Ambient Systems SM3000 2.4GHz RFID Module User Manual

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Date Submitted	2009-12-07 00:00:00
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Document Author:	Leon Kleiboer

User Manual
SM3000 OEM module
User Manual
SM3000 SmartPoint OEM module
Ambient Systems B.V.
Colosseum 15D ● 7521 PV Enschede ● the Netherlands
tel:(+ 31) (0)88 AMBIENT (+31 88 2624368 ) ● fax: (+31) (0)88 2624399
KvK: 08122911 ● VAT NL: 812976253B1 ● www.ambient-systems.net
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1 Table of Contents
1 Mechanical drawings.............................................5
3 Operating conditions.............................................7
7.1 United States and Canada (FCC and IC)...21
7.2 Europe.............................................................23
7.3 EN12830..........................................................23
7.4 RoHS...............................................................23
4 Electrical Specifications.........................................7
8 Appendices.............................................................24
5 Radio Section...........................................................7
8.1 Additional label informations.....................24
8.2 Appendix D: Technical Support.................24
8.3 Appendix E: Warranty & Disclaimer.........25
8.4 Appendix F: Recycling.................................26
8.5 Appendix G: Registration............................26
8.6 Appendix H: Manual Revisions..................27
2 Pin layout.................................................................6
6 Connectivity.............................................................8
6.1 Power ...............................................................8
6.2 Data...................................................................8
7 Compliance(s)........................................................21
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MicroRouters and SmartPoints – and their
resources, which are made available by drivers.
Applications
Traditional Active RFID
Wireless Temperature Monitoring
Wireless Temperature Logger
Real-time Location System (RTLS)
Paperless Data C arrier
Intelligent transceiver for sensors and actuators
Machine-to-Machine (M2M)
SM3000 SmartPoint OEM module
Functions and Features
SM3000 SmartPoint OEM module
SmartPoints are part of Ambient’s Series 3000,
which comprises a set of easy to install and use,
highly scalable Third Generation Active RFID
network products. Such networks consists of three
types of devices, namely GateWays, MicroRouters
and SmartPoints. Each network contains at least
one GateWay and – depending on the type of
GateWay – can comprise up to 127 MicroRouters.
SmartPoints then use this backbone infrastructure
to transmit their data and alerts.
The SM3000 is the OEM module version of the
SP3000 SmartPoint. The SP3000 SmartPoint is a
small, battery operated wireless device that is
uniquely characterized by its intelligence. Using its
on-board transceiver it can transmit as well as
receive messages. The SP3000 and SM3000 OEM
module have a highly accurate on-board
temperature sensor and are able to provide
periodic measurements as well as alert situations
when temperature thresholds are breached. They
also contain a built-in 3D Real-Time Location
System (RTLS) localization engine, enabling the
SmartPoint to calculate its own position relieving
the necessity of expensive back office localization
software. The SM3000 OEM module contains as
well a LED for visual feed-back, 1 MB of memory,
for storing product information (e.g. EPC , shipping
bill, product description) and historical sensor and
location data.
3000 Series Networks can grow up to thousands of
SmartPoints allowing for very large and versatile
applications. Their transceiver enables on-demand
behaviour but also allows you to configure the
SmartPoint remotely. So if your application
requirements change, the behaviour of the
SmartPoint can change with it. The SP3000 and
SM3000 SmartPoints are ideally suited for
management by exception as you can configure
your SmartPoint to only sent alerts when a certain
situation arises; this is what we refer to as
Dynamic Event Reporting.
