Scanivalve MPS4232 Mounting instructions
MPS4232
iv
MPS4232
Section 1: Introduction
iv
MPS4232
Preface
PREFACE
The WARNING! symbol indicates that danger of injury to persons and the environment and/or
considerable damage (mortal danger, danger of injury) could occur if the respecve safety precau-
ons are not taken.
The CAUTION! symbol indicates danger to the system and material if the respecve safety precau-
ons are not taken.
The ESD note symbol indicates that proper precauons for handling Electrostac Sensive Devices
need to be taken when performing the related operaon. This includes the use of grounded work
surfaces and personal wrist straps to prevent damage to sensive electronic components.
Scanivalve Corporaon, Liberty Lake, Washington,
hereaer referred to as Seller, warrants to the Buyer
and the rst end user that its products will be free from
defects in workmanship and materi al for a period of twelve
(12) months from date of delivery. Wrien noce of any
claimed defect must be received by Seller within thirty
(30) days aer such defect is rst discovered. The claimed
defecve product must be returned by prepaid transporta-
on to Seller within ninety (90) days aer the defect is rst
discovered. Seller’s obligaons under this Warranty are
limited to repairing or replacing, at its opon, any product
or component part thereof that is proven to be other than
as herein warranted.
Surface transportaon charges covering any
repaired or replacement product or component part shall
be at Seller’s expense; however, inspecon, tesng and
return transportaon charges covering any product or
component part returned and redelivered, which proves
not to be defecve, shall be at the expense of Buyer or the
end user, whomever has returned such product or compo-
nent part.
This Warranty does not extend to any Seller product
or component part thereof which has been subjected to
misuse, accident or improper installaon, maintenance or
applicaon; or to any product or component part thereof
which has been repaired or altered outside of Seller’s facili-
es unless authorized in wri ng by Seller, or unless such
installaon, repair or alteraon is performed by Seller; or
to any labor charges whatsoever, whether for removal and/
or reinstallaon of the defecve pro duct or component
part or otherwise, except for Seller’s labor charges for
repair or replacement in accordance with the Warran ty.
Any repaired or replacement product or component part
thereof provided by Seller under this Warranty shall, upon
redelivery to Buyer, be warranted for the unexpired poron
of the original product warranty.
THIS WARRANTY IS IN LIEU OF AND EXCLUDES ALL
OTHER WARRANTIES, EXPRESSED OR IMPLIED, ARISING
v
MPS4232 Section 1: Introduction
v
MPS4232 Preface
BY OPERATION OF LAW OR OTHERWISE, INCLUDING THE
IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS
FOR A PARTICULAR PURPOSE, AND IN NO EVENT SHALL
SELLER BE LIABLE FOR INCIDENTAL OR CONSEQUENTIAL
DAMAGES.
In the event of a failure:
1) Nofy Scanivalve Corporaon, Customer Service
De partment. Include model number and serial number.
On receipt of this informaon, service data or shipping
instrucons will be forwarded. This may be transacted by
telephone or e-mail.
2) On receipt of shipping instrucons, forward the
pro duct, transportaon prepaid. Repairs will be made and
the product returned.
3) All shipments should be made via “Best
Way.” The product should be shipped in the original
packing container or wrapped in protecve material and
surrounded by a minimum of four (4) inches of a shock
absorbing material.
Scanivalve is a registered trademark of Scanivalve Corpora-
on.
LabVIEW® is a registered trademark of Naonal Instru-
ments.
All other brand and product names are trademarks or regis-
tered trademarks of their respecve companies.
If the product must be shipped, whether being returned
to Scanivalve or relocated to another locaon, it must be
packaged properly to minimize the risk of damage. The
recommended method of packing is to place the instru-
ment in a container, surrounded on all sides with at lease
four inches of shock aenuang material such as Styrofoam
peanuts.
