VPInstruments VPVision User manual

VPVision
VPINSTRUMENTS.COM
User manual
© 2020 Van Putten Instruments BV
MAN-VP-V-UK-2000 Date: 29-7-2020

All rights reserved. No parts of thi s document ma y be reproduced i n a ny form or by a ny mea ns - graphi c,
el ectroni c, or mecha ni cal , i ncl udi ng photocopying, recording, ta pi ng, or i nforma tion s torage and retrieval
systems - wi thout the written permis s i on of the publ is her.
Products that are referred to i n this document may be ei ther tra demarks a nd/or regi stered tra dema rks of the
res pective owners . The publ i s her a nd the a uthor make no cl a im to these tradema rks .
Whi le e very precaution ha s been ta ken i n the prepa rati on of thi s document, the publ is her a nd the a uthor
as s ume no responsi bi li ty for errors or omi s s ions, or for da mages res ul ting from the us e of informa ti on
conta i ned in thi s document or from the us e of programs a nd s ource code tha t ma y a ccompa ny i t. In no event
sha l l the publ is her a nd the a uthor be l i abl e for any l os s of profi t or a ny othe r commercia l dama ge caused or
al l eged to have been caus ed di rectly or indirectly by this document.
Creati on da te: 29-7-2020 i n De l ft
VPVision
© 2020 Van Putten Instruments BV
Publisher
Van Putten Instruments BV
Buitenwatersloot 335
2614 GS Delft
The Netherlands

3
Table of Contents
1Warning - Read this first 5
2Introduction 6
................................................................................................................................... 7
1 System overview
3Quick start in 9 steps 8
4Preparation 9
................................................................................................................................... 9
1 P&ID
................................................................................................................................... 9
2 Contact IT department
.......................................................................................................................................................... 9
General access
.......................................................................................................................................................... 10
Connect via Ethernet
.......................................................................................................................................................... 10
Access remotely
................................................................................................................................... 10
3 Create wiring diagram
................................................................................................................................... 11
4 Sensor configuration
5Hardware installation 12
................................................................................................................................... 12
1 PC connection
................................................................................................................................... 12
2 RS485 connection
................................................................................................................................... 14
3 Analog input connection
................................................................................................................................... 14
4 VPN connection
................................................................................................................................... 15
5 Cellular internet
................................................................................................................................... 15
6 Power supplies
................................................................................................................................... 16
7 VPVision_M
6Getting started with VPVision 17
................................................................................................................................... 17
1 Terminology
................................................................................................................................... 17
2 Accessing the site settings
................................................................................................................................... 18
3 Authentication
................................................................................................................................... 18
4 User management
................................................................................................................................... 18
5 Managing input devices
................................................................................................................................... 18
6 Defining widgets
................................................................................................................................... 18
7 Composing pages
................................................................................................................................... 19
8 Reports and Alarms
7Advanced configurations 19
................................................................................................................................... 19
1 System status
................................................................................................................................... 19
2 License management
................................................................................................................................... 19
3 Network settings
................................................................................................................................... 19
4 Mail server settings
8Specification 20

© 2020 Van Putten Instruments BV | MAN-VP-V-UK | Revision: 2000 | Date: 29-7-2020
4
9Apendix 21
................................................................................................................................... 21
1 Modbus networks
................................................................................................................................... 22
2 Cables for VPVision
................................................................................................................................... 23
3 Troubleshooting
.......................................................................................................................................................... 23
Problems and solutions
.......................................................................................................................................................... 23
Communication issues
................................................................................................................................... 24
4 Documentation example

© 2020 Van Putten Instruments BV | MAN-VP-V-UK | Revision: 2000 | Date: 29-7-2020
5
1 Warning - Read this first
Read and understand user manuals of all equipment involved before commencing
installation or use.
All electrical installations to be carried out by authorized electrical installation
engineers only.
WARNING: 100...250 VAC mains cables are present in the housing. Do not touch
the cables and the power supply when mains is applied. Keep the housing closed
during normal operation. Check the cable glands on water tightness.
Avoid heat. Make sure that the ambient temperature does not exceed the limits.
Overheating might cause temporary shutdown or permanent failure of the hardware.
Feedback leads to product improvement. Please share your experience with
us, as we are continuously improving our products in our commitment to quality,
reliability and ease of use. Let us know via [e-mail]!

