Peri InSite Construction User manual

PERI InSite Construction
Data Acquisition System
Instructions for Installation and Use – Technical Cabinet with Main Unit and Nodes – Version 1.1

PERI InSite Construction -
Data Acquisition System
Instructions for Installation and Use - Technical Cabinet with Main Unit and Nodes – Preliminary Draft –
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Table of Contents
1Preface .................................................................................................................. 6
1.1... Disclaimer ..............................................................................................................................6
1.2... Description of the User ...........................................................................................................7
1.3... Conventions used in this document ........................................................................................7
1.4... Explanation of Safety Warnings ..............................................................................................8
1.5... Retaining Instructions.............................................................................................................8
1.6... Obtaining Documentation and Information ..............................................................................9
Ordering Documentation..................................................................................................9
Other languages..............................................................................................................9
Documentation Feedback................................................................................................9
Support and service.........................................................................................................9
1.7... Keywords .............................................................................................................................10
2Safety Instructions................................................................................................ 11
2.1... How to use the System safely...............................................................................................12
General Safety Instructions:...........................................................................................12
Technical life span.........................................................................................................12
Intended Use.................................................................................................................12
Safety information related to the use of the product in residential areas .........................13
Personal protective Equipment ......................................................................................13
Possible Hazards when misuse: ....................................................................................13
Installation safety information.........................................................................................13
Safety information regarding the use..............................................................................13
Maintenance safety information .....................................................................................14
Service and repair safety information ...........................................................................14
Safe Disposal ..............................................................................................................14
2.2... Graphical Symbols ...............................................................................................................14
Explanation of safety information ...................................................................................14
Explanation of graphical symbols...................................................................................15
2.3... Potential Health Consequences............................................................................................15
2.4... Personal Protection ..............................................................................................................15
3Description of the System ..................................................................................... 16
3.1... Intended use and reasonably foreseeable misuse.................................................................16
3.2... Geographical Restrictions.....................................................................................................16
3.3... System Overview .................................................................................................................17
3.4... Technical Data .....................................................................................................................18
Operating Environment..................................................................................................18
Inputs and Outputs ........................................................................................................18
Electrical Specifications.................................................................................................18

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PERI InSite Construction -
Data Acquisition System
Instructions for Installation and Use - Technical Cabinet with Main Unit and Nodes – Preliminary Draft –
Physical and Mechanical specifications..........................................................................18
3.5... Regulatory Compliance ........................................................................................................19
3.6... Product elements .................................................................................................................19
Technical Cabinet..........................................................................................................19
Main Unit model L-11.....................................................................................................19
Nodes............................................................................................................................19
3.7... The hardware user interface .................................................................................................21
The Node ......................................................................................................................21
Main Unit model L-11.....................................................................................................24
4Installation of the System on a Worksite ................................................................ 27
4.1... Setup overview.....................................................................................................................27
Installing the Technical Cabinet and turning the Main Unit on.........................................28
Installation of Nodes type N-TRF and N-TE ...................................................................29
4.2... Accessing the Web Application.............................................................................................33
4.3... Creating a project and starting a measurement session ........................................................33
Projects .........................................................................................................................33
Dashboards and Measurement sessions .......................................................................33
5Shut down, transportation and storage .................................................................. 36
5.1... Shutting down and finishing up .............................................................................................36
Ending the measurement session..................................................................................36
Collecting the nodes......................................................................................................36
Shutting down the Technical Cabinet.............................................................................36
Transport and shipping..................................................................................................37
6What to do in an Emergency ................................................................................. 39
6.1... Fire or smoke .......................................................................................................................39
6.2... Electric shock (electrocution)................................................................................................39
6.3... Concrete spilling to eyes and skin.........................................................................................40
6.4... Physical Injury......................................................................................................................40
7Maintenance, Inspection and Replacement of parts ............................................... 41
7.1... Inspection schedule..............................................................................................................41
7.2... Replacement of parts, repairs, consumables, and accessories .............................................43
User replaceable parts...................................................................................................43
Repairs only allowed by trained service engineers .........................................................43
Replacement parts, consumables, and accessories.......................................................44
8Troubleshooting.................................................................................................... 45
8.1... Errors, possible causes and solutions...................................................................................45
8.2... Frequently Asked Questions.................................................................................................46
9Disposal............................................................................................................... 47
9.1... Disposal of electronic components........................................................................................47