Please note that the product specicaons and other
informaon contained in this manual are subject to change
without noce. Scanivalve Corporaon makes an eort and
strives to provide complete and current informaon for the
proper use of the equipment. If there are any quesons
regarding this manual or the proper use of the equipment,
contact Scanivalve Corporaon.
If there are any quesons or concerns regarding any Scani-
valve product, please do not hesitate to contact us at the
following:
Scanivalve Corp.
1722 N. Madson Street
Liberty Lake, WA 99019
Telephone: (800)935-5151 (509)891-9970
Fax: (509)891-9481
scanco@scanivalve.com
www.scanivalve.com
Scanivalve Corporaon is an ISO 9001:2015 cered
company.
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1
MPS4232 Table of Contents
Warnings, Cauons, and Notes iv
Warranty iv
Trademarks ® and Copyrights © v
Packaging for Shipment v
Important Noce v
Contact Informaon v
General Specicaons 7
Environment Specicaons 7
Overview 10
Module Conguraons 10
Pressure Range 10
Valve Actuaon 10
Pressure Sensors 10
Electronics 10
Pneumac Inputs 11
Power & Ethernet Connecons 11
Unpack & Inventory 13
Mounng 13
Environmental Consideraons 13
Warm-up 13
Communicaons 13
Serial Communicaons 13
Ethernet Communicaons 14
Seng Up an Ethernet Connecon 14
Using a Stac IPv4 address 14
PC - Web Server 15
PC - TCP/IP 15
PC - UDP 15
PC - ScanTel 15
PC - LabVIEW 15
PC - HyperTerminal 15
Scanning 16
Scan Rate 16
Scan Duraon 16
Scan Data Format 16
Scan Data Units 16
Starng a Scan 16
Scanning with an External Trigger 16
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MPS4232
Table of Contents
Seng up an External Frame Trigger 17
Seng up an External Scan Trigger 17
Scan-on-Startup Opon 17
Scan Data Output Methods 17
ASCII TCP Scan Data Transfer 17
Binary TCP Scan Data Transfer 18
FTP Scan Data Transfer 18
UDP Scan Data Transfer 18
Binary Data Buering 18
Zero Oset Calibraons (CALZ) 19
IEEE1588v2 Precision Time Protocol 19
PTP Triggered Scan 19
Mulple Unit Operaons 20
Mulple Unit Scan Command 20
Mulple Unit Stop Command 21
Mulple Unit Find Command 21
Web Server 22
Web Server: Main Display 23
Web Server: Scan 24
Web Server: File Browser 26
Pneumac Connecons 28
Basics of Connecng Input Tubes 28
Pressure Measurement (Px) Ports 28
Reference (REF) Port 28
Removable Pressure Input Headers 28
Electrical Connectors 29
Power/Serial/Trigger Connecon 29
Ethernet Connector 29
Overview 32
MPS Commands 32
MPS4200 Buer Descripon 33
MPS Network Conguraons 33
Isolated Network 33
Integrated with System Network 33
Sub-Network with Gateway 33
MPS Data Output Denions 33
Host to MPS Command Packet 33
MPS to Host ASCII Packet 33
Scan Data Formats 34
ASCII Scan Data Examples 34
Unformaed ASCII 34
Formaed ASCII 35
Comma Separated Variable ASCII 35
Binary Scan Data Formats 35
Table 5.1 - Standard 32 Channel Binary Data Packet 35
Table 5.2 - Padded 64 Channel Binary Data Packet 36
3
MPS4232 Table of Contents
Table 5.3 - LabVIEW® Binary Packet (32 Chan) 37
Table 5.4 - LabVIEW® Binary Packet (64 Chan) 37
FTP File Names and Formats 37
Command Format 38
General Control Commands 39
Status 39
MPS Firmware Version 39
MPS Core Versions 39
Calibraon Version 40
Flash Directory Contents 40
Delete File 40