© 2020 Van Putten Instruments BV | MAN-VP-V-UK | Revision: 2000 | Date: 29-7-2020
6
2 Introduction
Thank you for choosing VPVision! Let the savings begin! VPVision is a web based energy monitoring
system, primarily developed to monitor all energy flows in your plant. It monitors your entire
compressed air system from supply to demand side. Thanks to the standardized hardware and the
modular software architecture, VPVision is scalable and adaptable.
About this manual
We have written this manual to help you to get the VPVision system up and running in no time. Basic
IT and network knowledge is required. This basic knowledge should be present in your IT
department. Please involve them if needed.
Basic components:
VPVision-M logger, with VPVision software
24 VDC 100 Watt power supply
8ch analog input converter
1 RS485 Modbus connection terminal
Web interface
Sensors:
VPVision supports all VPInstruments sensors, and other
Modbus RTU or 4..20 mA based sensor types. For some
Modbus sensors, we offer pre installed drivers for quick and
easy installation. If the pre installed Modbus sensor driver
is not available, please contact VPInstruments.
Hardware extensions:
Modbus extension module with power supply
Modbus to Ethernet converter with power supply
Analog to Ethernet converter with power supply
Modbus to Ethernet and analog to Ethernet converter with power supply
Junction boxes for the RS485 network
Software options:
P&ID & plant maps
Alarm module
SQL connection module
Additional virtual inputs
Additional analog inputs
Additional Modbus inputs
Language options:
VPVision is available in international English only.

© 2020 Van Putten Instruments BV | MAN-VP-V-UK | Revision: 2000 | Date: 29-7-2020
7
2.1 System overview
VPVision is an Ethernet based monitoring system. The typical installation consists of the VPVision-
M data logger with I/O converter for analog sensors and a Modbus network with one multiple sensors.
The Modbus sensors can be read out via direct RS485 or an indirect Modbus/TCP converter. The I/O
converters are read out via an Ethernet interface. They can gather data from 4..20 mA and Modbus
based sensors. VPVision is built around a powerful database structure with integrated web server.
This makes the system flexible and scalable to meet the demands of virtually any compressed air
installation.

© 2020 Van Putten Instruments BV | MAN-VP-V-UK | Revision: 2000 | Date: 29-7-2020
8
3 Quick start in 9 steps
Step 1. Mount the VPVision cabinet
Unpack the box. Open the VPVision cabinet with the special key. Then remove all transport foam.
Read and understand the manual and configuration sheet which are included in the cabinet. Check if
all DIN Rail mounted equipment is still in place. If not, please fix the modules on the DIN Rail.
Installation by certified professionals only. Mount the VPVision cabinet on a wall and establish the
required Mains power connection. Read more about hardware installation here.
Step 2. Configure your Modbus devices
Every Modbus device needs configuration. Depending on your type of device, different settings are
required. Assign a unique Modbus address to each individual sensor, so they can be found within the
Modbus network.
Step 3. Assign IP addresses to all networking equipment
First, create a list of required IP addresses. See also network Preparations. Document this list on
the configuration sheet. Get your laptop or PC, and connect it to the VPVision-M. Enter the
VPVision IP address to access the system. This IP address can be found on the configuration sheet
enclosed in the cabinet. Depending on your system configuration, you also have to change the IP
addresses of the Modbus converters and any remote IO converters you have.
Step 4. Install the sensors
Ask your certified (electrical) installation subcontractor to install the sensors, and connect it to the
Modbus network. Install analog sensors and make a list of analog input channels on your
configuration sheet. See also the documentation example.
Step 5. Configure inputs
Configure the input channels in VPVision. You can add the sensors via the web interface. Use your
configuration sheet as a reference for the channel names, sensor locations, sensor ranges, diameter
settings, etc.
Step 6. Configure widgets
Once the channels are in place, you can start to configure the widgets. Several types are available to
visualize all the data.
Step 7. Configure pages
Once the channels and widgets are in place, you can start to configure the pages. Assign the
widgets to the pages, one page can hold multiple widgets.
Step 8. Create your reports
Create your reports using the reports module.
Step 9. Use VPVision and save!
Now it is time to lean back, relax and monitor your entire system. Let us know how much you did
save! We will reward every white paper or savings success story with a nice gift.

