Vibro-Meter / Meggitt 200-560-000-212 VM600 IOC4T Input/Output Card
A RoHS-compliant IOC4T separate-circuits execution for the VM600 MPC4 machinery protection card, with 50 Ω buffered dynamic outputs.
Product Overview
200-560-000-212 is the separate-circuits IOC4T input/output card used with the VM600 MPC4 machinery protection card. The 2-series ordering position identifies the separate-circuits version.
The 212 hardware belongs to the later RoHS-compliant IOC4T generation and provides 50 Ω buffered raw dynamic-signal outputs. Earlier 211-or-lower IOC4T cards use a different 2000 Ω output design.
Three 16-contact screw-terminal connectors separate dynamic inputs, tachometer and relay circuits, DC outputs, control inputs and buffered sensor outputs. The paired MPC4 version must be checked before exchange because the later buffered-output circuitry was redesigned as a card pair.
Performance
Terminate dynamic channels
J1 receives analog signals for MPC4 dynamic measurement channels 1 through 4.
Route speed and relay circuits
J2 carries two tachometer inputs and four relay-contact outputs.
Expose control and output signals
J3 provides DC outputs, AR/DB/TM control inputs and buffered raw sensor outputs.
Technical Details
| Manufacturer | Vibro-Meter / Meggitt | Exact model | 200-560-000-212 |
|---|---|---|---|
| Card type | VM600 IOC4T | MPC4 relationship | Rear input/output card |
| Circuit version | Separate circuits | Compliance generation | RoHS-compliant later version |
| Buffered-output impedance | 50 Ω | Connector J1 | 16-contact screw terminal; dynamic inputs 1–4 |
| Connector J2 | 16-contact screw terminal; tachometer inputs 1–2 and relays 1–4 | Connector J3 | 16-contact screw terminal; DC outputs, control inputs and buffered outputs |
About IndustryParts
https://www.industryparts.com/Card-pair and terminal evidence stay together
IndustryParts links the exact IOC4T card, companion MPC4 generation and three connector schedules before a quotation is prepared.
- •Exact submitted model retained
- •Installed-system evidence reviewed
- •Requested quantity linked to the enquiry
System Integration
Record the card pair
Capture both MPC4 and IOC4T part numbers, firmware and hardware versions before removal.
Map every connector
Label J1, J2 and J3 conductors and retain terminal schedules for measurement, relay and control circuits.
Check output loading
Verify the connected buffered-output equipment is suitable for the 50 Ω later-generation design.
Prove the protection path
After installation, test dynamic channels, speed inputs, relays, DC outputs and the approved machinery-protection response.
Applications
VM600 machinery protection
Terminating sensor, tachometer, relay and control circuits behind a compatible MPC4 protection card.
Separate-circuit installations
Maintaining the specific IOC4T circuit partition identified by the 2-series ordering position.
Later-generation output paths
Preserving the 50 Ω buffered-output architecture when replacing a RoHS-compliant card pair.
FAQ
Which MPC4 information should accompany a 200-560-000-212 enquiry?
Provide the companion MPC4 part number, firmware and hardware versions, rack slot and clear labels from both cards.
Can a 200-560-000-211 directly replace 200-560-000-212?
No automatic substitution should be made because the earlier card uses a 2000 Ω buffered-output design rather than the later 50 Ω architecture.
Why must J1, J2 and J3 schedules be supplied for 200-560-000-212?
The connectors carry different measurement, tachometer, relay, DC-output and control circuits that must return to the correct terminals.
What load information matters for 200-560-000-212 buffered outputs?
Identify every connected recorder, monitor or interface and confirm that its input is compatible with the 50 Ω buffered-output path.
How should 200-560-000-212 be accepted after service?
Verify all dynamic and tachometer channels, relay action, DC outputs, control inputs and the approved MPC4 machinery-protection test.
Request a model-specific quotation
Send the complete 200-560-000-212 label, requested quantity, delivery destination and installed-system context.