Load Conguraon File 40
File Contents 41
List 41
Save 42
Stop 42
Reboot 43
Format Flash 43
Read Current Temperature 43
Read Model 44
IP Variables 46
List IP Sengs (LIST IP) 46
Set IP Address of the MPS (IPADD) 46
Set Subnet of the MPS (SUBNET) 46
Set Physical Ethernet Address (MAC) 46
Set Gateway (GW) 47
Scan Variables 48
List Scan Sengs (LIST S) 48
Set Rate (RATE) 48
Set Frames Per Scan (FPS) 48
Set Scan Units (UNITS) 49
Set Scanning Data Format (FORMAT) 50
Set Trigger (TRIG) 50
Set Enable FTP (ENFTP) 51
Idencaon Variables 52
List Idencaon Sengs (LIST ID) 52
Set Serial Number (SN) 52
Set Nominal Pressure Range (NPR) 52
Set the Mulple Device Mulcast Address (MCAST) 52
Miscellaneous Variables 54
List Miscellaneous Sengs (LIST M) 54
Set Simulaon (SIM) 54
Set Echo (ECHO) 54
Set Excitaon (XITE) 54
Set Validaon Error Tolerance (ETOL) 55
FTP Variables (LIST FTP) 56
LIST FTP Sengs (LIST FTP) 56
Set User Name (USERFTP) 56
Set FTP Password (PASSFTP) 56
Set FTP IP Address (IPFTP) 57
Set FTP File Name (FILEFTP) 57
UDP Variables 58
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MPS4232
Table of Contents
List UDP Sengs (LIST UDP) 58
Set UDP Enable (ENUDP) 58
Set the UDP Target Address and Port (IPUDP) 58
Calibraon and Validaon Commands 59
Calibraon 59
Mulple Unit Calibraon 59
Calibraon & Validaon 59
Mulple Unit Calibraon & Validaon 60
Validaon 60
Mulple Unit Validaon 61
Quick-Zero Oset Calibraon (CALZ) 61
Calibraon Variables (LIST C) 62
List Calibraon Sengs (LIST C) 62
Set Number of Points in Conversion Table (NUMPTS) 62
Set Minimum Calibraon and Validaon Values (MIN) 63
Set Maximum Calibraon and Validaon Values (MAX) 63
Set Oven and Calibrator Delays (DELAY) 63
Set the Calibrator IP Address, Port and Calibrator Number (IPCAL) 64
Set the Calibraon and Validaon Average (CALAVG) 64
Set Enable CALZ Before validaon (VALZO) 64
Set Field Calibraon Points (FCAL) 65
Set Field Validaon Points (FVAL) 65
Oven Variables (LIST O) 66
List Oven Sengs (LIST O) 66
Set the Oven IP Address, Port and Calibrator Number (IPOven) 66
Set the Oven Start Command (STARTOVEN) 66
Set the Oven Stop Command (STOPOVEN) 67
Set the Temperature Command (TEMPOVEN) 67
Conversion Table Variables 68
List Least-Squared Coecients (LIST T) 68
Set Coecients 68
Mulcast Commands 69
Mulple Unit Find 69
Mulple Unit Stop 69
Mulple Unit Scan 69
Precision Time Protocol Variables (LIST PTP) 70
LIST Precision Time Protocol Sengs (LIST PTP) 70
Set PTP Enable (PTPEN) 70
Set PTP Stascal Output (STAT) 70
Set Scan Start Time (SST) 71
Set Scan Start Date (SSD) 71
Set UTC Oset (UTCOFFSET) 72
Get PTP Time 73
Set PTP Time 73
Get UTC Oset 73
Firmware Installaon (Windows 7, 8, 10) 76
Firmware Installaon via Web Server 76
Calibraon Coecient Installaon (Windows 7, 8, 10) 78
Firmware Installaon via Web Server 78
Changing the IP Address 79
5
MPS4232 Table of Contents
Formang the Flash Disk 80
Calibraon & Validaon Overview 81
Full Calibraon & validaon 81
Field Calibraon & validaon 81
Field Calibraon & Validaon Procedure 81
Setup and Conguraon 81
Performing a Single or Mul-Field Calibraon 82
Performing a Single or Mul-Field Validaon 82
Performing a Single or Mul-Field Calibraon-Validaon 83
Performing a Manual Field Calibraon or Validaon 83
