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TW-3.0 Telemetry Handheld
User Manual
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REVISION HISTORY
Revision
Date
Changes
1.0
29.10.2018
Initial Release
2.0
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CONTENTS
Section
Page
1.0
Overview 4 1.1
Networks
5
2.0
Quick Start
7
2.1
Pairing 8 2.2
Charging and Battery Life
9
3.0
Display
11
4.0
Menu
13
4.1
Channels
13
4.2
Network Settings
17
4.3
Signal Check
18
4.4
Handheld Settings
19
5.0
Standard Functions
20
5.1
Peak Hold
20
5.2
Tare
20
5.3
Load Units
21
5.4
Alarm
22
5.5
Maths Channels
23
6.0
Advanced Functions
24
6.1
USB Data Logging
24
6.2
RS232 Serial Output
27
6.3
Analogue Output (0-5VDC)
32
7.0
Troubleshooting
33
8.0
Technical Specifications
34
8.1
Summary
35
8.2
Battery Specification
35
8.3
Wireless Specification
35
8.4
Physical Specification
36
9.0
Service and Repair
10.0
Warranty
37
11.0
Standards and Declaration of Conformity
38
11.1
CE Mark
38
11.2
FCC
40
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1.0 OVERVIEW
The TW-3.0 Telemetry Handheld is designed for use with all products within the d+
range. It is a multi-channel display which can be used to display values from various
load cells and load monitoring equipment.
The TW-3.0 operates on a free band 2.4GHz frequency and utilises a bespoke
frequency hopping protocol which hops frequency 20 times per second to help reduce
interference.
The TW-3.0 is “paired” with transmitting devices and can be paired with 12
transmitters simultaneously, with each transmitter occupying a single channel on the
network.
The TW-3.0 Handheld can be configured as a Master or a Slave, the Master is paired
with the transmitters and the Slaves pick up any wireless data traffic on the network
they are set to.
The TW-3.0 has a wireless range of 800m, therefore to avoid interference when
multiple Master TW-3.0 Handhelds are used within an 800m radius they should be
configured on different networks.
Some network setup examples are shown overleaf to illustrate the operation.
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1.1 Network Setting Examples
Example 1: Using two TW-3.0 Handheld devices with two TL-3.0 Telemetry
Tensile links within range of each other.
Pair 1 needs to be paired on a network, i.e. Network 1
Pair 2 needs to be paired on a different network, i.e. Network 2
Example 2: Using two TW-3.0 Handheld devices with two TL-3.0 Telemetry
Tensile links outside of the range of each other.
Both pairs can be paired on the same network as they are far enough apart that
interference will not occur.
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Example 3: Using one TW-3.0 Handheld device with two TL-3.0 Telemetry
Tensile links.
The TW-3.0 is set to operate on network 1 and both TL-3.0 Telemetry Tensile
Links are paired, as channel 1 and channel 2 to the TW-3.0.
Example 4: Using two or more TW-3.0 Handheld devices with one TL-3.0
Telemetry Tensile link.
One TW-3.0 is set to Master on network 1, the second TW-3.0 is set to a Slave
on network 1 and the TL-3.0 is paired on channel 1.
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2.0 QUICK START
Press to turn on the Peak Hold function, see page 17 for detailed description
Press to turn on the Tare function, see page 17 for detailed description
Press and hold for 2 seconds to power on/off
Press to cycle through different units of load
Menu / OK
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2.1 PAIRING
The TW-3.0 is capable of receiving readings from up to 12 load cells simultaneously. In
order to establish communication with a new load cell the two devices must be
‘paired’. The TW-3.0 Handheld has 12 channels each of which can pair to an individual
device.
1. Press the MENU button on the TW-3.0
2. Select the CHANNELS menu
3. Select the CHANNEL with which the new device is to be paired to
4. Scroll down to the PAIR menu option
5. On the device to be paired with the TW-3.0 locate the PAIRING button
6. Ensure the device is powered off
7. Press and hold the PAIRING button for 8 seconds until the LED flashes twice per
second
8. Press the PAIR function on the TW-3.0 Handheld
9. A 30-second countdown timer will be initiated to search for the new device
10. Once the device has been paired the TW-3.0 will exit the pairing screen and the
LED on the new device will blink at once per second briefly
This completes the pairing process; the new device will now be present on the paired
channel.