© 2020 Van Putten Instruments BV | MAN-VP-V-UK | Revision: 2000 | Date: 29-7-2020
9
4 Preparation
Preparation is the key to smooth installation. A lot of things can be prepared before the
actual installation or even the purchase of the complete system.
4.1 P&ID
An overview of the installation will help you to determine where to install the sensors. Inspect all
locations and make sure that all environmental specifications for the sensors are met.
4.2 Contact IT department
4.2.1 General access
VPVision is a web based monitoring system. An Ethernet connection to the VPVision unit required
to view the system from your computer. The IT department can provide you with IP address(es) and
physical connection to the factory Ethernet network.
Define your network
IP addresses must be unique
Gateway must be defined
Subnet mask must be defined
DNS must be defined
Relay host needs to be defined in order to send mail
When using existing network structure: Get your address range: Check with client IT dept
General convention on IP numbers
To make it more easy to find a device, we will use the following guidelines to assign IP addresses to
devices in the network. In existing networks, this might not be possible due to limitation.
Ethernet address example
The default address for LAN port 1: See the configuration leaflet, which comes with your VPVision
system.
As an example, the configuration may look as follows:
192.168.1.XXXVPVision-M

© 2020 Van Putten Instruments BV | MAN-VP-V-UK | Revision: 2000 | Date: 29-7-2020
10
192.168.1.XXXRS485 to Ethernet converter for remote connection to Modbus sensors
192.168.2.XXXRemote analog I/O converter
Example network configuration:
192.168.1.1 VPVision-M
192.168.1.2 RS485 network with Modbus sensors building 1
192.168.1.3 RS485 network with Modbus sensors building 2
192.168.1.21 Analog inputs, building 1
192.168.1.22 Analog inputs, building 2
192.168.1.41 Power meters, building 2
192.168.1.254 Gateway
4.2.2 Connect via Ethernet
VPVision can communicate with Modbus and analog sensors via Ethernet. In most factories,
Ethernet is available throughout the complete plant. Using Ethernet converters may save you time
and money. If Ethernet converters are used, make sure you request an IP address for every
converter.
4.2.3 Access remotely
Make sure that your IT department provides VPN access to the network for remote
support. If not possible, we strongly advise to install the 3/ 4G gateway module.
You can view the VPVision system on any computer, tablet or smartphone as long as the VPVision
has access to the Internet. If you would like to have external access to the VPVision system a VPN
connection might be required for security reasons. Requesting a VPN connection might take several
weeks. Please contact you IT department in an early stage to prevent any delays. See VPN
connection for more information.
4.3 Create wiring diagram
A wiring diagram will help you to determine what parts to use. Long cables can be eliminated by
using I/O converters.
Inputs
Modbus devices needs to be daisy-chained with a maximum of 8 devices in one chain. See Modbus
networks for more information.
Analog sensors need to be wired into an analog converter separately. Up to 8 sensors can be
connected to one module.
Connection modules
Part
Description
Inputs
VPV.60XX.XXX
VPVision-M
The main module provides input for 8 Modbus
devices in 1 one chain. It also provides 8 analog
inputs
VPA.5030.011
Modbus extension module
This unit will provide additional power when more
than 8 Modbus sensors need to be connected
directly to the VPVision M. This unit needs to be
installed next to the VPVision cabinet.
VPA.5030.111
Modbus to Ethernet
converter
This unit provides input for 8 Modbus devices and
includes power supply. All data will be transferred

