VIBRO-METER VM600Mk2 CPUMMk2 + IOCNMk2 rack controller and communications interface module

VM600Mk2

CPUMMk2 + IOCNMk2

rack controller and

communications

interface module

KEY FEATURES AND BENEFITS

• VibroSight ® compatible hardware from the

vibro-meter ® product line

• VM600Mk2 (second generation)

rack controller and communications interface

module

• VM600Mk2 module data aggregation, processing

and sharing

• Industry standard fieldbus communications

interfaces: Modbus TCP and PROFIBUS DP

• Mathematical processing of data to be shared via

fieldbus

• System/module status (health) information

available via fieldbus

• Front-panel alarm reset (AR) button

• VM600Mk2 rack (CPUMMk2) security with a

removable key

• Two system Ethernet connections and two

fieldbus connections can run simultaneously

• Module-level communications redundancy with

two fieldbuses per module: Ethernet

and/or serial

• Rack-level communications redundancy with two

modules per rack (module redundancy)

KEY BENEFITS AND FEATURES (cont’d)

• Two output relays to signal system statuses

and alarms

• CPUMMk2 +  IOCNMk2 module diagnostic logs

available via the VibroSight ® software

• Live insertion and removal of modules

(hot-swappable)

• Gigabit (1 Gbps) system Ethernet

communication

• Front-panel status indicators (LEDs)

• Compatible with later VM600 system racks

(ABE04x) with I2C interface (VME utility bus)

APPLICATIONS

• Rack controller and communications interface

for VM600Mk2 systems

• Communications gateway between VM600Mk2

and third-party systems, such as DCS or PLC

• Enables sharing of data from VM600Mk2

monitoring modules in machinery protection,

condition monitoring and/or combustion

monitoring applications

APPLICATIONS (continued)

• Module redundancy with two

CPUMMk2 +  IOCNMk2 modules per rack helps

ensure VM600Mk2 system communications for

applications where the cost of failure is high

• Alternatively, module redundancy (two

CPUMMk2 +  IOCNMk2 modules per rack) can be

used to implement more complex

communication configurations