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2.2 CHARGING AND BATTERY LIFE
The TW-3.0 Handheld requires 3XAA batteries to operate; these can be primary (nonrechargeable) or secondary (rechargeable) cells and can be alkaline, Ni-MH or Li-Po
chemistry. WARNING! DO NOT CHARGE BELOW 0°C
The battery life of the TW-3.0 Handheld depends on the how it is being used and the
fewer functions which are enabled the quicker the longer the battery life will be. Some
usage examples are below:
Channels in use
Sample rate
Functions in
use
Ambient
Temperature
Battery Life
1
1Hz
None
20°C
300 Hours
Channels in use
Sample rate
Functions in
use
Ambient
Temperature
Battery Life
1
1Hz
USB logging
20°C
50 Hours
Channels in use
Sample rate
Functions in
use
Ambient
Temperature
Battery Life
1
1Hz
Serial output
20°C
35 Hours
Channels in use
Sample rate
Functions in
use
Ambient
Temperature
Battery Life
4
1Hz
None
20°C
280 Hours
Channels in use
Sample rate
Functions in
use
Ambient
Temperature
Battery Life
4
1Hz
USB logging
20°C
40Hours
Channels in use
Sample rate
Functions in
use
Ambient
Temperature
Battery Life
1
4Hz
None
20°C
270 Hours
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When using secondary batteries they can be charged by connecting the USB charger to
the port on the base of the handheld. The power source can be supplied from any
PC/laptop or any mains to USB charger plug of suitable quality that provides a 5VDC
output and 500mA current. WARNING: Cheap charging devices often fail to meet the
requirements of the Electrical Equipment Regulations Act 1994, as a minimum any
charger plug must have a CE mark, shown below. It is the responsibility of the operator
to ensure any charger plug is safe to use.
The time taken to fully charge the TW-3.0 will depend on the batteries in use and the
type of charger, a simple calculation is:
Charge Time (hours) = Battery capacity (mAh) ÷ charging current (mA)
For example:
3x Ni-MH AA batteries with 2000mAh capacity charging from a laptop at 500mA:
6000 ÷ 500 = 12 hours
The charger will automatically detect the battery type, chemistry and capacity, this can
take up to 2 minutes from when the charger is connected but it will ensure that all
battery types are fully charged and that primary cells will not be charged and therefore
will not become damaged by connecting the USB.
See section 3.0, for battery charging display indicators.
WARNING! DO NOT CHARGE BELOW 0°C
WARNING! DO NOT CHARGE NON-RECHARGABLE BATTERIES
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3.0 DISPLAY
The display screen will show the status of all features of the TW-3.0. During normal
operation, various icons will be present, see the table below for a description of each.
ICON
DESCRIPTION
Channel ID currently being displayed
TW-3.0 Handheld battery status
Signal Strength to paired device and QoS between 0 and 100
Battery status of the paired device
TW-3.0 is currently set as a Master – a numerical network ID will be shown
below
TW-3.0 is currently set as a Slave – a numerical network ID will be shown
below
The Peak Hold function is ON
The function keys on the TW-3.0 are locked
The Tare function is active
There is an active overload alarm
The USB data logging is running (advanced function)
The RS232 serial output is running (advanced function)
The analogue output is running (advanced function)
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In the event of a fault or warning condition, the screen will display one of the following
icons.
ICON
DESCRIPTION
There is no signal to the paired device
The paired device is exceeding it’s WLL
There is a fault with the paired device
The mV output from the strain bridge is outside of the allowable limit
A Slave TW-3.0 cannot communicate with the Master
The formula used in the Maths channel is invalid
During battery charging, the following icons will be displayed
ICON
DESCRIPTION
The TW-3.0 is charging
The TW-3.0 is fully charged
The paired device is charging
The paired device is fully charged
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4.0 MENU
The menu of the TW-3.0 is accessed by pressing the orange MENU key on the front of
the device. From within the menu, all customisable features of the device can be
configured.