© 2020 Van Putten Instruments BV | MAN-VP-V-UK | Revision: 2000 | Date: 29-7-2020
11
via Ethernet.
VPA.5030.211
Analog to Ethernet
converter
This unit provides input for 8 analog sensors and
includes power supply. All data will be transferred
via Ethernet.
VPA.5030.311
Modbus to Ethernet +
analog to Ethernet
converter
This unit provides input for 8 Modbus device and 8
analog sensors and includes power supply. All
data will be transferred via Ethernet.
4.4 Sensor configuration
Some sensors require configuration before they can be connected to VPVision. Read the sensor's
manual for more information.
Modbus devices
A Modbus device needs to have a unique hardware address in it's daisy chain. Every Modbus sensor
in the same daisy chain requires this unique Modbus address. But every Modbus sensor in the same
daisy chain also requires equal communication settings like baud rate, parity and stop bits for this
daisy chain.
Analog devices
Analog sensor values will need to be converted in to real measurement values. This is done by zero
and span where zero matches 4mA and span matches 20mA. These numbers can be calculated
during the preparation and will be entered in to VPVision during configuration.

© 2020 Van Putten Instruments BV | MAN-VP-V-UK | Revision: 2000 | Date: 29-7-2020
12
5 Hardware installation
Warning: Installation involves connection to mains. Installation of field cables requires
indepth knowledge and skills. Therefore all steps that involve electrical installation
should be carried out by certified installation professionals.
Make sure that the ambient temperature does not exceed the limits of the VPVision-M
cabinet (max 40 deg C | 104 F). Higher ambient temperature requires cabinet cooling.
Check if the earth wire (field ground) is free of interference and potential dangerous high
voltage. Make sure the circuit breaker is in off position. Then install the L, N and Earth
wire. The L, N and Earth may have a different color, depending on your local legislation
and directives for medium voltage systems.
5.1 PC connection
You need to set your computer's IP address to a static ip address when connecting
your computer to the VPVision-M. The address should be within the same IP range as
the VPVision. See the configuration sheet which comes with your VPVision-M to find
the default configuration.
To connect your PC or Laptop, open the electrical
cabinet. You will see the VPVision-M unit. On the
VPVision-M you will find multiple Ethernet Ports.
By default, LAN 1 is used for configuration. The
other ports can be used to connect to the factory
network or to remote I/O modules.
Connect an Ethernet cable between laptop (PC)
and the VPVision-M LAN 1. The Laptop should
have a static IP address within the same range as
the VPVision-M. If you don't know how to set a
statis IP adress on your laptop, please contact
your IT department. Make sure the IP address is
not the same as the VPVision-M.
Open your webbrowser, type in the IP address of
the VPVision-M and you should see the startup
screen. Now you can configure the system (see
Configuration backend).
Pinout COM port:
Brown: gnd
White: Modbus A
Green: Modbus B
5.2 RS485 connection
Installing a RS485 network require specific knowledge. Not following the specifications
strictly might result in in-correct communications and equipment damage. Please
leave installation up to professional contractors. Make sure that they read this chapter
carefully and follow up all RS485 guidelines.