PERI InSite Construction -
Data Acquisition System
Instructions for Installation and Use - Technical Cabinet with Main Unit and Nodes – Preliminary Draft –
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9.2... Disposal of packaging waste ................................................................................................47
9.3... Disposal of batteries.............................................................................................................47
9.4... Composition .........................................................................................................................48
9.5... Disassembly of the System...................................................................................................48
9.6... Recycling the Technical Cabinet...........................................................................................48
9.7... Recycling of the Nodes.........................................................................................................48
10 Annexes - RoHS, li-ion battery transportation regulation......................................... 49
THIS SPACE WAS INTENTIONALLY LEFT BLANK

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PERI InSite Construction -
Data Acquisition System
Instructions for Installation and Use - Technical Cabinet with Main Unit and Nodes – Preliminary Draft –
1 Preface
1.1 Disclaimer
Vemaventuri AB reserves the right to revise this publication at any time without incurring an
obligation to notify any person of the revision.
All pertinent state, regional, and local safety regulations must be observed when installing and
using this product. For reasons of safety and to help ensure compliance with documented
system data, only the manufacturer shall perform repairs to components.
Failure to observe this information can result in injury or equipment damage.
All rights reserved. No part of this publication may be reproduced, distributed, or transmitted
in any form or by any means, including photocopying, recording, or other electronic or
mechanical methods, without the prior written permission of the publisher. For permission
requests, write to the publisher, addressed “Attention: Permissions Coordinator,” at the
address below.
Vemaventuri AB
Adress: Johan på Gårdas Gata 5A | S-412 50 Göteborg | SWEDEN
Phone: [phone] | Website: www.distant.se
TRADEMARKS
PERI InSite Construction is a brand name of PERI GmbH, Germany. Vemaventuri AB is a part
of the PERI GmbH and therefore can be used interchangeably. Vemaventuri AB has made
every effort to supply trademark information about company names, products and services
mentioned in this manual. Trademarks shown below were derived from various sources. All
trademarks are the property of their respective owners.

PERI InSite Construction -
Data Acquisition System
Instructions for Installation and Use - Technical Cabinet with Main Unit and Nodes – Preliminary Draft –
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1.2 Description of the User
This document, (“the Instructions for Installation and Use”), is intended for personnel skilled in
the field of concrete construction that use the PERI InSite Data Acquisition system (“the
System”) in their line of work within the construction industry.
The users of The System are expected to have the necessary concrete engineering expertise
to lead and monitor the process of concrete pouring and curing in professional construction-
and civil engineering projects.
1.3 Conventions used in this document
The following style conventions are used in this document:
Bold
Names of product elements, commands, options, programs, processes, services, and utilities
Names of interface elements (windows, dialog boxes, buttons, fields, and menus) Interface
elements the user selects, clicks, presses, or types.
Italic
Publication titles referenced in text
Emphasis (for example a new term)
Variables
Courier
System output, such as an error message or script
User input, such as text in a textbox
Complete paths, filenames, prompts, and syntax
Visual signals (LED lamp indicators)
EXAMPLE OF A VISUAL SIGNAL
RED LED
0.2 s
0.2 s
0.2 s
0.2 s
0.2 s
0.2 s
. . .
●
○
●
○
●
○
where the time the LED being lit is indicated by
0.2 s
●
and the time the LED being off is indicated by
0.2 s
○
a continued indication is indicated with trailing “. . .”