Table 6-1: Recommended Cal/Val Sengs 83
Appendix A - Engineering Unit Conversion Constants 85
Appendix B - LabVIEW® Client Example 86
Appendix C - Data Matrix 87
Appendix D - Soware Revision Log 88
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MPS4232
Section 1: Specifications
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7
MPS4232 Section 1: Introduction
Section 1: Specifications
MPS4232
Size (WxHxD) (includes tubes)
0.5” x 1.62” x 4.13”
[12.7mm x 41.15mm x 104.78mm]
Weight 0.19lbs [86.2g]
Inputs (Px) 0.042” [1.067mm] OD
(standard)
0.031” [.787mm] OD
(oponal)
Inputs (REF) 0.063” [1.600mm] OD
Standard Full Scale Ranges* ±4 inH2O, ±8 inH2O,
±1psid, ±5psid, ±15psid,
50psid
[995.4Pa, 1990.7Pa,
6.89kPa, 34.5kPa,
103.4kPa, 344.7kPa]
*Modules calibrated at +15PSI F.S. or higher are only calibrated to -15PSI.
Accuracy**
4 inH2O ±0.20% FS
8 inH2O ±0.15% FS
1psid ±0.06% FS
5psid ±0.06% FS
15psid ±0.06% FS
50psid ±0.06% FS
** Including linearity, hysteresis, and repeatability.
Overpressure (No damage)
4 inH2O 2psi
8 inH2O 2psi
1psid 10psi
5psid 40psi
15psid 75psi
50psid 200psi
Maximum
Reference Pressure 50psig (344.7kPa) or
overpressure range,
whichever is less
Data Output Rate*** - Hz (samples/channel/second)
Binary 1000Hz
ASCII 100Hz
*** maximum data rate depends on network
A/D Resoluon 24bit
Ethernet Connecon 100baseT
MDIX auto-crossing
Communicaons
Ethernet IEEE802.3
TCP/IP HTTP, Telnet, FTP
UDP
Precision Time Protocol IEEE1588-2008v2
Power Requirements 5-36Vdc, 3.5W
External Trigger 5-15Vdc, 6.5mA
Mang Connectors
Ethernet TE Connecvity PLG 8P8C Mini2
Power TE Connecvity PLG 8P8C Mini1
Temperature
Operaon 0 to 70°C
Storage 0 to 80°C
Compensated 0 to 70°C
Humidity
Operaon 5 to 95% RH, Non-Condensing
Storage 5 to 95% RH, Non-Condensing
Shock & Vibraon MIL-STD-810G, Category 24
Media Gasses compable with
Silicon, Silicone,
Aluminum and Buna-N
Maximum
Environmental Pressure 100psia (690kPa absolute)
Minimum
Environmental Pressure 0.50psia (3.45kPa absolute)
Standards: CE & RoHS v3
8
MPS4232
Section 1: Specifications
41.15
1.62
38.10
1.50
POWER INPUT: 5-36VDC
ETHERNET: 100baseT AUTO-
CROSSING ETHERNET
CONNECTION
POWER, LINK AND LAN
LED INDICATORS
104.78
4.13
12.70
.50
Px INPUTS 1-16 Px INPUTS 17-32
REFERENCE INPUT
.063"[1.6] O.D. SS
TUBULATION
12.70
.50
REMOVABLE Px INPUT HEADER
AVAILABLE WITH .042" [1.1] (STANDARD)
OR .031" [.79] (OPTIONAL) O.D. SS
TUBULATIONS
9
MPS4232 Section 1: Introduction
Section 1: Specifications
MPS4232
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10
MPS4232
Section 2: Introduction
The MPS4232 is a 32 channel, intelligent, miniature pres-
sure scanner. Each MPS4232 series scanner incorporates
32 individual piezoresisve pressure sensors. In addion
to the pressure sensors, the MPS4232 integrates all of
the electronics for the analog-to-digital (A/D) conver-
sion process and a dual-core processor operang system
supporng the engineering unit conversion process and all
communicaons overhead. The integral DC/DC converters
allow for a single 5-36Vdc power input. Communicaons
and data output is via Ethernet, and RS-232 communica-
ons are included for backup and troubleshoong. All 32
pressure sensors share a common reference cavity in the
center of the module.