© 2020 Van Putten Instruments BV | MAN-VP-V-UK | Revision: 2000 | Date: 29-7-2020
13
RS485 connection terminal
The VPVision M features 1 pre wired RS485 interface. The RS485 is connected to COM3 of the
VPVision computer. It contains the following pins:
Pin
Description
1
Data B
2
Data A
3
Power -
4
Power + (24VDC)
3 more COM ports are available on the VPVision computer. A Modbus extension module can add
additional RS485 screw terminals and power supply for one of these 3 COM ports. This enables you
to create 3 more daisy chains.
RS485 wiring
RS485 is a differential balanced line over twisted pair. It can span relatively large distances up to
1200 meter | 4000 feet. The wires should be connected as a point-to-point configuration, or also
called daisy chain. Do not install as star or ring network! The trunk line goes from the master to all
devices making a drop down to each device. The cable length from the trunk line to the Modbus
device needs to be as small as possible. Junction boxes are used to make the T junction.
Shielded twisted pair should be used. For Modbus field cabling only use the recommended cables
sized and shielded in line with the specific situation in your plant. Connection of a third wire between
the master and slave should be done to limit the common mode voltage that can be impressed on
the slaves inputs. The cable shielding should only be connected at the earth rail in the VPVision
cabinet. The cable shielding should not be connected to any other earth connection point.
Bus power
The VPFlowScope probe can be powered via the same trunk line. 2 separate wires are used for
power + and power -. Take in account that long wires with multiple slaves will cause voltage drops.
The minimum supply voltage is 12VDC measured at the last VPFlowScope probe in the daisy chain.
Termination resistor
Termination resistors reduce electrical noise sensitivity. They need to be added to the installation
when cable distances become longer then 10 meter. The value of each termination resistor should be
equal to the cable characteristic impedance (typically, 120 ohms for twisted pairs).
There can only be one termination resistor at the very end of the trunk line. The VPInstruments
junction box features a jumper that can be used to enable a 120 Ohm resistor. When using the
VPInstruments Modbus Junction boxes make sure that the 120 Ohm resistor is only enabled in the

© 2020 Van Putten Instruments BV | MAN-VP-V-UK | Revision: 2000 | Date: 29-7-2020
14
last Modbus Junction box in the daisy chain.
Biasing
When there is no data activity on an RS485 network, the communications lines are "floating" and,
thus susceptible to external noise or interference. Receivers on a RS485 network have built in
hysteresis (200mV differential required to insure known state). To insure that a receiver stays in an
inactive state, when no data signal is present, bias resistors are required. Bias resistors are a pull-up
resistor on Modbus B and a pull-down resistor on the Modbus A line. The value of the bias resistor
depends on the number of devices and the supply voltage. The table below shows which resistor
values can be used for different voltage in a chain with 1 to 8 VPFlowScope probes.
Supply voltage
Bias pull up
Bias pull down
12 V
5 KΩ
1 KΩ
24 V
10 KΩ
1 KΩ
5.3 Analog input connection
Analog sensors can be connected to the analog I/O converter. We have chosen for 4..20 mA as
default interface. If needed, you can change the I/O converter to 0..10 Volt.
I/O converter description
This converter contains 8 inputs. Internally, you can find dip switches which affect the analog input
configuration. It can be set to 4..20 mA (default) or 0...10 Volt.
Connecting an analog sensor
The analog input converter measures the current in the loop. This means that it needs to be in
between the loop. The 24V terminal inside the VPVision-M can be used to supply power to the
sensors.
Powered loop
Active output
VPLog-I
Pressure sensors
VPFlowScope analog output
Dew point sensors
5.4 VPN connection
For safe remote access to the VPVision-M without interfering with the client's network, a VPN router
is mandatory. Nowadays, most industrial sites provide a VPN for their employees. The only thing
they need to configure is the remote access to the IP address of the VPVision-M. This VPN
connection enables us to provide remote support. The VPVision does not send out or retrieve any

