Emerson IC200CPUE05-MV VersaMax CPU with Ethernet Interfaces
A VersaMax controller with integrated Ethernet, serial communications, configurable memory and retained MV hardware identity.
Product Identification
IC200CPUE05-MV combines VersaMax controller execution with Ethernet, RS-232 and RS-485 communications. Program and data allocations share configurable memory, and the controller supports floating-point operations, a battery-backed real-time clock and network services for the installed automation node.
The MV suffix remains part of the service identity. A replacement decision should retain the full label, firmware and Machine Edition project as one record rather than relying on the base IC200CPUE05 family name.
Use the complete IC200CPUE05-MV label together with the project checksum, firmware release, Ethernet addressing and serial-port use; a base catalog match alone does not reproduce the installed controller state.
Engineering Data
- Controller platform
- VersaMax
- Maximum configurable memory
- 64 KB
- Boolean execution
- 0.8 ms per K typical
- Ethernet interface
- 10BASE-T, RJ45, half- or full-duplex
- Ethernet server resources
- Up to 8 SRTP server connections
- EGD capacity
- 32 exchanges; up to 100 data ranges and 1400 bytes per exchange
- Serial interfaces
- RS-232 and RS-485
- 5 V current requirement
- 220 mA
- 3.3 V current requirement
- 570 mA
- Dimensions
- 126 × 128 × 69.1 mm
- Clock accuracy
- 100 ppm
- Retentive storage
- System flash and battery-backed RAM
Functions
Execute
Runs the stored control program with boolean and floating-point processing for the local VersaMax station.
Exchange
Supports SRTP and Ethernet Global Data while retaining serial paths for the documented installation.
Retain
Maintains the approved program and clock-dependent records through system flash and battery-backed memory.
Diagnose
Provides controller, Ethernet and station information through the project environment and Station Manager.
About IndustryParts
https://www.industryparts.com/Controlled handling for IC200CPUE05-MV
IndustryParts keeps the submitted IC200CPUE05-MV identity, requested quantity and installed-system evidence together so a proposed supply can be checked before dispatch.
- Suffix and MOD identity kept visible
- Mating hardware recorded before supply
- Acceptance evidence linked to the order
Applications
Ethernet-connected machine control
Controller nodes that exchange deterministic project data with supervisory or peer equipment over the installed 10 Mb/s network.
VersaMax station modernization
Service work where the complete rack layout, serial duties and MV hardware record must remain unchanged.
Distributed automation
Local control with retained program execution and documented EGD or SRTP communication relationships.
Lifecycle
Archive
Back up the complete Machine Edition project, logic, reference tables, Ethernet settings and serial configuration.
Identify
Photograph the MV label and record firmware, memory allocations, clock state and battery condition.
Restore
Install only after rack and power checks, then load the approved project without changing addresses or exchange definitions.
Accept
Prove local I/O, serial channels, SRTP connections, every active EGD exchange and retentive behavior.
FAQ
What network evidence is needed for a IC200CPUE05-MV quotation?
Include IP addressing, duplex setting, SRTP relationships, EGD exchange records and the complete MV controller label.
How much configurable memory does IC200CPUE05-MV provide?
The official Emerson product record lists 64 KB maximum configurable memory shared by program and data allocations.
Does IC200CPUE05-MV replace a controller with different Ethernet resources automatically?
No. Connection counts, EGD definitions, firmware, serial duties and rack support must be reviewed before substitution.
What should be saved before removing IC200CPUE05-MV?
Save the project, reference tables, Ethernet and serial settings, firmware record, clock-dependent data and any retentive-state procedure.
What closes a IC200CPUE05-MV replacement record?
A passed controller start, I/O proof, communications test, time check and verification that approved retained values behave as intended.