The MPS4200 series is the rst product designed by Scani-
valve to leverage the proprietary “Dynamic CALZ” funcon.
The funcon eecvely nulls the zero oset of the enre
analog-to-digital conversion process with every single scan.
This feature produces extremely stable sensor outputs and
virtually eliminates all zero dri in the system. With negli-
gible zero dri over me or temperature, the tradional
pneumac zero correcon that was frequently required is
now greatly reduced.
The MPS4232 is the 32 channel pressure scanner variant in
the MPS4000 series of pressure scanners. All variants in the
series use the same sensor package. However, the elec-
tronics are dierent for each, and the overall form factor
is slightly dierent for each model. Because the interface,
form factor, and funcon is dierent for each variant they
will be covered in separate documents. There are several
opons that, for the most part, apply to all variants.
Each MPS module can be ordered in the following pressure
ranges:
4 inH2O
8 inH2O
1psi
5psi
15psi
50psi
Unlike the MPS4200 64 channel scanners, the MPS4232
does not oer an integrated valve to change the pneumac
state of the module. The MPS4232 is always in “Measure-
ment Mode”, meaning the Px ports are routed directly
to each discrete sensor, and the REF port connects to an
internal cavity where the negave side of all 32 sensors
are exposed. Any CALZ’s performed must be performed
in a “wind-o” condion -- meaning no pressure is being
applied to the input ports (Px and REF) and all tubes are
exposed to ambient condions.
For calibraons and validaons, a removable calibraon
header can be used to manifold all 32 inputs to a single
Calibraon port. This removable header can be purchased
separate from Scanivalve.
The 32 pressure sensors in the MPS4200 series are
mounted in groups of four to custom designed ceramic
bases. Eight (8) ceramic bases, or “scks,” are RTV’d to a
printed circuit board to create a 32 channel set. This archi-
tecture allows for a single four-channel sensor “sck” to be
replaced at the factory if needed. It also provides double
isolaon from any mechanical stresses that may be present
in the assembly.
Each PCB includes four (4) RTD’s. The RTD’s are used to
measure the temperature across the enre sensor board,
and are accurately compensated for the temperature of
each sensor. The RTD’s are calibrated during the full calibra-
on procedure of the MPS4232.
All sensors are installed onto a single printed circuit
board, which also houses the modules A/Ds, processor,
and external connecons. The single sensor circuit board
is mounted so that the negave side of all sensors are
exposed to an open volume that is used as a common
reference pressure for all 32 channels.
The MPS4232 has one (1) unique printed circuit board that
houses all sensors, electronics, and connecons. This board
11
MPS4232 Section 2: Introduction
contains:
• All of the interface electrical connectors including the
Ethernet and Power connectors (which also supplies
RS-232 and external triggering leads)
• DC-DC power supply
• Processor and memory chips
• All Analog-to-Digital converters (one per sensor)
• 32 pressure sensors (4 per ceramic sck)
For added convenience and exibility, the pneumac inputs
on the MPS4000 series use removable headers. There
is one input pneumac connector on the MPS4232 that
house the 32 individual channel inputs for measurement
pressure (Px ports) and a single REF or reference port. The
pneumac connector is held on with three capve screws.