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PERI InSite Construction -
Data Acquisition System
Instructions for Installation and Use - Technical Cabinet with Main Unit and Nodes – Preliminary Draft –
1.4 Explanation of Safety Warnings
Danger indicates a hazard with a high level of risk which, if not avoided, will
result in death or serious injury.
Warning indicates a hazard with a medium level of risk which, if not avoided,
could result in death or serious injury.
Caution indicates a hazard with a low level of risk which, if not avoided, could
result in minor or moderate injury.
Indicates information considered important, but not hazard-related.
1.5 Retaining Instructions
Read and understand this manual and its safety instructions before using this product. Failure
to do so can result in serious injury or death.
Follow all the instructions. This will avoid fire, explosions, electric shocks or other hazards that
may result in damage to property and/or severe or fatal injuries.
The product shall only be used by persons who have fully read and understand the contents
of this Instructions for Installation and Use.
Ensure that each person who uses the product has read these warnings and instructions and
follows them.
Keep all safety information and instructions for future reference and pass them on to
subsequent users of the product.
The manufacturer is not liable for cases of material damage or personal injury caused by
incorrect handling or non-compliance with the safety instructions. In such cases, the warranty
will be voided.

PERI InSite Construction -
Data Acquisition System
Instructions for Installation and Use - Technical Cabinet with Main Unit and Nodes – Preliminary Draft –
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1.6 Obtaining Documentation and Information
Ordering Documentation
Documentation, user instructions and technical information are provided with each Main Unit.
Further documentation can be found under https://www.distant.se, https://www.peri.com or by
contacting your local PERI subsidiary or check the PERI subsidiary website.
Other languages
This is the English Instructions for Installation and Use. For other languages, please contact
your local PERI subsidiary.
Documentation Feedback
If you are reading Vemaventuri AB product documentation on the internet, any comments or
feedback can be submitted on the support website. Feedback can also be sent to
[e-mail]. We appreciate your feedback.
Support and service
For information about special tools and materials, further information, technical assistance or
ordering please contact your PERI subsidiary or [e-mail].

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PERI InSite Construction -
Data Acquisition System
Instructions for Installation and Use - Technical Cabinet with Main Unit and Nodes – Preliminary Draft –
1.7 Keywords
HCS Hazard Communication Standard
OSHA Occupational Safety and Health Administration
GHS Global Harmonized Standard
SDS Safety Data Sheet
MSDS Material Safety Data Sheet
ICAO International Civil Aviation Organization
IATA International Air Transport Association
DGR Dangerous Goods Regulation
TI Technical Information
IMO International Maritime Organization
IMDG Code International Maritime Dangerous Goods Code
RID International Carriage of Dangerous Goods by Rail
ADR International Carriage of Dangerous Goods by Road
USDOT US Department of Transport
GSM Global System for Mobile Communication
EEA European Economic Area
IP Ingress Protection
EU European Union
ISO International Organization for Standardization
PE Protective Earth
AC Alternating Current
DC Direct Current
ESD Electrostatic Discharge
LR Log Rate, the time interval on which the node will measure
UR Upload Rate, the time interval on which the node will upload data
CR Connection Rate, the time interval on which the Main Unit will connect
to the Internet

PERI InSite Construction -
Data Acquisition System
Instructions for Installation and Use - Technical Cabinet with Main Unit and Nodes – Preliminary Draft –
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2 Safety Instructions
Read and gain an understanding of the safety instructions!
Read and understand this Instructions for Installation and Use and safety instructions
before using this product. Failure to do so can result in serious injury or death.
Protect the mains cable from excessive wear and tear!
Protect the mains cable from sharp edges, abrasive surfaces and cutting tools. Do not
use the mains cable as a means of attaching or hanging the Technical Cabinet from
any support structure. Make sure the mains cable is protected from traffic by cars or
equipment running on tracks or wheels that could damage the cable.
Do not expose the inside of the technical cabinet to water!
Do not expose the inside of the Technical Cabinet to water or concrete. Make sure the
Technical Cabinet is closed at all times during normal operation.
Do not place the Technical Cabinet where it can fall!
Install the Technical Cabinet on an even surface and make sure it cannot fall and
cause injuries to personnel or equipment below.
Do not connect the mains cable to an outlet without PE lead!
The Technical Cabinet mains cable should only be connected to a mains outlet with
Protective Earth. Failure to do so in combination with faulty equipment could lead to
fatal electric shock.
Route the mains cable in a safe way!
Make sure the mains cable is routed in a way that it is not entangled in moving
machinery or stumbled upon by personnel working in its vicinity.
Do not operate the equipment without the antennas!
Do not operate the equipment without the antennas properly installed and do not
operate the Nodes when they are installed in the charging position inside the Technical
Cabinet. Make sure the Main Unit is given time to connect a last time after turning it
off before removing the antennas.
Avoid subjecting exposed signal connectors to ESD!
Do not touch exposed signal connectors directly as it can damage them due to
electrostatic discharge (ESD) from the human body.