Every SmartPoint is accessible using Ambient's
Device Driver Interface (DDI). DDI provides a
uniform means to address all devices in your
network – GateWays,
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Built-In Temperature Sensor, EN12830
(1,D,transportation) compatible
Built-In RTLS 3D Location Engine
Built-in 1MB File System
Low power consumption:
TX Peak C urrent: 26.9mA
RX Peak C urrent: 26.7mA
Sleep current: <4µA
User-configurable temperature & location intervals
User-configurable security features
User-configurable sleep modes
User-configurable alerts
Dynamic Event Reporting™
Temperature Alerts
Visual feed-back via built-in LED
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Technical Specifications1
2.405 to 2.475 GHz, IEEE 802.15.4 PHY compliant
Integrated on PCB, Omni-directional
+4.6dBm (including PCB antenna gain)
Frequency Range
Antenna
TX (Maximum radiated
power(EIRP))
RX
Typical Range indoor
Typical Range outdoor
Supply voltage
Transmit
current(typical)
Receive Current(typical)
Sleep Current
(maximum)
-85.0 dBm @ 1%PER
25 m
50 m
Power requirements
3.3 – 3.8V
26.9mA
26.7mA
4µA
Dimensions (H x W x D)
Weight
Physical Specifications
48 x 28.5 x 3.7 mm
10 gr
Operating Temperature
Storage Temperature
General
-40˚C to +85˚C
-40˚C to +85˚C
Typical accuracy2
Resolution
FCC
CE
RoHS
Temperature
±0.5˚C from -25˚C to +85˚C
±1.0˚C from -40˚C to +85˚C
0.0625˚C
Compliances
FCC part 15.247 and part 15B, IC RSS-210 and RSS GEN, safety certification
according to CB and cCSAus
ETS EN 300 328, ETS EN 301 389-1, ETS EN 389-17, EN 61000-6-1, EN 610006-3,
EN 61000-3-2, EN 61010-1:04, EN12830, EN60068-27
yes
Warranty & Recycling
One year warranty applies to all SmartPoint products. At the end of life SmartPoint products are considered
WEEE and need to be treated accordingly. We recycle obsolete products or products that have drained their
batteries. Contact us for more details.
About Ambient Systems
Ambient Systems helps customers in distribution, transport and industry to improve the quality and efficiency
of their processes with third generation Active RFID solutions. Unlike traditional Active RFID solutions,
Ambient utilizes the power of intelligent tags (SmartPoints) to monitor, locate, and protect physical assets and
people. Together with Ambient’s robust and secure all-wireless network, this enables management by
exception at a total cost of ownership (TCO) which is at least three times lower.
For more information, please visit www.ambient-systems.net.
Ordering Information
You can place your order via sales@ambient-systems.net providing any of the product codes below.
Specifications are subject to change without notice
Applies to the TMP102 temperature sensor.
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Mechanical drawings
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Pin layout
JP3
12
JP2
JP1
Table 1: Pins configuration
Connector
JP1
JP2
JP3
Pin #
Pin Name
Description
VBAT 1
Power supply 1
VBAT 2
Power supply 2
GND
Ground
GND
Ground
VDD
Power supply 3
N/A
N/A
N/A
N/A
CS/DSR
SPI slave chip select/Data set ready
SCLK/DTR
SPI Clock/Data terminal ready
MISO/RX
SPI master in slave out/RX data
MOSI/TX
SPI master out slave in/TX data
10
DR/CTS
Data ready/Clear to send
11
RTS
Request to send
12
GND
Ground
N/A
N/A
N/A
RESET
SM3000 reset line.
N/A
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Operating conditions
Table 2: Operating Conditions
Parameter
Operating temperature
Min
Typical
Max
Units
-40
85
°C
Condition
Electrical Specifications
Table 3: Electrical Specifications
Parameter
Min
Typical
Max
Units
3.3
3.6
3.8
Applied via VBAT 1 or VBAT 2*
3.0
3.3
3.6
Applied via VDD**
Current consumption RX
26.9
mA
Excluding peripherals consumption.***
Current consumption TX
26.7
mA
Excluding peripherals consumption.***
Current consumption,
overall
50
mA
Worst case scenario, radio in RX mode and
all peripherals working.
Sleep current.
µA
Supply voltage
Condition
* The supply voltage can be applied to either VBAT 1 and VBAT 2 or both. Protected for reverse polarity.
