IC698ACC701 Lithium Battery pack
PACSystems* RX7i Controller
Performance – Delivering on the
Demands of Your Most Advanced
Applications
• Pentium® CPUs for your every need, from
Celeron 300Mhz to M Class 1.8Ghz
• VME64 Backplane provides up to four
times the bandwidth of existing Series
90*-70 systems
• 10/100 Ethernet built into the CPU, with
easy cabling RJ-45 dual ports connected
through an auto-sensing switch — no need
for additional switches or hubs rack to rack
• Up to 64MB memory for fast execution,
storage of the complete program with all
documentation (including Excel, Word, PDF
and DXF files) — all in one CPU
• Object Oriented programming through
IEC languages including C for fast executing,
standards based applications
• Integration of Control Memory Xchange,
a high speed global memory over a fiber
network — like having a networked drive
everyone can see and share
• High capacity power supplies (100W and
350W) to reduce the requirement for an
external supply
Productivity – Maximizing Efficiency
of Design and Operation
• One common environment for configuring,
programming, commissioning, and
maintaining your application with Proficy*
Machine Edition
• One tool for Control, View and Motion program
development
• System Management with Manager provides
Version Control, Security Access, and
Audit Trail
• Embed Proficy Historian or other tools typically
requiring a separate computer for
maximum productivity
With our CPX family of CPUs, the Series 90-70
offers more for your automation dollar—more
computing power, more memory for your
applications, and more communications and
redundancy capabilities. And it provides
increased flexibility for a variety of
applications due to a wide range of isolated
and high-density VME analog I/O modules.
Open Architecture
Based on the VME-bus standard, the Series
90-70 can be used with thousands of boards
produced by hundreds of different manufacturers
to build a solution that meets your
exact needs. These include links to drives
and drive systems, servo motor controllers,
embedded solutions for vision systems and
bus-to-bus interface modules, as well as a
variety of modules available from GE (see
accompanying table).
Various Degrees of Redundancy
Combining the Series 90-70 with the
advanced functionality of Genius* I/O,
GE Genius Modular Redundancy (GMR)
systems and Hot Standby systems can
provide as much or as little redundancy
as you need for your critical applications.
• The versatility and strength of the GMR
system make it an ideal choice for rigorous
emergency shutdown and human life protection
systems. It has a class 6 TÜV rating.
• Based on three isolated PLCs and extensive
diagnostics, the GMR triple modular
redundancy system uses two-out-of-three
voting to provide high reliability and errorfree
operation.
• CPU Genius Redundancy (CGR) systems
achieve enhanced hot standby CPU redundancy
by connecting two power supplies
and two CGR CPUs to one or more Genius
I/O networks.
Flexible Communications Options
The Series 90-70 offers a wide variety of
communications options, including Ethernet
TCP/IP, reflective memory, Genius LAN,
and serial communications modules that
enable precise solutions using off-the-shelf
components. It is an ideal candidate for
acting as your factory-floor server, collecting
data and seamlessly integrating it with the
ERP system.
------------------------------------------------------------------------------------------------
Simplex Controllers
IC697CPU731 CPU, 512 Discrete I/O, 32K Memory, 12 MHz Processor, 1 serial port
IC697CPX928 CPU, 12K Discrete I/O, 6 Meg Memory, 96 MHz Processor, 3 serial ports
IC697CPX772 CPU, 2K Discrete I/O, 512K Memory, 96 MHz Processor, 3 serial ports
IC697CPX935 CPU, 12K Discrete I/O, 1 Meg fast access Memory, 96 MHz Processor,
3 serial ports
IC697CPX782 CPU, 12K Discrete I/O, 1 Meg Memory, 96 MHz Processor, 3 serial ports
Hot Standby CPUs IC697CGR772 CPU, 2K Discrete I/O, 512K Memory, 96 MHz Processor, 3 serial ports
IC697CGR935 CPU, 12K Discrete I/O, 1Meg Memory, 96 MHz Processor, 3 serial ports
Critical Control CPU IC697CPM790 CPU, 2K Discrete I/O, 1 Meg Memory, 64 MHz Processor. Triplex Voted I/O
IC697MDL240 120 Vac Isolated Input (16 Points)
IC697MDL240RR 120 Vac Isolated Input (16 Points)
IC697MDL241 240 Vac Isolated Input (16 Points)
IC697MDL241RR 240 Vac Isolated Input (16 Points)
IC697MDL250 120 Vac Input (32 Points)
IC697MDL250RR 120 Vac Input (32 Points)
IC697MDL251 120 Vac Input (16 Points) Non-isolated
IC697MDL251RR 120 Vac Input (16 Points) Non-isolated
IC697MDL252 12 Vac Input (32 Points)
IC697MDL252RR 12 Vac Input (32 Points)
IC697MDL253 24 Vac Input (32 Points)
IC697MDL253RR 24 Vac Input (32 Points)
IC697MDL254 48 Vac Input (32 Points)
IC697MDL254RR 48 Vac Input (32 Points)
IC697MDL340 120 Vac Output, 2 Amp (16 Points)
IC697MDL340RR 120 Vac Output, 2 Amp (16 Points)
IC697MDL341 120/240 Vac Isolated Output, 2 Amp (12 Points)
IC697MDL341RR 120/240 Vac Isolated Output, 2 Amp (12 Points)
IC697MDL350 120 Vac Output, 0.5 Amp (32 Points)
IC697MDL350RR 120 Vac Output, 05 Amp (32 Points)
IC697MDL640 125 Vdc Input (16 Points)
IC697MDL640RR 125 Vdc Input (16 Points)
IC697MDL650RR 24 Vdc Input, Positive Logic (32 Points)
IC697MDL651 5 Vdc (TTL) Input (32 Points)
IC697MDL651RR 5 Vdc (TTL) Input (32 Points)
IC697MDL652 12 Vdc Input, Positive/Negative Logic (32 Points)
IC697MDL652CA 12 Vdc Input, Positive/Negative Logic (32 Points) Conformal coated.