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PERI InSite Construction -
Data Acquisition System
Instructions for Installation and Use - Technical Cabinet with Main Unit and Nodes – Preliminary Draft –
2.1 How to use the System safely
This section provides general information about safety and intended use of The System. The
life span and the recycling of the product are also explained in this section.
General Safety Instructions:
•The System must only be set up, started or used after reading this Instructions for Installation and Use
and in particular the Safety Instructions in the beginning of this chapter.
•The System should be protected from rain and other environmental conditions that can cause unwanted
situations and can reduce The System performance and life span. Although the Nodes and the
Technical Cabinet (when closed) is designed to withstand normal weather conditions it is recommended
to place the equipment shielded from rain, wind and sun if possible.
•The System and all its parts must be used for the intended purpose as described in this Instructions for
Installation and Use.
•The System is not ATEX (Atmosphere Explosive) certified therefore it must not be operated in potentially
explosive atmospheres.
•During the operation of The System any work method that hinders the safety of The System is
prohibited.
•The Technical Cabinet should not be placed in mud or snow, hanged in its mains cable or carrying
handle. Take care not to place the equipment where it could fall down and cause injury.
•The System must be used under the defined working conditions in this Instructions for Installation and
Use.
•All the tags, compliance information and the safety instructions on The Technical Cabinet should be
protected.
•The System and all its parts must be installed and operated by the trained personnel.
•In case of malfunctioning and fault The System should be repair and install correctly by the trained and
authorized personnel before further use.
The System should only be operated by skilled adult professionals. Advanced
operations shall only be done by a qualified and trained service engineer. There are
no user serviceable parts inside.
Technical life span
The System and all its parts have technical life span of 5 years.
Intended Use
The System and all its parts are designed for its intended use as described in this Instructions
for Installation and Use. The System must be used and installed by the trained experts and
the users must be aware with possible hazards and danger. The System is intended to use
within the EEA, therefore it applies all the industry specific and other mandatory laws of the
country where The System being used. The safety instructions in this Instructions for
Installation and Use must be followed by the user, the user is solely responsible for the actions
which goes beyond the intended use of The System. The manufacturer is not responsible for
any damage or unexpected results from unintended use of the equipment.