After pressing the MENU button the screen below will be displayed.
Use the UP and DOWN arrows it is possible to scroll through the menu and use the
MENU button to select an option.
4.1 CHANNELS
The channels screen allows access to the configuration of all 12 wireless channels and
the 4 Maths channels.
From this screen, click the OK button on the relevant channel to access the individual
settings for that channel.
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For each individual channel the settings below can be changed:
Signal
This is the current signal level as a percentage between the TW-3.0 Handheld and the
remote device. The signal is how strong the wireless connection is.
QoS
This is the current Quality of Service as a percentage between the TW-3.0 Handheld
and the remote device. The QoS is an indication of how many data packets are
successfully being transmitted between the two wireless devices. The QoS is low where
there is interference with the signal.
Battery
The battery indicator shows as a percentage how much battery is left on the remote
device. Battery levels are an indication only and are affected by temperature so will
drop faster in hot weather.
Channel
The channel will be either enabled or disabled; it must be enabled for the TW-3.0
Handheld to receive data from the device.
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Name
The name parameter allows the user to set a 16 character alphanumeric name to the
channel for easy identification. The name will then be displayed at the top of the screen
on the main display. As shown below with the name “LOADCELL 1”.
Pair
The pair function is used to permanently create a wireless connection between the TW-
3.0 Handheld and a remote device. The remote device must be set to pairing mode,
see section 2.1.
Rate
This is the sample rate between the TW-3.0 Handheld and the remote device. The
fastest is 4Hz (4 times per second) and the slowest is 0.1Hz (once every 10 seconds).
The slower the sample rate the slower the display will update but the longer the
battery will last.
Rolling Average
The rolling average function is used to average out display readings when they are
subject to large and fast variations, such as a lifted load being moved by wind. There
are three options:
Fast – averages the last 16 readings
Medium – averages the last 8 readings
Slow – averages the last 4 readings
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Alarm
The alarm set-point value is the numeric value at which the alarm will sound. It will
always be in a default unit which the remote device was calibrated to. When the value
on the display exceeds the set-point, the internal 70dB audible alarm will sound.
Min WLL
This is for indication only and shows the minimum Working Load Limit that the device
can display too.
Max WLL
This is for indication only and shows the maximum Working Load Limit that the remote
device should be used to.
Calibration Date
This is the date of the last re-calibration of the remote device.
Overload Count
This is a counter of how many times the remote device has exceeded the Max WLL
value. There is a hysteresis on the overload count of 10%. For example, if the WLL is
12.00T the overload counter will increment by 1 when the displayed load increases
above 12.00T. However, the load will need to drop down to 10.80T (90%) and then
increase above 12.00T again before the counter increments to 2.
The counter cannot be reset without re-calibration.
Firmware
This is for indication only and shows the current version of firmware installed on the
remote device.
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4.2 NETWORK SETTINGS
Accessed from the Main Menu, the Network Settings allows the user to change the
network the TW-3.0 will operate on (1 – 75) and also switch the TW-3.0 between
Master and Slave operation.
Only one master TW-3.0 should be used on a network at a time, multiple masters on
the same network will cause interference.
If a second display is required, set this to a Slave on the same network.
If a second TW-3.0 connected to another remote unit is required within the same signal
range, it should be connected on a different network ID. To do this, change the
network ID and repeat the pairing process detailed in section 2.1.
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4.3 SIGNAL CHECK
Accessed from the Main Menu, the Signal Check screen displays the QoS and the signal
strength of each enabled channel. To check the status of each channel, use the UP and
DOWN arrows to scroll through.
The signal strength is a measure of how strong the connection between the TW-3.0
and the remote device is. The QoS (Quality of Service) is a measure of how reliable the
connection is, if QoS is low then there is interference with the TW-3.0 signal.