© 2020 Van Putten Instruments BV | MAN-VP-V-UK | Revision: 2000 | Date: 29-7-2020
15
data to the internet. As long as port 80 is blocked, the VPVision is not visible from outside the
premises. For remote viewing, port 80 or another (mapped) port can be added to access the web
server from remote.
VPN hardware devices
Various hardware can be used for the VPN service. Please consult your IT department for setting up
a VPN connection. They can offer the right solution with the appropriate safety level.
5.5 Cellular internet
A cellular internet connection can be used if it is not possible to create a wired connection. Make
sure that an industrial gateway module (i.e. router) is used. These gateways have a RJ45 connector
that can be connected to the VPVision Ethernet ports.
A SIM with internet subscription can be sourced locally. The amount of data that will be used will
strongly depend on the number of users and the total remote access time. The subscription should
have a static IP address. This is the IP address that you need to enter in your web browser. You
don't want the IP address to change because you will not know what address to use.
Please take below items into account while selecting a router
It is an industrial router
It supports port forwarding
It has a RJ45 port, not an USB port
It preferably supports some firewall/security options
No further detailed specification or description can be given as each 3G or 4G router is different.
Additionally, each hardware device functions differently on each continent. It is highly recommended
to ask locally for advice on the best choice 3G or 4G router.
5.6 Power supplies
The base unit features a 4 Amp (100 Watt) power supply, which delivers power to the VPVision-M,
up to 8 Modubs devices and 8 analog 4..20 mA loop powered sensors.
Circuit breakers
When powered from Mains, VPVision equipment is equipped with a 2-pole circuit breaker.

© 2020 Van Putten Instruments BV | MAN-VP-V-UK | Revision: 2000 | Date: 29-7-2020
16
5.7 VPVision_M
The VPVision-M is mounted in a sturdy powder coated field enclosure including:
AC IN: Two Phase Mains input 100..240 VAC. Mains is connected to a circuit breaker.
LAN: Ethernet ports for connection to your network. Address can be pre-configured.
The VPVision-M computer.
Terminal Blocks: These are the RS485 and power supply terminals for connecting a Modbus daisy
chain.
8 Ch analog input converter connected to the VPVision-M Lan 2.
8x 24V power supply terminal blocks, for analog sensor connection.
VPRouter

© 2020 Van Putten Instruments BV | MAN-VP-V-UK | Revision: 2000 | Date: 29-7-2020
17
6 Getting started with VPVision
Before VPVision can start collecting data you need to configure your input devices and dashboard
pages.
6.1 Terminology
Pages
Pages contain a collection of widgets , they function as dashboard pages.
Widgets
Widgets represent the data recorded from your input devices.
Input devices
Input devices are the physical devices connected to your system.
Reports
Reports, similar to pages, contain a collection of report modules representing the
recorded data. Reports are generated as a PDF file and can be configured to be
periodically generated and sent through mail.
Report modules
Report modules, similar to widgets, represent the recorded data. They are a
slightly simplified static variant of the widgets.
Alarms
Alarms are configured to monitor the state of an input device. Alarms can be
configured to trigger a notification when a certain threshold has been reached.
6.2 Accessing the site settings
The sidebar, on the left side of the application, will provide direct access
to your configured pages and to commonly used site settings like,
Managing pages, Reports and Setting up Alarms.
By clicking the “Site settings” button you’ll be directed to the backend
where you can configure all available site settings.

© 2020 Van Putten Instruments BV | MAN-VP-V-UK | Revision: 2000 | Date: 29-7-2020
18
6.3 Authentication
The site settings are protected with user authentication. By default the system is provisioned with an
administrator user. You can use this user to start configuring your system.
The credentials for the administrator user are:
Username: admin
Password: visionair
It is STRONGLY recommended to change the default password for the administrator user after first
authentication.
After visiting the ‘Site settings’ and authenticating you will be presented with an additional menu
containing all the available site settings.
6.4 User management
VPVision supports multiple users accounts. There are 2 user roles available, the default ‘user’ and
‘admin’ role.
Users with the ‘user’ role have limited access to the application and can only manage input devices,
pages and other related resources.
Administrators have additional access to the system settings, network and user management.
You can access the user management by authenticating with an administrator user, visiting the ‘Site
settings’ followed by navigating to the ‘Users’ page.
6.5 Managing input devices
Input devices are critical for recording data and completely configuring your system. They represent
the physical devices attached to your system.
You can add a new input by clicking the ‘Site settings’ button in the sidebar and navigating to ‘Input
devices’.
Input devices need to be enabled from the ‘Input devices’ page before they start recording data.
6.6 Defining widgets
Widgets represent the data recorded from one or multiple input devices. Additionally VPVision ships
with various widgets visualizing your environment and can help you in navigating between pages
within VPVision.
You can add a new widget by clicking the ‘Site settings’ button in the sidebar and navigating to
‘Widgets’.
6.7 Composing pages
Pages are your primary source of data visualization. Pages contain one or multiple widgets, of any
kind, and can be subdivided into multiple windows. Windows are essentially a category of your page.
You can add a new page by clicking the ‘Site settings’ button in the sidebar and navigating to
‘Pages’.
After adding a page and enabling it, either from the ‘Pages’ page or directly while adding a new page,
the page will be shown in the sidebar.