PERI InSite Construction -
Data Acquisition System
Instructions for Installation and Use - Technical Cabinet with Main Unit and Nodes – Preliminary Draft –
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Safety information related to the use of the product in residential areas
The System is in compliance with the EU Radio Equipment Directive (RED) 2014/53/EU and
have been fully tested for risk assessment according to Low Voltage Directive (LVD)
2014/35/EU, therefore it is safe to use in industrial and residential areas where the radio
communication do not affect the possible surroundings.
Personal protective Equipment
The System does not contain any moving parts or corrosive substances. However, the
installation and subsequent use of The System in a work site environment could subject the
user from the normal hazards expected in such an environment. Protective glasses, gloves
and protective clothing as well as hearing protection shall be worn by the user when working
with fresh concrete and operating power tools in a construction site environment. Respect local
work site safety regulations at all times.
Possible Hazards when misuse:
The user safety must always be followed during installation, transportation and maintenance
of The System. Every part of The System complies to the related EUs directives. The metal,
plastic, printed circuit board, electronic components and batteries used in The System are not
classified as hazardous chemicals according to Appendix A and Appendix B by HCS, general
industry-Division 2/Z 1910.1200 of GHS-Aligned Hazard Communication by Oregon OSHA
Standards and Technical Resources Section Publications, when The System is used as
intended.
The HCS defines a hazardous chemical as any chemical that is classified as a physical hazard,
a health hazard, a simple asphyxiant, combustible dust, pyrophoric gas or a hazard not
otherwise classified.
Metal steel, plastic and batteries can cause problems if treated not as intended e.g. burning
and heating batteries above nominal temperature. Therefore it is recommended that,
•The System must never be used in extreme environmental conditions.
•Never exceed the temperature and humidity conditions as described in this Instructions
for Installation and Use.
•The faulty parts of The System must be replaced at the workshop approved by the
manufacturer.
•The System is mounted by the technical professionals, therefore the configuration and
the parts installed within The System must never be removed or replaced before
consulting with manufacturer.
The possible Hazards, first aid measures and firefighting measures for the lithium ion
batteries are described in data sheet attached in appendix B.
Installation safety information
The System should be protected from water, snow, mud, fresh concrete and extra humid
environmental conditions and must not be installed so that it can fall and cause injury. The AC
mains cable must be protected from damage and routed so that humans, animals or vehicles
can’t get tangled up in it.
Safety information regarding the use
The user safety information described in this Instructions for Installation and Use must be
followed by the professionals using the System.

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PERI InSite Construction -
Data Acquisition System
Instructions for Installation and Use - Technical Cabinet with Main Unit and Nodes – Preliminary Draft –
Maintenance safety information
Remove any concrete residue or spills from the equipment as soon as possible. Hardened
concrete is difficult to remove without damaging the equipment.
Service and repair safety information
The System does not contain any parts serviceable by the user inside. All repairs should be
carried out by manufacturers accredited service workshop.
Safe Disposal
Defunct equipment is not to be treated as unsorted municipal. It must be collected separately
and should be handled as electronic waste. The end users must follow the local rules and
regulations to recycle the product.
2.2 Graphical Symbols
Explanation of safety information
Symbol Meaning
The CE Marking on the product is the manufacturer's
declaration that the product complies with the essential
requirements of the relevant European health, safety and
environmental protection legislation.
In Finland, Norway and Sweden, CLASS I PLUGGABLE
EQUIPMENT TYPE A intended for connection to other
equipment or a network, must, if safety relies on
connection to protective earth or if surge suppressors are
connected between the network terminals and accessible
parts, have a marking stating that the equipment must be
connected to an earthed mains socket-outlet.
The symbol on the product, the accessories or packaging
indicates that this device must not be treated as unsorted
municipal waste but
must be collected separately. The
black line under the crossed wheelie bin indicated that the
products are placed on the market after 2005.
Class 9 Miscellaneous Goods. Dangerous Goods
Regulations
The packaging contains dangerous goods.
Dangerous Goods Regulations
Package containing Lithium Ion Batteries

PERI InSite Construction -
Data Acquisition System
Instructions for Installation and Use - Technical Cabinet with Main Unit and Nodes – Preliminary Draft –
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Explanation of
graphical symbols
2.3 Potential Health Consequences
Under normal operation of The System there are no health consequences to take into
consideration.
2.4 Personal Protection
In case of The System is mechanically damaged or any release of leakages, the following
safety equipment must be used,
Symbol Meaning
RoHS
Restriction of Hazardous Substances. The components
used in the manufacturing of The System
have RoHS
compliance.
CE "Conformité Européenne" French for European Conformity
WEEE
European Waste Electrical and Electronic Equipment
Directive means that The Technical Cabinet
and all its
parts must be recycled according to the local (the country
system being used) regulatory law.
CSA
The technical Cabinet is tested according to CSA Group´s
Industrial Control Panel (ICP) standards.
UL
The technical cabinet have compliance with product safety
standards of Underwriter Laboratories.
TUV
The technical cabinet have p
roduct quality testing
certification by TUV. “Technischer Überwachungsverein”
German for Association for Technical Inspection.
PPE Instruction
Eye protection Use goggles or glasses.
Hand protection Synthetic rubber or cloths gloves, no direct contact in case of fire.
Hearing protection Use safety earbuds from harmful noise level.
Protective shoes Protect the feet from piercing and heavy elements.