IC697MDL652RR 12 Vdc Input, Positive/Negative Logic (32 Points)
IC697MDL653 24 Vdc Input, Positive/Negative Logic (32 Points)
IC697MDL653RR 24 Vdc Input, Positive/Negative Logic (32 Points)
IC697MDL654 48 Vdc Input, Positive/Negative Logic (32 Points)
IC697MDL654RR 48 Vdc Input, Positive/Negative Logic (32 Points)
IC697MDL671 Interrupt Input Module, 14 points
IC697MDL671RR Interrupt Input Module, 14 points
IC697MDL740 24/48 Vdc Output, 2 Amp, Positive Logic (16 Points)
IC697MDL740RR 24/48 Vdc Output, 2 Amp, Positive Logic (16 Points)
IC697MDL750 24/48 Vdc Output, 0.5 Amp, Positive Logic (32 Points)
IC697MDL750RR 24/48 Vdc Output, 05 Amp, Positive Logic (32 Points)
IC697MDL752 12 Vdc Output, 0.5 Amp, Positive Logic (32 Points)
IC697MDL752CA 12 Vdc Output, 0.5 Amp, Positive Logic (32 Points) Conformal Coated
IC697MDL752RR 12 Vdc Output, 05 Amp, Positive Logic (32 Points)
IC697MDL753 5/48 Vdc Output, 0.5 Amp, Negative Logic (32 Points)
IC697MDL753RR 5/48 Vdc Output, 05 Amp, Negative Logic (32 Points)
IC697MDL940 Relay Output, Signal, 2 Amp (16 Points)
IC697MDL940RR Relay Output, Signal, 2 Amp (16 Points)
IC697MEM713 Expansion RAM, 64K Bytes, CMOS (Used w/77X CPUs and PCM)
IC697MEM713RR Expansion RAM, 64 KBytes, CMOS (Used w/77X CPUs & PCM)
IC697MEM715 Expansion RAM, 128K Bytes, CMOS (Used w/77X CPUs and PCM)
IC697MEM715RR Expansion RAM, 128 KBytes,CMOS (Used w/77X CPUs & PCM)
IC697MEM717 Expansion RAM, 256K Bytes, CMOS (Used w/77X CPUs and PCM)
IC697MEM717RR Expansion RAM, 256 KBytes,CMOS (Used w/77X CPUs & PCM)
IC697MEM719 Expansion RAM, 512K Bytes, CMOS (Used w/77X CPUs and PCM)
IC697MEM719RR Expansion RAM, 512 KBytes,CMOS (Used w/77X CPUs & PCM)
IC697MEM731 Expansion RAM, 128K Bytes, CMOS, 32 Bit (Used w/78X CPUs)
IC697MEM731RR Expansion RAM, 128K Bytes, CMOS, 32 Bit (Used w/78X CPUs)
IC697MEM732 Exp. RAM, 256K Bytes, Non-volatile Flash, 32 Bit (Used w/78X CPUs)
IC697MEM732RR Exp RAM, 256K Bytes, Non-volatile Flash, 32 Bit (Used w/78X CPUs)
IC697MEM733 Expansion RAM, 256K Bytes, CMOS, 32 Bit (Used w/78X CPUs)
IC697MEM733RR Expansion RAM, 256K Bytes, CMOS, 32 Bit (Used w/78X CPUs)
IC697MEM735 Expansion RAM, 512K Bytes, CMOS, 32 Bit (Used w/78X CPUs)
IC697MEM735RR Expansion RAM, 512K Bytes, CMOS, 32 Bit (Used w/78X CPUs)
IC697MLX000 Series 90-70 Labels Kit
IC697MSC701RR Series 90-70 Demonstration Case
IC697MSC800 GMR Redundancy System, 386, 100 TMR I/O, (Rack, P/S, CPU, RAM, 3-GBC)
IC697MSC801 GMR Redundancy System, 386, 2K TMR I/O, (Rack, P/S, CPU, RAM, 3-GBC)
IC697MSC802 GMR Redundancy System, 486, 2K TMR I/O, (Rack, P/S, CPU, RAM, 3-GBC)
