Vaisala VaiNet RFL100 User manual

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M211822EN-F
Quick Guide
Vaisala VaiNet Wireless Data Logger
RFL100

PUBLISHED BY
Vaisala Oyj
Vanha Nurmijärventie 21, FI-01670 Vantaa, Finland
P.O. Box 26, FI-00421 Helsinki, Finland
[phone]
Visit our Internet pages at www.vaisala.com.
© Vaisala 2020
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This product contains software developed
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Table of contents
English.............................................................................................................................................5
Deutsch........................................................................................................................................ 23
Français.........................................................................................................................................41
Español.........................................................................................................................................59
Português.................................................................................................................................... 77
日本語...............................................................................................................95
中文................................................................................................................ 113
3

4 M211822EN-F

Setting up RFL100
Start the installation of RFL100 by performing the appropriate setup procedure:
• If you are connecting 1 probe, see Setup with 1 probe (page 5).
• If you are connecting 2 temperature probes using the probe splitter accessory, see Setup
with 2 temperature probes (page 7).
When you switch on an RFL100 that has not been accepted to any viewLinc
system yet, it starts to scan for VaiNet access points that are in installation mode.
RFL100 will connect to the access point with the best signal strength, and wait to
be accepted by the administrator of the viewLinc Enterprise Server. Make sure the
access point(s) are installed and in installation mode before starting to set up
RFL100 data loggers.
Setup with 1 probe
1
2
3
1Power switch.
2Transport protection cap. Remove
after installation is complete.
3Latch of the battery cover.
1. If any cable is connected to the service port of the data logger, disconnect it.
2. Open the battery cover of the data logger.
3. Make sure the power switch is in the O position.
4. If a probe is not already connected to the data logger, connect it now:
• To connect a probe directly to the data logger, first align the orientation mark on the
probe with the line above the probe connector. Then push the probe in all the way, do
not rotate.
• To connect a probe using an extension cable, use an accessory cable that has been
designed for RFL100. Insert the cable connector in the same way as a probe, and then
connect the probe to the cable. Note that HMP110 and HMP110T probes must always
be connected using a cable as they do not mechanically lock into the data logger
when the battery cover is closed.
5. Move the power switch to the On position.
5
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6. Close the battery cover of the data logger. Push the latch down until you hear a click. If
the cover does not close easily, push the probe (or extension cable) in and try again.
7. Look at the display and wait for the data logger to start up. Then verify the status:
• Data logger shows the word NEW on each aected channel when it detects that a
probe has been changed 1). The text is shown for a few seconds, after which the
display shows the measurement reading(s).
Figure 1 Detection of a new RH + T probe
• If dashes "- - -" are shown instead of measurement readings, check that the probe is
properly connected. It is possible to disconnect the probe or cable by pulling it with
the battery cover open.
• Battery indicator should show full batteries .
• There should be no error codes shown. If there are, see Error codes (page 19).
1) This feature is included in RFL100 firmware version 1.2.0 and newer.
6 M211822EN-F

Setup with 2 temperature probes
1
23
5 6
7
4
1Power switch
2Probe splitter
3Latch of the battery cover
4Instruction label with short version of this setup instruction
5Probe connectors of the probe splitter
6Temperature probes
7Numbering labels for TMP115 probes (included in the probe mounting accessories)
• Two temperature-only probes of following models: HMP110T, HMP115T and
TMP115 (any combination)
• Probe splitter (Vaisala item code CBL210834)
• Optional: extension cable(s), to be connected between the probe splitter and
probe
• Compatible firmware and software versions: at least RFL100 firmware version
1.2.0, AP10 firmware version 3.0, and viewLinc 5.0.2.
You must follow the procedure below to set up RFL100 with the
probe splitter. The procedure includes steps to label the probes to make it easy
to identify the channel assignment later. You can also use the info mode of the
RFL100 to check which probe serial number is connected to which channel.
For more information on the info mode, see RFL100 User Guide (M211861EN).
CAUTION!
Make sure the components of your viewLinc Monitoring System are
updated to the required firmware and software levels before setting up any
RFL100 data loggers for two-probe operation.
CAUTION!
7
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1. If any cable is connected to the service port of the data logger, disconnect it.
2. Open the battery cover of the data logger.
3. Make sure the power switch is in the O position.
4. If the probe splitter is not yet connected to the data logger, connect it:
a. If a probe or cable is currently connected to the probe connector, pull it straight out
without rotating it.
b. Align the orientation mark on the probe splitter with the line above the probe
connector. Push the probe splitter straight in all the way, do not rotate.
5. Connect the first temperature probe to the probe splitter, using an extension cable if
necessary. The first connected probe will be assigned to channel 1.
6. Move the power switch to the On position.
7. Look at the display and wait for the data logger to start up. You should see the word NEW
on channel 1 for a few seconds, after which it is replaced by the temperature reading.
8. Attach a label with number 1 to the probe you just connected. If you are using TMP115
probes, use the included probe labels. Connect the label to the thin cable between the
probe body and the sensor tip.
9. Move the power switch to the O position.
10. Connect the second temperature probe to the probe splitter, using an extension cable if
necessary.
11. Move the power switch to the On position.
12. Look at the display and wait for the data logger to start up. You should see the word NEW
on channel 2 for a few seconds, after which it is replaced by the temperature reading.
13. Attach a label with number 2 to the probe you just connected.
8 M211822EN-F