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PERI InSite Construction -
Data Acquisition System
Instructions for Installation and Use - Technical Cabinet with Main Unit and Nodes – Preliminary Draft –
3 Description of the System
3.1 Intended use and reasonably foreseeable misuse
The System is intended to be used solely as a Data Acquisition System in construction and
civil engineering projects within the European Economic Area (EEA). The System is not a
consumer product and should only be used by trained professionals. The System uses the
following frequency bands for radio and GSM communication:
Main Unit L-11 on multiple markets:
GSM: 900 MHz, 1800 MHz, 1900 MHz
LTE-TDD: B38/B40/B41
LTE-FDD: B1/B3/B5/B7/B8/B20
UMTS/HSPA+: B1/B5/B8
GSM/GPRS/EDGE: B3/B8
Nodes on the European market:
Proprietary encrypted data transfer protocol: 868 MHz – 870 MHz
The System shall be used in conjunction with the Web Portal and original PERI accessories
such as thermocouple cable, type T. The information provided in this Instructions for
Installation and Use has been upon the current level of information available, for the purpose
of specifying the requirements regarding environment, health and safety in association with
The System. The manufacturer does not take any responsibility for wrong using, processing
and handling of The System by the end-user.
The data and other information provided in this Instructions for Installation and Use are only
applicable to the products (The System) sold by the Vemaventuri AB and not by any third party.
This Instructions for Installation and Use is valid only when The System is used as intended
and does not used with any other product combination. The end-user solely responsible for
transportation, handling, Storing, recycling, and disposing of The System. Vemaventuri AB is
not responsible for any warranties of any kind and nature or any injury resulting from abnormal
use (not intended) of The System.
3.2 Geographical Restrictions
The System is only intended to be used within the European Economic Area (EEA). The all
units of The System have CE compliance and a CE mark will be affix to every unit of The
System.
Radio Equipment Directive 2014/53/EU requires that in cases of restrictions on putting into
service or of requirements for authorization of use, information available on the packaging shall
allow the identification of the Member States or the geographical area within a Member State
where restrictions on putting into service or requirements for authorization of use exist and that
such information shall be completed in the instructions accompanying the radio equipment.
The System is not intended for use outside the European Economic Area (EEA).
Activating or even importing radio transmitters in some countries outside the European
Economic Area (EEA) could be illegal. Refer to national regulations concerning the
radio frequency bands used.

PERI InSite Construction -
Data Acquisition System
Instructions for Installation and Use - Technical Cabinet with Main Unit and Nodes – Preliminary Draft –
17
3.3 System Overview
The PERI InSite Construction Data Acquisition System (“the System”) consists of
thermocouple (N-TE) and ambient climate or pressure (N-TRF) nodes paired with the Main
Unit L-11 permanently mounted in the Technical Cabinet.
The Technical Cabinet protects the Main Unit and serves as a charging station for the Nodes
when they are not in operation of collecting data.
When the System is in operation, the Nodes collect data such as temperature measured with
a connected thermocouple and transmits this data on pre-set time intervals to the Main Unit
using a proprietary encrypted protocol over the 868 MHz radio frequency band.
Data from the Nodes along with a record of the measurement time (timestamp) are temporarily
stored on the Main Unit for further forwarding to the Internet on set time intervals.
Once transferred to the Web Portal on the Internet the measured data can be accessed and
further processed using the Web Portal by the user.
Nodes can be configured as repeaters, in effect increasing the radio transmission range
significantly. The repeater functionality can be turned on from the Web Portal. When in
repeater mode, the Nodes draw more current from the battery, but the maximum radio range
of the System is increased substantially.
Figure 1 depicts a typical system setup with Node 01 being of the type N-TRF measuring the
ambient climate (temperature and air humidity) and five Nodes (02 – 06) of the type N-TE
measuring temperature (e.g. in concrete) in two points each using connected thermocouples.
Note that node number 06 is configured as a repeater extending the range for nodes in the
vicinity. The Main Unit L-11 inside the Technical Cabinet acts as a gateway linking the
connected nodes to the Internet based cloud services (the Web Portal).
Figure 1 - Overview of a typical setup

