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Table of Contents
Table of Contents
1.About This Document................................................................................... 5
M211860EN-BJuly 2018Previous version. Updated descriptions of touchscreen
M211860EN-AMay 2018First version.
1.2 Related Manuals
Table 2 Related Manuals
Document CodeName
M211821ENAP10 Access Point Quick Guide
M211820ENviewLinc Monitoring System Setup Guide
M211975ENviewLinc Enterprise Server User Guide
M211822ENRFL100 Data Logger Quick Guide
M211861ENRFL100 Data Logger User Guide
information and sections Overview of Web Interface
(page 27) and Updating AP10 Firmware (page 35).
interface and web interface.
1.3 Documentation Conventions
WARNING!
follow instructions carefully at this point, there is a risk of injury or even death.
CAUTION!
follow instructions carefully at this point, the product could be damaged or
important data could be lost.
Warning alerts you to a serious hazard. If you do not read and
Caution warns you of a potential hazard. If you do not read and
5
AP10 User GuideM211860EN-C
Note highlights important information on using the product.
Tip gives information for using the product more eciently.
Lists tools needed to perform the task.
Indicates that you need to take some notes during the task.
1.4 Trademarks
Vaisalaâ is a registered trademark of Vaisala Oyj.
The LoRa™ name and associated logo are trademarks of Semtech Corporation or its
subsidiaries.
All other product or company names that may be mentioned in this publication are trade
names, trademarks, or registered trademarks of their respective owners.
6
viewLinc
Enterprise Server
AP10
Access Point
RFL100
Data Loggers
VaiNet wireless
>100 m (328 ft) range
NTP Server
Wired
network
Chapter 2 – Product Overview
2. Product Overview
2.1 Overview of AP10 Access Point
Vaisala VaiNet Access Point AP10 is a wireless access point that collects data from VaiNet
wireless data loggers and transfers it to viewLinc Enterprise Server using a wired Ethernet
connection. AP10 implements Vaisala's proprietary VaiNet protocol. It can connect up to 32
RFL100 Data Loggers to Vaisala viewLinc Monitoring System. The wireless connection
operates on 868 MHz or 915 MHz frequency band depending on the model. For more
information on viewLinc system installation, see viewLinc Setup Guide (M211820EN).
Figure 1 AP10 in the viewLinc Monitoring System
AP10 can be powered from the Ethernet connector using Power over Ethernet (PoE) or from
the power supply connector using the included AC/DC adapter. If both power sources are
connected, the AC/DC adapter is utilized to power the device. AP10 is IP22 rated, and is
suitable for indoor industrial applications.
AP10 has two user interfaces:
• Touch interface on the front panel. Use this interface to set up the device during
installation and to locally check the connection status.
• Web interface via the Ethernet connection. This interface provides advanced
configuration features and can be accessed remotely.
More Information
‣
Overview of Touchscreen Interface (page 23)
‣
Overview of Web Interface (page 27)
‣
AP10 Technical Specification (page 41)
7
1
2
3
4
5
12345
AP10 User GuideM211860EN-C
2.2 AP10 Parts
Figure 2 Front
1Antenna. Can be rotated and tilted.
2Screw holes for mounting (4 pcs),
Ø 3.2 mm
3Ventilation hole (do not cover)
4Touchscreen
5Status LED:
GreenNormal operation
BlueInstallation mode active
RedError - check status
Figure 3 Connector Panel
8
1Power supply connector
(10 ... 30 VDC)
2Service port (micro-USB)
3USB port for hardware expansion
(USB type A)
4Reset button. Push to restart, push
and hold to revert AP10 to factory
settings.
5RJ-45 Ethernet port. Can be powered
by Power over Ethernet (PoE).
1
2
2
3
Chapter 2 – Product Overview
Figure 4 Rear
1Product label
2Holes for mounting with tie wraps
3Housing screws (do not remove)
2.3 VaiNet Devices in viewLinc Monitoring System
VaiNet access points create links between Ethernet and Vaisala devices using the VaiNet
protocol. Wireless device registration is handled by viewLinc Enterprise Server. Whenever a
new data logger is added to the system, it is automatically identified by an access point, which
forwards the data logger’s information to the server. Once accepted in the system, data
loggers will stay synchronized, even in situations where other nearby VaiNet networks overlap.
Redundancy is achieved by allowing load distribution between VaiNet access points which
share multiple data loggers in range.
VaiNet access points transfer measurement data from the data loggers to viewLinc Enterprise
Server. Both access point and viewLinc Enterprise Server verify that the data has been
received correctly. Once the data has been verified, it is stored to the secure database where it
is protected from tampering and loss.
If data flow is interrupted by a network outage, the data transfer will resume when the outage
is resolved. Local memory of the data logger is used to store the data while waiting for a
connection to viewLinc Enterprise Server. RFL100 Data Logger has enough local memory for
30 days of measurement.
2.3.1 VaiNet Protocol
Vaisala’s VaiNet wireless protocol is based on LoRa™ technology. This technology has been
licensed by Vaisala for monitoring purposes, and further enhanced additional protocol layers
to produce a robust and reliable wireless signal for environmental monitoring. The protocol is
proprietary, and cannot be used with 802.11 Wi-Fi devices. VaiNet wireless devices always
require a VaiNet wireless access point.