© 2020 Van Putten Instruments BV | MAN-VP-V-UK | Revision: 2000 | Date: 29-7-2020
19
6.8 Reports and Alarms
Reports and alarms can be configured independently from the rest of the system and aren’t
necessarily required to start recording data.
Both require active input devices to function correctly.
For scheduled reporting and automated alarm notifications you need to configure an ‘SMTP outgoing
email server’.
Without an SMTP server reports can be manually generated and downloaded from the ‘Manage
reports’ page found in the sidebar. Active alarms will be shown in the alarm type widget, this widget
needs to be added to your site before you can add it to a page.
Adding reports and alarms can be achieved by clicking on the ‘Configure reports’ or ‘Setup alarms’
buttons in the sidebar, or by going to the ‘Site settings’ and navigating to ‘Reports’ and ‘Alarms’
respectively.
7 Advanced configurations
As an administrator you can configure various global settings. By clicking the ‘Site settings’ button in
the sidebar and navigating to ‘System settings’ you will find various regional and reporting settings.
7.1 System status
The ‘System status’ page, found by clicking the ‘Site settings’ button in the sidebar and navigating to
‘System status’, contains an overview of your systems health.
This page is primarily used to diagnose problems with your system and contains a few actions to
restart critical application and system services. These services SHOULD only be restarted when you
experience problems.
7.2 License management
Your system comes pre-installed with your VPVision license, if you receive a new license you upload
the new license through the ‘License’ page.
The ‘License’ page, found by clicking the ‘Site settings’ button in the sidebar and navigating to
‘License’.
Additionally this page contains all license details of your currently active license including your
device’s serial number.
7.3 Network settings
The ‘Network’ page, found by clicking the ‘Site settings’ button in the sidebar and navigating to
‘Network’, contains an overview of all active network interfaces.
You may alter the network settings of these interfaces when your site requires it.
7.4 Mail server settings
The ‘Mail server’ page, found by clicking the ‘Site settings’ button in the sidebar and navigating to
‘Mail server’, contains the configuration options for an outgoing SMTP email server.
The SMTP server is disabled by default, if you want to receive scheduled reports or automated alarm
notifications this needs to be enabled. Enabling the SMTP server requires an active SMTP capable
email server or service.

© 2020 Van Putten Instruments BV | MAN-VP-V-UK | Revision: 2000 | Date: 29-7-2020
20
8 Specification
Please always check the label of your product for the specifications.
Specifications are subject to change as we are continuously improving our products.
Please contact us to obtain the latest specification sheet.
Mechanical
Cabinet
Powder coated grey steel
Size
38 x 21 x 30 cm | 15 x 8.3 x 11.8 inch
Weight
10.6 kg | 23.4 pounds
Ambient temperature max
40 deg C | 104 F
Ambient temperature min
-10 deg C | 32 F
Electrical
Power input
110-250 VAC
Component power
24 VDC
Fuses
3.15 A for analog inputs, 3.15 A for Modbus sensors
Electronics
Computer
Industrial fanless mini PC
Storage
60 GB Solid State Drive
COM ports
6x RS485
Ethernet ports
4x RJ45
Inputs and outputs
Modbus terminal
1x (upto 8 Modbus sensors)
Analog inputs
8x
Analog inputs modes
0..10V | 4..20mA
Data storage
Database
SQL
Data retrieval frequency
1 second
Data storage interval
1 minute