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PERI InSite Construction -
Data Acquisition System
Instructions for Installation and Use - Technical Cabinet with Main Unit and Nodes – Preliminary Draft –
3.4 Technical Data
Unless otherwise specifically stated in the Instructions for Installation and Use, the equipment
has been designed for the following service conditions.
Technical Cabinet Gen IV
Operating Environment
Max. Operating Temperature -25 °C to +55 °C
Maximum Operating Humidity ≤ 95 % (at 25 °C, non-condensing)
Long term storage Temperature +10 °C to +25 °C
Inputs and Outputs
Nominal input voltage 100 V – 240 V AC
Nominal charging voltage 5V DC ±1 %
Maximum input current 630mA @220 V AC
Nominal output current 6.5 A (-25 °C to +55 °C)
Output Power 32.5 W
Nominal power consumption 72.1 VA
Electrical Specifications
Communication technique Radio Frequency Wave Modulation
Max. Transmitting power 27 dBm
Max. Transmitting range Up to 2 km (line-of-sight)
Max. Signal output power 10 dBm
Earthing system PE
Technical Life Span 5 years
Expiry Date 5 years from date of production
Maximum total charging current 6.5 A
Chemical composition Metal, Plastic, PCB and Electronics, Battery
Physical and Mechanical specifications.
Ingress Protection (IP) Rating IP 66 EN 60529
Weight 12 kg
State Physical solid
Shape Rectangular box with extending components
Mass/Dimensions (L×W×H) cm 48×30×21 cm
Cable length 2.9 m
Node charging cable length 10 cm

PERI InSite Construction -
Data Acquisition System
Instructions for Installation and Use - Technical Cabinet with Main Unit and Nodes – Preliminary Draft –
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3.5 Regulatory Compliance
The System has been thoroughly tested to ensure EMC compliance with relevant EU directives
and Harmonized Standards. The System is in compliance with the following product safety
standards:
Radio Equipment Directive (RED) 2014/53/EU
Electromagnetic Compatibility Directive (EMC) 2014/30/EU
Low Voltage Directive (LVD) 2014/35/EU
Restriction of Hazardous Substances in Electronic Equipment (RoHS) Directive. 2011/65/EU
Waste of Electrical and Electronic Equipment (WEEE) Directive (2012/19/EU)
3.6 Product elements
Refer to the inside cover and its following pages for illustrations. The System has three main
elements:
1. Technical Cabinet with its Charging Bay for six nodes
2. Main Unit model L-11
3. Nodes (N-TE, N-TRF)
Technical Cabinet
The Technical Cabinet protects the Main Unit and Nodes. It has a built-in AC-DC step-down
transformer for power supply of the Main Unit and up to six Nodes attached to the Charging
Bay and connected with their respective USB charging cables.
The Technical Cabinet has two antenna connectors with protective plastic caps. During
transport and storage, the protective caps shall be placed on the antenna connectors. Before
switching the Main Unit ON and taking The System into operational mode the protective caps
should be removed, and the antennas must be installed in their place. During operation The
Technical Cabinet should be connected to an AC mains outlet (100V – 240V /45Hz – 65Hz)
with protective earth. The mains cable must be protected from damage. The technical cabinet
is in conformity with ISO 14040 environmental assessment.
Main Unit model L-11
The Main Unit functions as a gateway to the Internet. It relays data collected by the nodes and
forwards it on set time intervals (“Connection Rate”, CR) via the GSM network to the internet
and the web services located on the Web Portal (www.distant.se). The Main Unit is
permanently installed in the Technical Cabinet to protect it from the harsh environment on the
construction site.
In case of a temporary power outage an internal battery inside the Main Unit can supply the
necessary power for normal operation for a limited amount of time – normally 12 to 24 hours
depending on settings and the local radio conditions.
Nodes
The Nodes functions as traditional data loggers but have a built-in radio for two way radio
communication with the Main Unit. The data is collected on set time intervals (Log Rate) and
uploaded to the Main Unit on another set time interval (Upload Rate). There are different Node
types with different functionalities. All Node types features an internal temperature sensor. The
Nodes contain a lithium ion battery that needs to be charged at regular intervals.
A completely discharged battery requires approximately 12 hours of charging to regain full
capacity.