** Unprotected for reverse polarity.
*** On board serial flash memory, temperature sensor, LED
Radio Section
Table 4: Radio section
Parameter
Frequency Range
Min
Typical
Max
Units
2405
2475
MHz 15 channels with 5MHz spacing.
Receiver sensitivity
Output Power
-85
1.9
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Condition
dBm PER=1%
4.6
dBm EIRP, PCB integrated antenna
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6.1
Connectivity
Power
Power can be applied to the SM3000 OEM module via JP1 or JP2 (see Table 1). Connections must use 2mm
pitch pin headers or wires. The maximum allowed wire length is 10cm.
Applying power via JP1:
● supply voltage can be applied to either VBAT 1 or VBAT 2 (one connection is enough)
● reverse polarity protection is included via two Shotkey diodes
● please refer to Table 3 for voltage supply range
Applying power via JP2:
● if power is applied via JP1, leave VDD unconnected
● reverse polarity protection is not provided in this case
● please refer to Table 3 for voltage supply range
6.2
Data
The SM3000 OEM module supports the following serial interfaces:
● SPI
● UART
● I2C
Physical connection must be made via JP2 (see Table 1). Use 2mm pitch pin headers or wires of maximum
10cm length.
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6.2.3
SPI interface
Physical connections
The following pictures show the physical connections needed to enable SM3000 SPI communication. The
arrow indicates the direction of information flow. For example the DR pin is an output of the module and an
input for the Host. The CS can be used by the Host to enable its SPI hardware module. CS is active lo.
Assumed is that module and Host are powered by the same power supply using the same voltage to drive
the pins.
Pin mapping for SM3000
Pin
Description
Voltage levels
VDD
SM3000 supply voltage
VDD
GND
Supply ground
GND
CS
Slave chip select
VDD
DR
Data communication start signal line (Data ready)
VDD
RTS
Host Request To Send signal line
VDD
SCLK
SPI clock
VDD
MOSI
SPI master out slave in
VDD
MISO
SPI master in slave out
VDD
RESET
SM3000 device reset line
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Functional description
The module uses SPI for its interface. The module is configured as SPI master, the host as SPI slave. The
clock speed is 1MHz More on timing later.
The module always starts SPI communication by signalling the DR (Data Ready) line. When data is available
for the host the module will transmit the data upon reception to the host using a “write” command. When
the host needs to send data to the module it must signal the RTS (Request To Send) line. The module will
then in due time send a “read” command to receive the data from the host. If both module and host have
data to send the module will issue a “read/write” command for full duplex communication. The drawings in
the following sections omit the CS line. The CS line will be pulled low to mark the start of a byte or a group
of bytes and is intended to function as a SPI hardware enable line for the Host.
Write command
If the module has data to send and the host does not, it will send a write command. The RTS line is kept high
by the host indicating that it has no data to send1. The module will lower the DR line to indicate the start of
communication.
The module will generate a clock signal on the SCLK line. The clock signal consists of groups of 8 pulses.
Each group represents one byte transmitted and received.
The first byte that is outputted on the MOSI line by the module is the write command: 0x35. The second byte
is N: the number of bytes the module will send afterwards. The host may put any data on the MISO line.
These values are ignored by the module. When all bytes are sent the module raises the DR line again to mark
end of communication.
The SM3000 features a 10K pull-up resistor on the RTS- and DR line
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Read command
The module will periodically check if the host has any data to send and start communication if so1.
The host signals the module it has data to send by pulling the RTS line low. In due time the module lowers
the DR line to mark start of communication.
The module will generate a clock signal on the SCLK line. The clock signal consists of groups of 8 pulses.
Each group represents one byte transmitted and received.
The first byte that is outputted on the MOSI line by the module is the read command: 0x53. For the second
byte the host must then output N: the number of bytes it will send. The module will then generate a clock
signal for N bytes. The host must put its data on the MISO line. The module may put any data on the MOSI
line. These values can be ignored by the host. When all bytes are sent the module raises the DR line again to
mark end of communication.