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4.4 HANDSET SETTINGS
Accessed from the Main Menu, this screen displays all the information for the TW-3.0.
Item
Description
Operation
Date
Date in DD/MM/YYYY format
Input/Output
Time
Time in HH:MM:SS format
Input/Output
Load Units
Sets the displayed load units, when selecting US
the additional units of U.S. ton and Kips are
added.
Input/Output
Local G
This is the local value for gravity in ms-2
Input/Output
Battery Type
This indicates the type of battery chemistry
currently in the TW-3.0. Note, it will not update
until a charger is connected.
Output
Battery State
Battery charge state as a percentage
Output
Battery Volts
Battery charge state in Volts
Output
Serial Number
This is the individual serial number of the TW-3.0
Output
Firmware
This is the firmware version on the TW-3.0
Output
Radio Version
This is the radio firmware version on the TW-3.0
Output
Factory Reset
This is used to reset all settings on the TW-3.0.
NOTE: this will delete all paired devices and
should be used with caution.
Input
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5.0 STANDARD FUNCTIONS
5.1 PEAK HOLD
The Peak Hold function is turned on by pressing the Peak Hold button on the front of
the TW-3.0.
The Peak Hold function will store the highest value seen on the TW-3.0 until the
function is turned off.
5.2 TARE
The Tare function is turned on by pressing the button on the front of the TW-3.0.
The Tare function will set the display to zero when it is turned on, and then reset back
to raw input when turned off.
The Tare function will take into account any load applied to the load cell when
displaying the Overload warning.
Example:
The load cell has an Overload warning set at 10.00T.
2.00T is applied to the load cell and then the tare button is pressed.
The display can now increase to 8.00T before the Overload warning will trigger.
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5.3 LOAD UNITS
The TW-3.0 Handheld can display values in various units depending on the type of data
being transmitted. You can cycle through the units using the unit button on the
handheld.
Within the Handset Settings menu (section 4.4) it is possible to change the available
load units between International and US.
International
US
tonne
Tonne
Kg
Kg
kN
kN
lbs
Lbs
U.S. ton
Kip
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5.4 ALARM
There is an audible alarm which will trigger on each channel based upon the alarm setpoint. The alarm set-point is configured within the Channel menu option.
Main Menu -> Channels -> Channel X -> Alarm
NOTE: If the alarm is active then the handheld cannot be turned off until the alarm
goes off again by lowering the load below the alarm set-point.
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5.5 MATHS CHANNELS
Accessed from the Maths channels section within the CHANNELS menu, this function
allows the user to carry out maths functions using all of the channel inputs as variables.
To type in a formula, use the Formula Editor and the on-screen keypad to enter.
Now enable the maths channel, the value will now appear on the main display as an
additional channel, accessed using the UP and DOWN arrows.
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6.0 ADVANCED FUNCTIONS
When using the advanced version of the TW-3.0 handheld there are additional features
which can be utilised. These are:
1. USB data logging
2. RS232 serial output
3. 0-5VDC analogue output
NOTE: the 0-5VDC analogue output requires an additional connector to be fitted to the
TW-3.0 Handheld at the time of ordering.
6.1 USB DATA LOGGING
The USB data logging function is accessed from the Logging option in the Main Menu
screen. This function enables the user to log the value of any channel to a USB stick via
the USB port on the TW-3.0; all enabled channels can be logged to the USB stick which
allows for 12 channels and 4 maths channels to be logged.
NOTE: in order to be able to enable a channel to be logged, it must first be an enabled
radio channel, see section 4.1.
To start and stop the logging function, press the OK button when on the Mode item
within the Logging Menu. Alternatively, a shortcut can be used when on the main
display, press and hold the Power and Right button and the USB indicator will flash and
then become solid when logging is active.
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Setup Parameters
Mode
The two possible modes are enabled and disabled. When the mode is set to enabled,
the USB logging will start running based upon the setup parameters. If the USB
logging is set to enabled and then instantly defaults back to disabled then there is
either a missing or faulty USB stick.
