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Home>VIBRO METER>Meggitt Vibro-Meter IOC4T 200-560-101-015 / IOC4T 200-560-101-018 | VM600 machinery-protection input/output card pair
Meggitt Vibro-Meter IOC4T 200-560-101-015 / IOC4T 200-560-101-018 | VM600 machinery-protection input/output card pair

Meggitt Vibro-Meter IOC4T 200-560-101-015 / IOC4T 200-560-101-018 | VM600 machinery-protection input/output card pair Item NO.: 2919893

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Product Name Meggitt Vibro-Meter IOC4T 200-560-101-015 / IOC4T 200-560-101-018 | VM600 machinery-protection input/output card pair
Item NO. 2919893
Weight 0.1 kg = 0.2205 lb = 3.5274 oz
Category VIBRO METER
Brand OTHER PRODUCTS
Creation Time 2026-10-15

Meggitt Vibro-Meter IOC4T 200-560-101-015 / IOC4T 200-560-101-018 | VM600 machinery-protection input/output card pair

Meggitt Vibro-Meter VM600 industrial monitoring hardware

Meggitt Vibro-Meter IOC4T 200-560-101-015 / IOC4T 200-560-101-018 | VM600 machinery-protection input/output card

VM600 · routes dynamic, tachometer, analog and relay signals between field wiring and the VM600 rack

01

Product Overview

Meggitt Vibro-Meter IOC4T 200-560-101-015 / IOC4T 200-560-101-018 is a VM600 machinery-protection input/output card pair. Its role is to carry the configured field signal set into the VM600 rack-side processing path and to return selected alarm or analog outputs to the field interface.

At the field side, IOC4T 200-560-101-015 / IOC4T 200-560-101-018 provides four dynamic input channels, two tachometer channels, four selectable analog outputs and four relay outputs. The same card also provides 32 jumper-selectable open-collector outputs, so the connector assignment determines which signal type is being used.

The VM600 rack supplies IOC4T 200-560-101-015 / IOC4T 200-560-101-018 with +5 VDC and ±12 VDC through the rack connection. Field wiring enters through the 48-terminal interface, while the associated processing card receives the channel and alarm data through the VM600 backplane.

VM600 input/output card technical illustration
02

Technical Specifications

Technical item Specification
Brand Meggitt Vibro-Meter
Product type Machinery-protection input/output card pair
Product family VM600 IOC4T
Variant A 200-560-101-015
Variant B 200-560-101-018
Dynamic inputs 4
Tachometer inputs 2
Analog outputs 4, selectable 4–20 mA or 0–10 V
Relay outputs 4 alarm relays
Open-collector outputs 32, jumper-selectable
Field terminals 48 screw-terminal connections
Rack supply +5 VDC and ±12 VDC
Rack path VM600 backplane
Operating temperature −25 to 65°C
Configuration path VM600 MPSx over RS-232 or Ethernet
Card relation Associated VM600 processing card
Interface role Field wiring to rack processing
Connector allocation J1: dynamic channels 1–4; J2: tachometer channels 1–2 and RL1–RL4; J3: analog outputs 1–4, DSI AR/DB/TM and buffered raw outputs 1–4
Buffered raw outputs Dynamic channels 1–4
Power consumption +5 VDC 1.5 W; ±12 VDC 0.7 W plus 0.25 W per current output
Operating humidity 0–90% RH, non-condensing
Storage range −40 to 85°C; 0–95% RH
Status indicator SLOT ERROR LED
Physical 6U × 20 mm × 125 mm; approximately 0.25 kg
Connector type 16-contact screw-terminal connectors
03

Product Functions: Signal Conditioning

IOC4T 200-560-101-015 / IOC4T 200-560-101-018 turns the connected field signals into the signal groups used by the VM600 machinery-protection path.

01

Dynamic input channels

Four dynamic channels carry vibration-related inputs into the IOC4T interface.

02

Tachometer path

Two tachometer channels provide speed reference information for the configured processing path.

03

Output groups

Analog, relay and open-collector outputs return selected status or process values to the field side.

04

System Integration: Rack and Field Paths

IOC4T 200-560-101-015 / IOC4T 200-560-101-018 sits between field terminals and the associated VM600 processing card.

01

Field connector

The 48-terminal interface carries the wired field signals and returns.

02

Backplane route

The VM600 backplane carries the interface data and supply rails to the processing side.

03

Card pairing

The IOC4T record is kept with the associated processing hardware and its configured channel map.

05

Frequently Asked Questions

How are the dynamic and tachometer channels separated on IOC4T 200-560-101-015 / IOC4T 200-560-101-018?

IOC4T 200-560-101-015 / IOC4T 200-560-101-018 has four dynamic inputs and two tachometer inputs, so the field wiring must be landed on the connector positions assigned to the intended signal group. The tachometer path supplies speed reference data rather than a fifth dynamic channel.

Which output type should be traced on IOC4T 200-560-101-015 / IOC4T 200-560-101-018 when an alarm leaves the rack?

IOC4T 200-560-101-015 / IOC4T 200-560-101-018 provides four relay outputs and 32 jumper-selectable open-collector outputs in addition to four analog outputs. The receiving circuit must therefore be matched to the output group actually configured on the card.

What powers IOC4T 200-560-101-015 / IOC4T 200-560-101-018 inside a VM600 rack?

IOC4T 200-560-101-015 / IOC4T 200-560-101-018 receives +5 VDC and ±12 VDC from the VM600 rack supply. The field terminals carry signal wiring; they are not the source of the card’s internal rack rails.

How does IOC4T 200-560-101-015 / IOC4T 200-560-101-018 reach the processing card?

IOC4T 200-560-101-015 / IOC4T 200-560-101-018 sends its interface data through the VM600 backplane to the associated processing card. The path is field connector, IOC4T interface, backplane and processing module.

Can the 015 and 018 strings on IOC4T 200-560-101-015 / IOC4T 200-560-101-018 be shortened to one IOC4T entry?

No. IOC4T 200-560-101-015 / IOC4T 200-560-101-018 contains two supplied identifiers, 200-560-101-015 and 200-560-101-018, and each must remain visible in the card record. A shortened family label would not identify which variant is installed.

What should be included when documenting IOC4T 200-560-101-015 / IOC4T 200-560-101-018 wiring?

Record the complete variant, rack position, field connector assignments and associated processing card for IOC4T 200-560-101-015 / IOC4T 200-560-101-018. This preserves the relationship between the terminal wiring and the VM600 channel configuration.

06

Company Profile

Moore Automation

https://www.mvme.cn/

Moore Automation supplies industrial automation and condition-monitoring parts for rack, interface, relay and sensor systems.

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