The SM3000 features a wake-up on RTS mechanism. If the SM3000 is in energy saving sleep mode, a downward flank on the RTS
line will wake it up and the module will respond typically within a couple of milliseconds
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Read/Write command
If the module has data to send and it detects that also the host has data to send it will start a read/write
communication sequence.
The host signals the module it has data to send by pulling the RTS line low. In due time the module lowers
the DR line to mark start of communication.
The module will generate a clock signal on the SCLK line. The clock signal consists of groups of 8 pulses.
Each group represents one byte transmitted and received.
The first byte that is outputted on the MOSI line by the module is the read/write command: 0xb0. For the
second byte the host must then output N: the number of bytes it will send and the module will output M: the
number of bytes it will send. The module will then generate a clock signal for max(M,N) bytes. The host
must put its data on the MISO line. The module must put its data on the MOSI line. After sending M bytes
the module will continue sending (max(M,N) – M) bytes which can be ignored by the host. After sending N
bytes the host will continue sending (max(M,N) – N) bytes which can be ignored by the module. When all
bytes are sent the module raises the DR line again to mark end of communication.
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Timing
The module operates using SPI mode 0. Which means the Clock Phase is 0 and the Clock polarity is 0. The
data is output on the rising edge of SCLK. The data is read on the falling edge of SCLK.
The following timing characteristics apply to the module module:
Value
Description
Min.
Typical.
Max.
Unit
< 10
>20001
ms
60
μs
T1
RTS response time
T2
Communication set-up
time
T3
Communication cleanup time
T4
RTS reset time
TA
CMD to SIZE time
10
μs
TB
SIZE set-up time
0.5
μs
TC
SIZE to DATA time
80
TD
DATA time
30
100
ns
120
SIZE*8
μs
μs
If the module is communicating with the network or running the location engine the response time depends on the delay induced
by these operations. For the location engine the delay is a direct result of its configuration
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Start-up procedure
It is strongly advised that the host resets the SM3000 upon start-up just before initializing its own SPI
interface. Pulling the RESET line low for about one millisecond will suffice. The RESET line must be kept
high by the host during normal operation for the SM3000 to function.
After initialization the host can detect the presence of the SM3000 by sending a DDI request to the localhost
address (00:00:00:00:00:00) and waiting for a reply. The “echo” function in the DDI echo driver (0:1:1) is very
suitable for this purpose. After a reset the SM3000 is typically responsive within 5 seconds1. If the reply does
not come the host can opt for retrying or resetting a couple of times before the SM3000 is considered not
present.
The source address of the reply is equal to the serial Id of the connected module. The host must use this
address as its own source address if it sends DDI messages over the network. The host must use level 2 for
its source level.
In case a new firmware file is present in the file system the start-up time of the SM3000 is extended with roughly 2 seconds
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6.2.4
UART interface
Physical connections
The following pictures shows the physical connections needed to enable serial communication. The arrow
indicates the direction of information flow.
Assumed is that SM3000 and host are either powered by the same power supply and use the same voltage to
drive the pins or are separated through an RS232 level converter. The (signal) ground line should be shared.
Pin mapping for SM3000
Pin
Description
Voltage levels
DSR
Data Set Ready
VDD
RTS
Request to Sent
VDD
CTS
Clear to Sent
VDD
DTR
Data Terminal Ready
VDD
TX
Transmit
VDD
RX
Receive
VDD
VCC
Supply voltage
VDD
GND
Signal ground
–
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Functional description
The interface on the module enables a full-duplex message oriented communication protocol. It uses 6 (six)
IO lines, 2 data – and 4 control lines. The control lines are used to provide a hardware flow control
mechanism for the communication of a single message. A message is formatted according the SPP protocol
which is described in a separate document 1. Having an SPP formatted message enables error checking and
message synchronization.