Channels to Log
The possible options for Channels to Log are 1-16 channels, by clicking on the
parameter the user can configure which channels are going to be saved. NOTE: at least
1 channel must be enabled to allow the logging to commence.
Delimiter
The possible options for the delimiter are comma, tab and space. The user can select
how each data field is separated in the log file. An example of each type is shown
below:
Comma
03/10/2018 12:48,1.12,tonne,Valid
Tab
03/10/2018 12:48 1.12 tonne Valid
Space
03/10/2018 12:48 1.12 tonne Valid
NOTE: To be able to view the log files in separate columns in Microsoft Excel it is best
to select Comma.
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Units
The two possible options for the Units parameter are enabled and disabled. When the
parameter is set to enabled, the log file will contain the unit of the value being logged
as a separate data item, when the parameter is set to disabled the unit will not be
logged. For example, below shows the contents of the log file with the unit of tonnes
enabled and disabled.
Enabled
03/10/2018 12:48,1.12,tonne,Valid
Disabled
03/10/2018 12:48,1.12,Valid
Terminator
The terminator parameter is used for when the data needs to be viewed in another
software suite other than Microsoft Excel the terminator will affect how the data is
displayed.
None
03/10/2018 12:48,1.12,Valid,03/10/2018 12:48,1.12,Valid,03/10/2018 12:48,1.12,Valid
LF Only
03/10/2018 12:48,1.12,Valid 03/10/2018 12:48,1.12,Valid 03/10/2018 12:48,1.12,Valid
CR Only
03/10/2018 12:48,1.12,Valid
03/10/2018 12:48,1.12,Valid
03/10/2018 12:48,1.12,Valid
CR and LF
03/10/2018 12:48,1.12,Valid
03/10/2018 12:48,1.12,Valid
03/10/2018 12:48,1.12,Valid
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6.2 RS232 SERIAL OUTPUT
The RS232 serial output function is accessed from the RS232 Output option in the Main
Menu screen. This function enables the user to output the value of any channel via the
USB port on the base of the handheld, all enabled channels can be included in the
output string which allows for 12 channels and 4 maths channel.
NOTE: in order to be able to enable a channel in the serial output, it must first be an
enabled radio channel, see section 4.1.
Setup Parameters
Output Channels
The possible options for Output Channel are 1-16 channels, by clicking on the
parameter the user can configure which channels are going to be included. NOTE: at
least 1 channel must be enabled to allow the serial output to commence.
Rate
The possible options for the Rate parameter are a transmission rate between 4Hz
0.02Hz (4 times per second to once per hour). This is the output rate, irrespective of the
baud rate, that the serial output will print the data string.
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Baud Rate
The Baud Rate parameter can be set to either 9600, 19200, 38400 or 115200 and must
be the same as the receiving device.
Header
The Header parameter is a user configurable, alphanumeric field which will be printed
at the start of the serial string before any values. This can be used by third party
software to identify the start of a string or to match a required header by the software.
The example string below has a header included of $ABC
Channel ID
The options for the Channel ID parameter are enabled or disabled. When the parameter
is set to disabled no channel ID will be printed in the string. When the channel ID is set
to enabled it will print the channel ID in the string. The channel IDs are fixed to a
capital letter for each channel:
Channel 1
A
Channel 7
G
Maths 1
P
Channel 2
B
Channel 8
H
Maths 2
Q
Channel 3
C
Channel 9
J
Maths 3
R
Channel 4
D
Channel 10
K
Maths 4
S
Channel 5
E
Channel 11
L
Channel 6
F
Channel 12
M
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The example string below shows a single channel with the channel ID parameter
enabled.
Delimiter
The possible options for the delimiter are comma, space and tab. The user can select
how each data field is separated in the string. An example of each type is shown below:
The example string below is using a comma delimiter:
The example string below is using a space delimiter:
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The example string below is using a tab delimiter:
Footer
The Footer parameter is a user configurable, alphanumeric field which will be printed at
the end of the serial string after all data values. This can be used by third party
software to identify the end of a string or to match a required footer by the software.