The removable input header allows for dierent input
headers to be installed or removed at any me. This allows
for dierent pneumac inputs, allowing for plumbing to
be removed from the module and swapped with another
module or plumbing harness, blanking caps for protecon,
or a calibraon input header for calibraons and valida-
ons. Please see Scanivalve’s Module Accessory Catalog for
a complete list of all pneumac input opons.
The MPS4232 has its power and Ethernet connecons
located on one end. The power connecon also serves as
an external trigger input and allows for a serial connec-
on. LEDs are posioned in a recessed cavity between the
two connectors to indicate power, link and acvity. Both
the power and the Ethernet connector are TE Connecvity
“Mini I/O” series but are polarized dierently to prevent
improper connecons. The connectors are latching to
prevent vibraon from loosening the connecons.
12
MPS4232
Section 2: Introduction
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13
MPS4232 Section 3: Operation
When you rst unpack the MPS4232 module, begin by
inspecng and inventorying the contents of the package.
If any visible damage is immediately noced or if any
contents are missing, contact Scanivalve before proceeding.
As a minimum, MPS4232 modules are shipped with the
following contents:
1. MPS4232 Module
2. Protecve Case
3. 155625 - Power Cable with Flying Leads
4. 156110 - Ethernet RJ45 Adaptor Cable
5. MPS4232 Resource Disk - USB (contains full calibra-
on report, rmware les, and backup coecients)
6. Cercate of Calibraon
The MPS can be mounted in any orientaon. The light-
weight nature of the MPS4232 allows it to be xed to a
surface using velcro or similar. Note: The screws on the
back side of the MPS should not be removed and used for
mounng. These screws maintain the leak-ght aspect of
the module.
The MPS4232 series scanner is designed to withstand
normal industrial, ight test, educaonal, wind tunnel or
similar applicaons. The module is not water proof and it
should be protected from any splash, spray, or mist. If any
moisture gets spilled or splashed on the MPS module, wipe
it dry immediately to prevent damage to the module.
The MPS module should not be mounted in a locaon
where it may be subjected to extreme temperature shis
or ambient temperatures outside limits dened in “Secon
1: Specicaons” on page 7. Keep in mind that the
internal temperature of the module will run approximately
5°C - 10°C warmer than ambient temperature. This temper-
ature increase is accounted for in the calibraon tables.
The temperature specicaon listed is in relaon to the
ambient temperature.
CAUTION! Mounng the MPS
module inadequately or in an envi-
ronment that does not conform to
the recommendaons can results in
permanent damage to the module.
Due to the design of the MPS4232, the accuracy is only
minimally impacted by the device warming up aer
inially being powered. The module can take up to 3 hours
to fully warm up (in a 25°C ambient environment). It is
recommended that the module be allowed to warm up
for a 15-30 minutes before collecng data, but this is not
mandatory. If me allows, the warm-up period should be
extended to 60 minutes for most applicaons.
The MPS module is designed primarily for Ethernet
communicaons. This provides a means to congure the
MPS module as well as scan and collect data from the
module.
A serial RS-232 connecon is also supported. The serial
connecon is designed to provide emergency commu-
nicaons with the module in cases where an Ethernet
connecon cannot be established. If the internal memory
in the MPS is corrupted in any way, the serial connecon
allows the user to format the memory and restore the
operang les.
Every MPS4232 module has an RS-232 serial output. It is
available through the Power/Serial/Trigger connector
on the module. This connector on the module is a TE
Connecvity PLG 8P8C Mini1. This is a latching connector
to prevent the connector from becoming unseated when
subjected to vibraons. The wiring diagram for the power/
serial/trigger connector can be found in Secon 4: Hard-
ware.
Sengs for establishing a serial connecon to the MPS4232
module are as follows:
Bits per second: 9600 BAUD
Data bits: 8
Parity: none
Stop bits: 1
Flow control: none
A serial and Ethernet connecon can be established simul-
taneously. All commands listed in Secon 5 are accepted
via serial communicaons.
