EasyManuals Logo

Meggitt vibro-meter VM600 Quick Start Manual

Meggitt vibro-meter VM600
88 pages
To Next Page IconTo Next Page
To Next Page IconTo Next Page
To Previous Page IconTo Previous Page
To Previous Page IconTo Previous Page
Page #32 background imageLoading...
Page #32 background image
QUICK START MANUAL Document reference MAVM600MK2MPS-QS/E
VM600
Mk2
machinery protection system (MPS) Edition 2 - February 2021
1-16
Installing VM600
Mk2
modules
INTRODUCTION TO THE VM600
Mk2
MACHINERY PROTECTION SYSTEM (MPS)
Table 1-2 show the installation restrictions that apply to MPS modules/cards in a
VM600
Mk2
/VM600 slimline rack (ABE056).
When a VM600
Mk2
machinery protection system (MPS) is installed for the first time, the
MPC4
Mk2
+IOC4
Mk2
modules and RLC16
Mk2
modules within it must be configured
according to their intended application.
MPC4
Mk2
+IOC4
Mk2
modules are software configured using the VibroSight Protect
software, while RLC16
Mk2
modules are configured and controlled by the MPC4
Mk2
module
that they are associated with.
However, jumpers must be manually configured to match the VibroSight Protect configuration
for the modules, as follows:
•For MPC4
Mk2
+IOC4
Mk2
modules, jumpers on the IOC4
Mk2
are manually configured to
select the VM600
Mk2
/VM600 rack’s Open Collector (OC) bus and/or Raw bus lines that
are used to share signals/lines between the MPC4
Mk2
+IOC4
Mk2
and other modules in
the rack, for example, to control and monitor RLC16
Mk2
module relays, to share status
information between logical functions, and distribute the system-wide VM600
Mk2
MPS
safety-line control signal.
For RLC16
Mk2
modules, jumpers on the RLC16
Mk2
are manually configured to select the
VM600
Mk2
/VM600 rack’s Open Collector (OC) bus and/or Raw bus lines that are used
to share signals/lines between the RLC16
Mk2
and other modules in the rack, for example,
to control and monitor RLC16
Mk2
module relays, to share status information between
logical functions, and distribute the system-wide VM600
Mk2
MPS safety-line control
signal.
In general, all configurable elements (module/card configurations (software) and jumpers
(hardware)) are normally configured in the factory before delivery of the system.
See also 1.8 Software configuration and 1.9 Hardware configuration.
Table 1-2: Attribution of slots in a VM600
Mk2
/VM600 slimline rack (ABE056)
VME
slot no.
Module/card or system component
accepted in front module/card cage
Module/card or system component
accepted in rear module/card cage
1
MPC4
Mk2
(AMC8, MPC4 or XMx16)
IOC4
Mk2
or RLC16
Mk2
(IOC4T, IOC8T or XIO16T, or RLC16 or IRC4)
0
(None)
RLC16
Mk2
(RLC16)
Notes
A MPC4
Mk2
module must have an IOC4
Mk2
module installed directly behind it in a VM600
Mk2
/VM600 rack.
A VM600
Mk2
/VM600 slimline rack (ABE056) has one rack slot / module position in the front and two rack slots /
module positions in the rear. In the VME slot no. column, the factory assigned default values are used. However,
different VME slot umbers can be used, if required.

Table of Contents

Other manuals for Meggitt vibro-meter VM600

Questions and Answers:

Question and Answer IconNeed help?

Do you have a question about the Meggitt vibro-meter VM600 and is the answer not in the manual?

Meggitt vibro-meter VM600 Specifications

General IconGeneral
BrandMeggitt
Modelvibro-meter VM600
CategoryProtection Device
LanguageEnglish