The example below shows the serial string with a footer of ‘*’
Terminator
The terminator parameter is used to configure if any ASCII commands are printed at
the end of the serial string. The options are:
CR Only
This will print a Carriage Return command at the end of each line and each set of new
data will overwrite the previous, as shown below:
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LF only
This will print a Line Feed command at the end of each line and each set of new data
will be printed at the end of the previous line, as shown below:
CR and LF
This will print a Carriage Return and Line Feed command at the end of each line; this
means each set of new data will be printed on the beginning of a new line, as shown
below:
NOTE: The TW-3.0 handheld has been tested and proven to work using Silicon
Labs CP2103 converters.
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6.3 0-5VDC ANALOGUE OUTPUT
The analogue output function is accessed from the Analogue Output option in the
Main Menu screen. The analogue output function provides a 0-5VDC analogue output
from an additional circular connector fitted to the TW-3.0 (not the USB) and works with
a single channel at a time.
Setup Parameters
Output
The output parameter options are enabled or disabled. The parameter is changed by
pressing the OK button on the handheld.
Channel
The channel parameter cycles through the enabled radio channels by pressing the OK
button on the handheld.
0V
This parameter shows the value in the unit to which the 0VDC output signal relates.
5V
This parameter shows the value in the unit to which the 5VDC output signal relates.
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7.0 TROUBLESHOOTING
Fault
Cause
Solution
The display keeps flicking between
no signal and a display reading
The Loadcell is too far away and
losing signal – check the signal
strength see page 15
Move the handheld and load cell
closer together
There is radio interference and data
is getting lost – check the QoS see
page 15
Move the handheld to a different
location or remove sources as
interference
There are multiple devices operating
as a master on the same network –
see page 5
Change the network the devices are
set to – see page 14
The value shown on the display is
not correct
The Tare function is enabled
Press the tare button to turn the tare
function off – see page 4
The value shown on the display is
stuck on one value
The Peak Hold function is enabled
Press the Peak Hold button to turn
the Peak Hold function off – see
page 4
The value on the display is taking a
long time to update
The update rate is set to a slow rate
Change the update rate as per page
14
Cannot enable the USB Logging
No USB stick is inserted, the logging
cannot be enabled without a valid
USB stick present
Insert a valid USB stick
Cannot enable or configure the
RS232 Serial output
The RS232 output cannot be
configured without a valid USB ->
Serial converter connected
Connect a USB ->Serial converter
The USB logging is enabled but not
logging the correct channels
The desired channel is not enabled
in the USB logging menu
Select the desired channel in the
“Channels to Log” menu. See page
25
The RS232 Output is enabled but
not printing the correct channels
The desired channel is not enabled
in the RS232 output menu
Select the desired channel in the
“Channels to Log” menu. See page
27
The RS232 output is working but the
data is scrambled
The baud rate setting does not
match the receiving device
Correct the baud rate to match the
receiving device – see page 28
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8.0 TECHNICAL SPECIFICATIONS
8.1 OVERVIEW
Enclosure
Slimline IP67 plastic enclosure
Keypad
Membrane with tactile dome switches
Display
400x240 Transflective LCD
Bridge Excitation
2.5VDC
Resolution
5 digits
Key Function
On/Off / Tare / Peak hold / Units
Measuring Units
Kg / Metric Tonnes / US Tons / Kips / kN / lb
Protection
IP67
Battery type
3x AA
Battery life (constant use)
> 150 hours
Operating Temperature
-20 to +60°C
Range
800m (line of sight)
Frequency
2.4GHz
Measurement rate
4 to 0.03Hz (4 times per second to once per
30seconds)
Alarm
2.4GHz
Software
Data logging
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8.2 BATTERY SPECIFICATION
Minimum
Nominal
Maximum
Unit
Type
AA
Quantity
3
Chemistry
Alkaline
Voltage
1.0
1.5
1.6
V
Capacity
2500
mAh
Chemistry
Ni-MH
Voltage
1.0
1.2
1.5
V
Capacity
2500
mAh
8.3 WIRELESS SPECIFICATION
Minimum
Maximum
Unit
License
2.4GHz Licence Exempt
Radio Type
Transceiver
Modulation
FHSS
Frequency
2.402
2.480
GHz
Power <100
mW
Channels
79
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8.4 PHYSICAL SPECIFICATION
Specification
Unit
Dimensions
146 x 88 x 25.60
HxWxD in mm
Weight
Grams
Material
ABS UL 94 - V0
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9.0 SERVICE AND REPAIR
The TW-3.0 handheld requires 3XAA batteries for operation. To replace the batteries
follow the steps below.