14. Look at the display:
• If dashes "- - -" are shown instead of measurement readings, check that the probe and
probe splitter are properly connected. It is possible to disconnect the probe splitter
accidentally by pulling it with the battery cover open.
• Battery indicator should show full batteries .
• There should be no error codes shown. If there are, see Error codes (page 19).
15. Close the battery cover of the data logger. Push the latch down until you hear a click. If
the cover does not close easily, push the probe splitter in and try again.
Once the data logger has been set up in two-probe mode, it will require a factory
reset to allow it to be set up in one-probe mode again.
For the factory reset procedure, see RFL100 User Guide (M211861EN).
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Mounting RFL100
A B
DC
68 [2.65]
mm
[in]
Figure 2 RFL100 mounting methods
AMounting with screws. Screws and wall plugs are included with the data logger.
BMounting with cable ties. Cable ties are included with the data logger.
CMagnetic mounting (with optional magnetic mounting bracket)
DMounting with a hook (hook not included)
10 M211822EN-F

1. Select a suitable mounting location. A good location is easily accessible, protected from
water and condensation, and remains within the operating temperature range of RFL100:
• +2 ... +60 °C (+35.6 ... +140 °F) with alkaline batteries
• −20 ... +60 °C (−4 ... +140 °F) with lithium batteries
If you need to measure a wider temperature range, use a HMP110 or TMP115
probe and connect it using an extension cable. This way you can leave the
data logger in an environment that is suitable to its specification.
2. Attach the mounting bracket using one of the mounting methods shown in Figure 2
(page 10). Orient the bracket vertically so that the probe or extension cable points down
after installation. Do not attach RFL100 without the mounting bracket.
If you are mounting the data logger higher than 2 m (6 ft) or in
a location where it would pose a hazard if dropped, ensure the mounting
bracket is securely fixed with screws or cable ties.
CAUTION!
3. Slide the logger into the mounting bracket from the top, with the probe or cable pointing
downward.
4. Peel o the protective film from the display and remove the yellow transport protection
cap from the probe.
5. If the probe is attached with a cable, mount the probe in the desired measurement
location and secure the cable.
6. Recommended: Apply location labels to the mounting bracket and RFL100 according to
your installation plan and company policy.
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Mounting probes
Probe holder ASM213382
1
2
3
Figure 3 Probe holder ASM213382 parts
1Holes for attaching the holder with
screws (screws not included)
2Magnet
3Probe attachment
The probe holder is a versatile mounting accessory for securing cable mounted probes. To
attach the probe, simply press the body of the probe into the probe attachment. Note that
HMP115 and TMP115 probes have a groove that locks the probe in the holder when it is centered
in the probe attachment.
One probe holder is included in the RFL100 data logger package for each cable mounted
probe. Additional probe holders are available as an accessory (Vaisala item ASM213382SP,
includes 5 probe holders).
Figure 4 HMP110 probe in probe holder ASM213382
12 M211822EN-F