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PERI InSite Construction -
Data Acquisition System
Instructions for Installation and Use - Technical Cabinet with Main Unit and Nodes – Preliminary Draft –
During normal use the Node battery will last between one and six months between charging.
However, if the Nodes are configured as repeaters and / or during high data load significantly
shorter battery life can be expected.
Refer to Illustrations Page 2 for visual illustrations.
3.6.3.1 Ambient Climate Node (N-TRF) to monitor the ambient climate or concrete
pressure
The Node type N-TRF is used to monitor the ambient climate and features a temperature and
humidity sensor. The ambient climate sensor is replaceable and available as a spare part.
A typical use case for the N-TRF node is to monitor the indoor climate inside a building being
erected or the outdoor climate surrounding a newly cast concrete construction.
The Node type N-TRF can be used in combination with the climate or the pressure sensor.
A typical use case for the pressure sensor is the monitoring of concrete pressure acting on the
formwork.
3.6.3.2 Temperature Node (N-TE) to monitor the temperature using a thermocouple
The Node type N-TE features two input channels for thermocouples type T.
A typical use case for the N-TE node is to monitor the temperature in newly poured concrete
in order to calculate the maturity age and, when the actual concretes temperature sensitivity
is known prognosticate the compressive strength. The thermocouples are typically fastened to
the rebar before the pour begins. Another typical use case is to monitor the temperature during
winter casting to ensure the young concrete is not subjected to freezing in a too early age.
It is also possible to monitor the temperature in cooling or heating pipes so that the temperature
difference between the inlet and outlet can be calculated.

PERI InSite Construction -
Data Acquisition System
Instructions for Installation and Use - Technical Cabinet with Main Unit and Nodes – Preliminary Draft –
21
3.7 The hardware user interface
The Node
3.7.1.1 Keypad
Although all settings for The System can be accessed through the Web Portal the keypad on
the Nodes has a number of functions that can be handy for the user. Figure 2 depicts the Node
with its keypad featuring two buttons to read battery status and signal quality respectively [A],
two buttons to change settings [C] as well as the power button [D] and the four LED indicator
lamps [B].
Figure 2 - The Node Keypad
3.7.1.2 Basic functionality of the Node – On/Off, Reset and Force Connect
Turning the Node on
The node is turned on by pressing the power button [D] for 2 seconds. It will immediately try
to establish a connection to the Main Unit it has been paired with. While the connection is
established the LED indicators [B] will scroll from right to left and then back again.
As soon as a connection is established the LED indicator lamps will turn off and the Node will
resume to normal operation using any new settings communicated to the Main Unit. If a
connection cannot be established within ten minutes of continuous attempts the Node will
resume normal operation using its last known settings.
Turning the Node off
By holding the power button for 5 seconds the Node can be turned off. Always turn off the
node when it is not in use. Nodes that are turned on will continue collecting data even if the
Main Unit is switched off. This can lead to a big collection of useless data and can cause
problems when the Node connects the next time to the Main Unit and all this data is send.
Forcing the node to connect to the Main Unit
By pressing the Power Button once a Force Connect, FC, will be issued where the Node will
try to connect to the Main Unit. If there are new measurement data not yet transferred to the
Main Unit an upload will commence. The LED indicator lamps will signal this by scrolling from
left to right until all data is transferred. This can take up to 60 seconds. When all is done and
the Force Connect was successful all four LED indicator lamps will light up once. The node
will then resume normal operation.