (n/a) |
1.2 (n/a) |
0ACEE007 19-Mar-15 |
|
IC695CPE330- AAAF |
|
Dec 2015 |
8.75 (B5O1) |
1.02 (E4OC) |
1.19 (43A1) |
1.229 (38A8) |
1.10 (n/a) |
2.20 (n/a) |
1.2 (n/a) |
0ACEE007 19-Mar-15 |
|
IC695CPE330- AAAE |
|
Nov 2015 |
8.70 (E5KG) |
1.02 (E4OC) |
1.19 (43A1) |
1.171 (16A14) |
1.6 (n/a) |
2.20 (n/a) |
1.2 (n/a) |
0ACEE007 19-Mar-15 |
|
IC695CPE330- AAAD |
|
Aug 2015 |
8.60 (E55G) |
1.02 (E4OC) |
1.19 (43A1) |
1.171 (16A14) |
1.6 (n/a) |
2.20 (n/a) |
1.2 (n/a) |
0ACEE007 19-Mar-15 |
|
IC695CPE330- AAAC |
|
June 2015 |
8.55 (E4YL) |
1.02 (E4OC) |
1.19 (43A1) |
1.171 (16A14) |
1.6 (n/a) |
2.20 (n/a) |
1.2 (n/a) |
0ACEE007 19-Mar-15 |
|
IC695CPE330- AAAB |
|
May 2015 |
8.50 (E4V9) |
1.02 (E4OC) |
1.19 (43A1) |
1.171 (16A14) |
1.6 (n/a) |
2.20 (n/a) |
1.2 (n/a) |
0ACEE007 19-Mar-15 |
|
IC695CPE330- AAAA |
IC695CPK330 |
Mar 2015 |
8.45 (E4P6) |
1.02 (E4OC) |
1.19 (43A1) |
1.110 (11A12) |
1.5 (n/a) |
2.19 (n/a) |
1.2 (n/a) |
0ACEE007 19-Mar-15 |
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