Mounting HMP110 probes
Robust stainless steel probe for humidity and temperature measurement in demanding
conditions. Suitable for measurement inside chambers, fridges, and freezers in temperature
range -40 ... +80 °C (-40 ... +176 °F). Must be connected using a cable, as the probe is not
designed to be integrated with RFL100 housing. Probe diameter 12 mm (0.47 in).
2 31
Figure 5 HMP110 probe
1M12×1 thread for through-wall installation using mounting nuts.
2Attach from this area using probe holder ASM213382 or cable tie.
3Sensor protection filter. Do not attach from this area.
Mounting HMP115 probes
Probe for general purpose humidity and temperature measurement. Designed to be integrated
with RFL100 housing for minimum footprint, but can be connected using a cable as well.
Operating temperature range -40 ... +60 °C (-40 °F ... +140 °F).
3 421
Figure 6 HMP115 probe
1If using a probe holder, align it to this groove.
2Plastic sleeve that locks the probe in place when integrated with RFL100. Diameter
14 mm (0.55 in) at this point.
3Attach from this area if using a cable tie. Diameter 12 mm (0.47 in) at this point.
4Sensor protection filter. Do not attach from this area.
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Mounting TMP115 probes
Wide-range temperature-only probe for measurement in extreme conditions. Probe body can
be integrated with RFL100 or connected using a cable. Sensor tip is permanently connected to
the probe body with a thin cable. Available as 50 cm (1 ft 7.7 in) and 3 m (9.8 ft) long versions.
4 5321
Figure 7 TMP115 probe
1If using a probe holder, align it to this groove.
2Plastic sleeve that locks the probe body in place when integrated with RFL100. Diameter
14 mm (0.55 in) at this point.
3Probe body with measurement electronics. Attach from this area if using a cable tie.
Diameter 12 mm (0.47 in) at this point. Operating temperature range
−40 … +60 °C (−40 … +140 °F).
4Sensor cable. Do not cut or bend into a tight loop. Numbering labels included with the
probe splitter accessory are designed to be attached to this cable.
5Sensor tip, diameter 4.8 mm (0.19 in). Secure using a cable tie or insert into thermal
dampener block for added thermal mass. Operating temperature range −196 … +90 °C
(−320.8 … +194 °F).
The operating temperature range of the sensor tip is much wider
than that of the probe body. Leave the probe body outside the measured
environment if possible, and avoid inserting it in environments that are outside
its operating range.
CAUTION!
When working with equipment in extremely cold temperatures, use
appropriate personal protective equipment such as thermally
insulated gloves and clothing. Wear protective eyewear if working
with coolants such as liquid nitrogen, and observe safe handling and
storage precautions.
14 M211822EN-F

Connection indicators
Table 1 Symbols
Symbol Description Symbol Description
Data logger Connection OK
Access point Connection currently
unavailable
viewLinc Enterprise Server
Table 2 Connection states
Symbols on display Description
Data logger is searching for an access point.
Data logger has failed to find an access point that is in installation
mode. viewLinc server icon is not shown, as the data logger has
not been accepted to a viewLinc system yet.
The data logger has failed to connect to an access point that
belongs to its own network.
Data logger is successfully connected to an access point, but
there is no connection between the access point and viewLinc
server. Data logger has not been accepted to a viewLinc system
yet.
Data logger is successfully connected to an access point, but
there is no connection between the access point and viewLinc
server. Data logger has been accepted to a viewLinc system.
Data logger is successfully connected to an access point, and
connection between the access point and viewLinc server is also
OK. The viewLinc symbol is flashing to indicate that the data
logger is waiting to be accepted to the viewLinc system as a new
device.
Data logger is successfully connected to an access point, and
connection between the access point and viewLinc server is also
OK. Data logger has been accepted to the viewLinc system.
15
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RFL100 overview
Vaisala RFL100 data logger is a completely wireless, battery powered data logger. It supports
several types of Vaisala humidity and temperature measurement probes. RFL100 is intended
as a data collection point in a Vaisala viewLinc Monitoring System.
viewLinc
Enterprise Server
AP10
Access Point
RFL100
Data Loggers
VaiNet wireless
>100 m (328 ft) range
NTP Server
Wired
network
Figure 8 Connecting RFL100 to the viewLinc Monitoring System
The wireless connection of RFL100 requires a Vaisala AP10 access point. AP10 can connect up
to 32 loggers to the viewLinc Monitoring System, and you can have up to 8 access points in
range of each other. In a typical indoor space, install the AP10 within 100 meters (328 ft) of the
RFL100. In an open space with line-of-sight and no interfering structures, the range can be
over 500 m (1640 ft). The wireless connection operates on 868 MHz, 915 MHz, or 920 MHz
frequency band depending on the model.
RFL100 is optimized for low power operation. It reads the probe once a minute, and transmits
measurement data to the access point every 4 minutes. Because the radio link is not
continuous, remote management actions and system joining status may take some time to be
updated on the display of the data logger.
Before you start installing RFL100 data loggers, install viewLinc Enterprise Server
and one or more AP10 access points within range of RFL100. This way RFL100 can
immediately join your system.
For more information on viewLinc Monitoring System installation, see the
viewLinc Setup Guide and viewLinc User Guide for your viewLinc Enterprise
Server version.
16 M211822EN-F