The internal circuitry of the TW-3.0 is sealed, in the event of damage the unit should be
returned to an approved Dynamic Load Monitoring service centre for repair.
If the TW-3.0 is no longer required it should be disposed of correctly.
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10.0 WARRANTY
Subject to the terms and conditions set out below, Dynamic Load Monitoring (UK) Ltd
(hereinafter 'DLM' or 'the company') warrants its products against defects in materials or
workmanship for a period of one year from the date of original purchase.
Should a circumstance or condition be observed which might give rise to a claim under this
warranty; the user should immediately take the unit out of operation. The item should then be
returned carriage paid (including any and all taxes and duties) to DLM. It is advisable to notify
DLM, by telephone or fax, of the details of the case prior to dispatch.
The extent of the company's liability under the terms of this warranty shall be the repair or
replacement of the defective product, or defective part thereof, and the decision whether to
repair or replace shall be made by DLM at its sole discretion.
After completion of any remedial work / replacement, the company will return the goods
carriage paid.
Exclusions
Defects arising from the following circumstances are excluded from the benefit of this
warranty:
• Unauthorised modification;
• Misuse, mishandling, abuse;
• Improper or inadequate maintenance;
• Operation outside the environmental specifications of the product.
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11.0 STANDARDS AND DECLARATION OF CONFORMITY
11.1 CE Mark
Dynamic Load Monitoring (UK) Ltd tímto prohlašuje, že tento TW-3.0 je ve shodě se základními požadavky a
dalšími příslušnými ustanoveními směrnice 2014/53/EU.
Undertegnede, Dynamic Load Monitoring (UK) Ltd erklærer herved, at følgende udstyr TW-3.0 overholder de
væsentlige krav og øvrige relevante krav i direktiv 2014/53/EU.
Hiermit erklärt, Dynamic Load Monitoring (UK) Ltd dass sich das Gerät TW-3.0 in Übereinstimmung mit den
grundlegenden Anforderungen und den übrigen einschlägigen Bestimmungen der Richtlinie 2014/53/EU
befindet.
Käesolevaga kinnitab , Dynamic Load Monitoring (UK) Ltd seadme TW-3.0 vastavust direktiivi 2014/53/EL
põhinõuetele ja nimetatud direktiivist tulenevatele teistele asjakohastele sätetele.
Hereby, Dynamic Load Monitoring (UK) Ltd declares that TW-3.0 is in compliance with the essential requirements
and other relevant provisions of Directive 2014/53/EU.
Por medio de la presente Dynamic Load Monitoring (UK) Ltd declara que el TW-3.0 cumple con los requisitos
esenciales y cualesquiera otras disposiciones aplicables o exigibles de la Directiva 2014/53/UE.
ΜΕ ΤΗΝ ΠΑΡΟΥΣΑ, Dynamic Load Monitoring (UK) Ltd ΔΗΛΩΝΕΙ ΟΤΙ TW-3.0 ΣΥΜΜΟΡΦΩΝΕΤΑΙ ΠΡΟΣ ΤΙΣ
ΟΥΣΙΩΔΕΙΣ ΑΠΑΙΤΗΣΕΙΣ ΚΑΙ ΤΙΣ ΛΟΙΠΕΣ ΣΧΕΤΙΚΕΣ ΔΙΑΤΑΞΕΙΣ ΤΗΣ ΟΔΗΓΙΑΣ 2014/53/ΕE.