The module is a battery operated device which preserves energy by entering an low power mode of
operation whenever it has no action to perform. In LPM the serial receiver is disabled and if the connected
host wants to communicate it needs to wake up the module. The module will respond if it is ready to receive
a message. To facilitate this the interface uses the RTS and CTS control lines. The host signals the module it
has data to send by pulling the RTS line low. If this is detected by the module it will pull the CTS line low
indicating it is ready to receive.
The same mechanism is provided for communication from module to host. This enables the possibility for
also the host device to enter a energy efficient sleep mode. The DTR and DSR control lines are used in this
case. If the module has data to send to the host it will pull the DSR line low to wakeup and signal the host.
The host must pull the DTR line low when it is ready to receive a message from the module. If the module
detects a low DTR line it will start transmitting a single message.
These mechanisms are specified in detail in the following sections.
Serial port(UART) settings
The following serial communication settings are used
Speed
115200 baud
Data bits
Parity
None
Stop bits
Host to SM3000 transmission
If the host has data to send it will pull down its RTS line. If detected the module will pull its CTS line low
allowing the host to send its message. As soon as the message is transmitted the host will pull it RTS line
high again. The module will pull its line high if it received a complete message.
Kernel_Serialport protocol_1.0.x.pdf
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This is illustrated in the following diagram:
At the moment the RTS is pulled low the module is either sleeping or active. When active the module is most
probably busy with wireless communication during which it will not respond to the RTS event. Only after
finishing wireless communication will it acknowledge any pending communication requests. By this the
module's response time can be quite significant. Refer to Section Timing for TA (module response time) . If
the module does not respond within the given time the host should retry communication by generating a
new downward flank on the RTS line.
After the module lowered its CTS line it starts timing the reception of a full message. The host has
TB (module receive time) to complete sending the message after the CTS was lowered. Failure to do so will
make the module raise its CTS line before the end of the message and the host should retry communication
by generating a new downward flank on the RTS line
SM3000 to Host transmission
If the module has data to send it will pull down its DSR line. It then waits for the host to lower its DTR line.
When a low DTR is detected the module starts transmitting the message. As soon as the message is
completed the DSR line is raised. The host can raise the DTR as soon as it received the complete message or
detected the DSR being pulled high.
This is illustrated in the following diagram:
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If the DTR is pulled high before the end of the message the module will stop transmission and considers the
message lost (message is thrown away).
Please refer to Section Timing for timing values. After lowering the DSR the module will wait for maximum
T1 (host response time) for the host to lower its DTR line. If this time is exceeded the module will raise its
DSR line and consider the message lost (message is thrown away)
After lowering the DTR line the host should receive a complete message within T2. If this is not the case the
host can raise its DTR line and disable its receiver until the module generates a new negative edge on the
DSR line.
In case the host is always on (e.g. a PC) and needs no wake-up mechanism, implementation of the interface
can be simplified by pulling the DTR line low continuously and ignore the DSR line (see also: Remarks –
Host implementationWin32)
Parallel execution
Please note that both module and host should support parallel execution of sending and receiving. It is for
example possible that the module after lowering its CTS starts a transmission by pulling its DSR line low.
The host should be able to accept this request and start receiving data in parallel to its active transmission.
Timing
The following section specify the timing characteristics of the interface
Host to SM3000
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Value
Description
Min.
Typical.
Max.
Unit
TA
Module response time
1500
ms
TB
Module receive time
31.25
ms
TC
Message Inter arrival
time
10
ms
SM3000 to Host
Value
Description
Min.
Typical.
Max.
Unit
T1
Host response time
31.25
ms
T2
Host receive time
31.25
ms
T3
Message Inter arrival
time
10
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Remarks – Host implementationWin32
In case a PC host implementation uses the C++ Win32 API to open a COM port it can use the flow control
provided by it (WindowsXP and up):
In the DCB of the SetCommState function use the following values:
// The windows driver will only transmit if the CTS line is low
fOutxCtsFlow = TRUE
// Make sure the DTR line is always low
fDtrControl = DTR_CONTROL_ENABLE
//RTS is low when there is data in the output buffer and high if not
fRtsControl = RTS_CONTROL_TOGGLE
Be sure to write exactly one SPP message to the COM port and wait for it to complete before sending
another.