VaiNet radio communication uses a modulated, low-power signal at sub-GHz frequencies to
provide better signal propagation in environmental monitoring applications. VaiNet provides
all the benefits of spread spectrum wireless technology including resistance to interference,
interception and multipath fading (reflections). Using the chirp signal to spread the RF energy
over a wider band allows for reliable communications even when signal levels are below the
background noise floor. It also reduces disruptions from overlapping signals on same
frequencies.
9
AP10 User GuideM211860EN-C
VaiNet wireless devices are not limited to using a single access point. If multiple access points
are available, VaiNet devices can switch access points to maintain their connection to the
viewLinc Monitoring System. The strength of the wireless signal is used to determine the
optimum network data path.
Wireless transmissions between VaiNet devices are encrypted to protect against
eavesdropping, data tampering, and transfer errors.
2.3.2 Data Transfer in a VaiNet Network
VaiNet protocol and VaiNet devices are designed for power-ecient operation. To save energy
VaiNet network transfers data at set intervals, which may be apparent to the user as longer
data transfer times before the data is available on viewLinc Monitoring System.
Intermittent Radio Connections
Access points take turns communicating in a two-minute cycle, and connected data loggers
send their measurement data to their connected access point every four minutes. This
introduces the following scenarios:
• Data loggers that are not currently connected (new devices or ones that have fallen out of
radio contact) scan for available access points for a complete cycle before they can
decide what is the optimal access point for them. Connection attempts typically take at
least a couple of minutes. Additionally, some joining scenarios may take multiple
attempts. For example, when filling a single access point up to its full capacity of 32 data
loggers, it may take an hour for the last data logger to successfully connect to the access
point.
• Access points request missing data and issue management commands to data loggers
within their communication window. Transferring a full month's worth of measurement
data from 32 data loggers using one access point takes several hours.
Data Logger Scanning Interval
Scanning for available access points consumes power. To prevent repeated scanning from
draining their batteries, RFL100 Data Loggers shut down their radio temporarily if they can
find no access points to join. They will resume scanning after a waiting interval that gets
progressively longer if they keep failing to find an access point. The maximum interval is 8
hours and 30 minutes.
This means that when access points become available after an outage, it may take several
hours for data loggers to discover them. This is why you should always keep your access points
powered up, and why you should start your network installation by installing the viewLinc
Enterprise Server and access points first.
You can manually wake up the radio of an RFL100 Data Logger by pressing its
Refresh button. The button is located next to the service port under the silicone
plug.
10
Chapter 2 – Product Overview
2.4 Time Synchronization
AP10 requires accurate time to operate its VaiNet wireless connection, and to maintain correct
time on the connected data loggers. To achieve the accurate time, AP10 synchronizes with
Network Time Protocol (NTP) servers. The hostnames of the default NTP servers are:
0.pool.ntp.org
1.pool.ntp.org
2.pool.ntp.org
3.pool.ntp.org
Reaching the default NTP servers requires an internet connection. To allow the AP10 to
operate without an internet connection, replace one of the default NTP server addresses with
the address of your local NTP server.
AP10 has a supercapacitor as a backup power source for its realtime clock. If AP10 is left
without power for more than a day, the realtime clock will lose its time. If this happens AP10
will have to synchronize its clock with the NTP servers before it can operate its radio. This is
typically the case when an AP10 is installed - it needs to synchronize its clock before it can
start to connect VaiNet data loggers. Synchronization is also needed due to clock drift if the
NTP servers cannot be reached for more than three weeks.
Synchronizing with the NTP servers typically takes several minutes, during which
time the access point will show the NTP connection error. If you have just turned
on your access point or changed its NTP server configuration, it is normal to see
the error for up to 15 minutes.
2.5 Network Security
AP10 Access Point is intended to be connected to a secure internal network, not directly to the
internet.
2.6
Power Supply
A DC power supply (Vaisala item 244784SP) is included with every AP10 Access Point.
Table 3 AP10 Power Supply Specifications
PropertySpecification
Operating voltage10 ... 30 VDC
Output powermin. 13 W
Output currentmin. 1.3 A
11
AP10 User GuideM211860EN-C
PropertySpecification
Output connectorLocking type female coaxial connector with
Operating temperature range-20 ... +60 °C (-4 ... +140 °F)
Certifications and approvals• Certified to IEC 60950-1 or IEC 62368-1
positive 2.0 mm center pin
• Approved for use in your country
2.7 Remote Management
AP10 has a web interface for remote management. Additionally, some settings can be
remotely managed using viewLinc Enterprise Server software. Remote management
operations can be performed directly from the Sites Manager > Hosts and Devices tree.
Figure 5 AP10 Remote Management Using viewLinc Enterprise Server
12
Figure 6 AP10 Properties in viewLinc
Select Sites Manager > Show hosts to see the IP addresses of all connected hosts.
Select the IP address of any AP10 to open its web interface in your browser.
2.8 Regulatory Compliance
Chapter 2 – Product Overview
2.8.1 FCC Compliance Statement
This equipment has been tested and found to comply with the limits for a Class A digital
device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable
protection against harmful interference when the equipment is operated in a commercial
environment. This equipment generates, uses, and can radiate radio frequency energy and, if
not installed and used in accordance with the instruction manual, may cause harmful
interference to radio communications. Operation of this equipment in a residential area is likely
to cause harmful interference in which case the user will be required to correct the interference
at his own expense.
WARNING!
approved by the party responsible for compliance could void the user’s
authority to operate the equipment.
Changes or modifications to this equipment not expressly
13
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