The serial connecon is designed to be used to congure
the module, provide emergency communicaons for
14
MPS4232
Section 3: Operation
troubleshoong and nd/change the MPS’s IP address if
it is unknown. For informaon on changing the commu-
nicaon parameters, including the module’s Ethernet IP
address, see “Changing the IP Address” procedure.
The Power/Serial/Trigger Communicaons port also serves
as the input for the power and external scan trigger
connecons. For more informaon on externally triggering
scans, see “Scanning With An External Trigger.”
Several power/serial/trigger cables are available for
purchase. Please see the Module Accessory Catalog for all
cabling opons.
The MPS4232 has one Ethernet 100Base-T with MDIX
auto-crossing connecon. This is the primary means
of communicaons with the MPS. This connector on
the module is a TE Connecvity PLG 8P8C Mini2. This
is a latching connector to prevent the connector from
becoming unseated when subjected to vibraons.
Shielded Category 5e cable or beer is recommended
for all Ethernet connecons. The wiring diagram for the
Ethernet connector can be found in Secon 4: Hardware.
Several Ethernet cables are available for purchase. Please
see the Module Accessory Catalog for all cabling opons.
Before an Ethernet connecon can be established, the IP
address must be congured. This can be done manually
with a “stac” IP address. If a “stac” IP address is desired,
the IP address of the MPS must be set manually. The IP
address assigned to the MPS must be compable
with the network/host computer.
If a stac IP address is desired, the IP address must be
manually congured. The IP address that is congured in
the MPS must be compable with the network the MPS is
being connected to. If simply connecng the MPS directly
to a host computer, the IP address of the MPS and the host
computer must be compable, which may require manual
conguraon of the MPS and/or computer.
The range of compable IP addresses is dened by
the subnet mask. The standard default subnet mask
is 255.255.0.0. This default subnet mask requires that
the IP address of the module and host computer must
share the rst two octets, or sets of numbers. The third
and fourth octets of the IP address are variable with this
subnet, although it is typically recommended that the third
octet also be shared between the host computer and the
module. The subnet mask digits of “255” dene that the
two IP addresses must have matching digits in those posi-
ons, and the subnet mask digit of “0” allows the two IP
addresses to have unique values for those octets and sll
be compable. No two devices on a single network can
share the same IP address. Below are some examples of
compable and non-compable IP addresses:
Example of matching the rst three octets
Subnet mask: 255.255.255.0
Host computer: 191.30.95.90
MPS module: 191.30.95.100
Example of matching the rst two octets
Subnet mask: 255.255.0.0
Host computer: 191.30.1.1
MPS module: 191.30.95.125
Example of NON-COMPATIBLE IP addresses
Subnet mask: 255.255.255.0
Host computer: 191.30.1.1
MPS module: 191.30.95.5
When conguring the network, the IP address of the MPS
module can be modied to match the network, or the
IP address of the host computer can be modied to be
compable with the MPS module.
The IP address of a Windows 7, 8, or 10 host computer can
be changed under:
Control Panel -> Network and Sharing Center -> Local
Area Connecon/Ethernet -> Properes -> Internet
Protocol Version 4 (TCP/IPv4) -> Properes
Changing the IP address of the host computer may require
administrave rights.
The IP address of the computer can quickly be found using
Windows Command Prompt and the command “ipcong.”
MPS4200 modules are shipped with a pre-congured IP
address that uses the following format:
191.30.95.xxx
The rst two octets used are unique to all Scanivalve prod-
ucts (191.30). The third octet is the device family code (95
for MPS4232). The fourth octet is the last three digits of
the MPS’s serial number. “xxx” is only a placeholder in the
example as all modules will have dierent serial numbers.
Based on the examples above, the host computer can be
congured to communicate with the shipped IP address of
an MPS.
In situaons where the IP address of the host computer
Table of contents
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