RFL100 parts
1
2
3
4
5
6
7
8
Figure 9 Front and display
1Service port connection indicator
2Battery level indicator
3Currently measured values
4Connection indicators
5Status LED. Blinks green for normal
operation, red for error or alarm.
6Signal strength of access point
connection
7Alarm indicators. Alarms are
configured in viewLinc Enterprise
Server software.
8Detachable probe, or extension cable
1
2
Figure 10 Under the silicone plug
1Service port (micro-USB)
2Info button. Push to enable info mode
for 1 hour, and again to end the info
mode. Info mode cycles through
information screens, and also enables
faster wireless scanning.
See RFL100 User Guide (M211861EN) for more information on service port and info
mode.
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1
2
3
4
5
6
7
8
Figure 11 Rear and inside
1Type label
2On/o switch
3Clock battery
4Probe orientation mark. When
connecting the probe, line up the
markings on the probe and above the
connector before pushing the probe to
the connector.
5Humidity and/or temperature sensors
under the filter
6Release button. Push to release
RFL100 from its current viewLinc
system, and allow it to connect to any
viewLinc system.
7Main batteries. Use only non-
rechargeable, AA size, 1.5 V alkaline
(LR6) or lithium (FR6) batteries.
8Battery cover
1
2
5
4
3
2
Figure 12 Mounting bracket
16 mm (0.23 inch) hole for hook
mounting
2Holes for mounting with cable ties
3Strong magnet (in magnetic mounting
bracket only). Handle with care.
4Suitable area for attaching labels
53.80 mm (0.15 inch) holes for screw
mounting
18 M211822EN-F

RFL100 batteries
Main batteries
RFL100 data logger is powered by 2 AA size primary (non-rechargeable) batteries with 1.5 V
nominal voltage. Operation of the data logger always requires that compatible batteries with
sucient voltage are in place. When replacing batteries, always use new batteries, not partially
discharged ones. Minimum battery voltage for operation is 2.15 V in series.
Compatible battery types are:
• 1.5 V alkaline batteries, designation IEC-LR6, ANSI 15A. Standard choice for most
applications.
• 1.5 V lithium batteries, designation IEC-FR14505 (FR6), ANSI 15-LF. Typically higher
capacity, better in cold temperatures.
Do not use batteries with a nominal voltage higher than 1.5 V.CAUTION!
Use of rechargeable batteries is not recommended. RFL100 will not charge
batteries even if the service port is connected to a power supply.
Clock battery
RFL100 also has a separate 3 V lithium battery (type CR1/3N button cell) to keep the real-time
clock powered when the device is switched o. This battery is good for 10 years, and should
only be replaced if the data logger display shows the low clock battery error code Err 200.
Error codes
Table 3 RFL100 error codes
Error code Cause Recommended action
Err 100 User parameter bank checksum failure. Power cycle the data logger. If the error
persists, contact Vaisala.
Err 101 Factory parameter bank checksum
failure.
Err 102 Real-time clock of the data logger has
lost accurate time.
Restore the wireless connection to an
AP10 access point. RFL100 will
synchronize its clock with the time from
the access point.
Err 103 Main battery voltage is critically low.
Data logger has stopped radio
communication to conserve energy but
continues to record measurement data in
the local memory.
Replace the main batteries of the data
logger.
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Error code Cause Recommended action
Err 104 Incorrect factory configuration
parameters.
Power cycle the data logger. If the error
persists, contact Vaisala.
Err 105 Real-time clock hardware error.
Err 110 If using 1 probe with the data logger:
• No probe connected at startup
• Incompatible probe detected
• Trying to switch from two-probe mode
to one-probe mode without
performing a factory reset
1. Verify that a compatible probe is
connected to the data logger.
2. Power cycle the data logger to re-
detect the probe.
3. If the error persists, it is likely that the
data logger has been set up in two-
probe mode. Perform the factory
reset procedure to allow one-probe
use again, then power cycle the
logger to re-detect the probe.
If using 2 temperature probes with the
probe splitter:
• No probes connected at startup
• Two probes connected at same time
without following proper setup or
probe swap procedure
• Data logger is in two-probe mode but 1
probe is missing
• Unsupported probe combination
• At least 1 incompatible probe detected
1. Verify that that probe splitter and 2
supported temperature-only probes
are connected to the data logger.
2. If you reconnected any probes, power
cycle the data logger to re-detect the
probe(s).
3. If the error persists, perform the two-
probe setup again.
Err 200 Real-time clock battery voltage is low. Replace the clock battery.
Err 202 Communication failure with at least 1
probe that was detected at startup.
1. Check that the probe(s) are
connected properly.
2. If you reconnected any probes, wait
1minute for the display to update and
verify that the error is gone.
3. If the error persists, power cycle the
data logger to re-detect the probe(s).
Err 203 Probe error. Can be caused by probe
damage or a wet humidity sensor.
Inspect the probe and replace it if
necessary. If the error has been caused
by a wet humidity sensor, wait for it to
dry out.
Err 204 Real-time clock temperature
compensation problem.
If error code Err 200 is also active,
replace the clock battery. If the error
persists, contact Vaisala.
More information
For more information on RFL100 Data Logger, see RFL100 User Guide (M211861EN) available at
www.vaisala.com/rfl100.
20 M211822EN-F