Par la présente, Dynamic Load Monitoring (UK) Ltd déclare que l'appareil TW-3.0 est conforme aux exigences
essentielles et aux autres dispositions pertinentes de la directive 2014/53/UE.
Con la presente , Dynamic Load Monitoring (UK) Ltd dichiara che questo TW-3.0 è conforme ai requisiti essenziali
ed alle altre disposizioni pertinenti stabilite dalla direttiva 2014/53/UE.
Ar šo Dynamic Load Monitoring (UK) Ltd deklarē, ka TW-3.0 atbilst Direktīvas 2014/53/ES būtiskajām prasībām un
citiem ar to saistītajiem noteikumiem,
Šiuo Dynamic Load Monitoring (UK) Ltd deklaruoja, kad šis Tw-3.0 atitinka esminius reikalavimus ir kitas
2014/53/ES Direktyvos nuostatas.
Hierbij verklaart , Dynamic Load Monitoring (UK) Ltd dat het toestel TW-3.0 in overeenstemming is met de
essentiële eisen en de andere relevante bepalingen van richtlijn 2014/53/EU.
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Hawnhekk, Dynamic Load Monitoring (UK) Ltd, jiddikjara li dan TW-3.0 jikkonforma mal-ħtiġijiet essenzjali u ma
provvedimenti oħrajn relevanti li hemm fid-Dirrettiva 2014/53/UE.
Alulírott, , Dynamic Load Monitoring (UK) Ltd nyilatkozom, hogy a TW-3.0 megfelel a vonatkozó alapvetõ
követelményeknek és az 2014/53/EU irányelv egyéb elõírásainak.
Niniejszym Dynamic Load Monitoring (UK) Ltd oświadcza, że TW-3.0 jest zgodny z zasadniczymi wymogami oraz
pozostałymi stosownymi postanowieniami Dyrektywy 2014/53/UE.
Dynamic Load Monitoring (UK) Ltd declara que este TW-3.0 está conforme com os requisitos essenciais e outras
disposições da Directiva 2014/53/UE.
Dynamic Load Monitoring (UK) Ltd izjavlja, da je ta TW-3.0 v skladu z bistvenimi zahtevami in ostalimi relevantnimi
določili direktive 2014/53/EU.
Dynamic Load Monitoring (UK) Ltd týmto vyhlasuje, že TW-3.0 spĺňa základné požiadavky a všetky príslušné
ustanovenia Smernice 2014/53/EÚ.
Dynamic Load Monitoring (UK) Ltd vakuuttaa täten että TW-3.0 tyyppinen laite on direktiivin 2014/53/EU
oleellisten vaatimusten ja sitä koskevien direktiivin muiden ehtojen mukainen.
Härmed intygar Dynamic Load Monitoring (UK) Ltd att denna TW-3.0 står I överensstämmelse med de väsentliga
egenskapskrav och övriga relevanta bestämmelser som framgår av direktiv 2014/53/EU.
Hér með lýsir Dynamic Load Monitoring (UK) Ltd yfir því að TW-3.0 er í samræmi við grunnkröfur og aðrar kröfur,
sem gerðar eru í tilskipun 2014/53/EU.
Dynamic Load Monitoring (UK) Ltd erklærer herved at utstyret TW-3.0 er i samsvar med de grunnleggende krav og
øvrige relevante krav i direktiv 2014/53/EU.
Noi, Dynamic Load Monitoring (UK) Ltd, declarăm pe propria noastră răspundere că produsul TW-3.0 este în
conformitate cu cerinţele esenţiale şi celelalte prevederi aplicabile ale Directivei 2014/53/UE.
A copy of the signed Declaration of Conformity can be found here:
www.dlm-uk.com/downloads/certificates.html
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11.2 FCC
This device complies with Part 15 of the FCC rules. Operation is subject to the following two
conditions:
1) This device must accept any interference and
2) This device must accept any interference received including interference that may
cause undesired operation
Changes or modifications not expressly approved by Dynamic Load Monitoring Ltd. could void
the user’s authority to operate the equipment.
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