Wait at least TC between messages.
6.2.3
I2C interface
The SM3000 OEM module supports up to two software emulated I2C bus. One of the bus is used by the
current on-board temperature sensor while the other bus is available on pins 11 and 12 of JP2.
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Compliance(s)
7.1
United States and Canada (FCC and IC)
The SM3000 SmartPoint OEM module complies with Part 15 of the FCC Rules. Operation is subject to the
following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept
any interference received, including interference that may cause undesired operation. This is described in
Part 15.19 (a)(3) and (5).
This Class B digital apparatus complies with Canadian ICES-003. Cet appareil numerique del la classe B est
conforme al norme NMB-003 du Canada.
This equipment has been tested and found to comply with the limits for a Class B digital device pursuant to
Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful
interference in a residential installation. This equipment generates, uses, and can radiate radio frequency
energy and, if not installed and used in accordance wit the instructions, may cause harmful interference to
radio communications. However, there is no guarantee that interference will not occur in a particular
installation. If this equipment does cause harmful interference to radio or television reception, which can be
determined by turning the equipment off and on, the user is encouraged to try and correct the interference
by one or more of the following measures:
–
–
–
–
Reorient or relocate the receiving antenna.
Increase the separation between the equipment and the receiver.
Connect the equipment into an outlet on a circuit different from that to which the receiver is
connected.
Consult the dealer or an experienced radio/TV technician for help
WARNING: Any modifications to the units, unless expressly approved by the party responsible for
compliance, could void the user's authority to operate the equipment.
A copy of all FCC and Industry Canada certificates can be obtained by contacting the support department:
support@ambient-systems.net.
Modular requirements overview
Own RF shielding
The module has an 18 x 18 x 4mm tin-plated brass shield that covers the essential radio components. It is
located near the middle of the PC-board as shown in the following photo.
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Buffered modulation and data input(s)
In an organized, periodic manner, the SM3000 processor, a sub-section of the radio chip (U1 – CC2430,
samples digital data inputs introduced to the Module. Data buffering and formatting takes place within the
SM3000 processor, so the actual input data amplitude or rate does not directly modulate the RF carrier and
therefore cannot change the actual RF output level or emission spectrum.
Power supply regulation and local reference oscillator
The radio chip (U1) contains internal voltage regulation to ensure RF output power and modulation remains
consistent. The reference oscillator is crystal-based (X51).
Antenna requirements
The module has an integral antenna (pc-board trace) that cannot be modified or connected to. There is no
mechanism provided for connecting an external antenna.
RF exposure requirements
The module meets the requirements for a portable device that may be used at separation distances of less than
2.5cm from the human body because its output power is below the threshold of 25mW for a 2.4GHz device.
The Module's output power is approximately 10mW EIRP.
Testing in stand-alone configuration
The SM3000 Module was tested as a ‘stand-alone’ device for radiated spurious emissions and found to comply.
Since the device is only battery powered, AC-conducted emissions tests were not applicable.
Label requirements
The label on the module follows the FCC and Industry Canada requirements. The module has two labels as
shown below:
Additionally, the manufacturer’s name is silkscreened on the PC-board:
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●
●
7.2
If the SM3000 OEM module is to be used inside another device than the final product label must
contain the following statements:
◦
“Contains FCC ID: XGR-SM3000”
◦
“Contains Model SM3000, IC: 9398A-SM3000”
◦
“This device complies with Part 15 of the FCC Rules. Operation is subject to the following two
conditions: (1) this device may not cause harmful interference, and (2) this device must accept
any interference received, including interference that may cause undesired operation”
◦
“This Class B digital apparatus complies with Canadian ICES-003. Cet appareil numerique del la
classe B est conforme al norme NMB-003 du Canada.”
The SM3000 packaging label contains the following text.:
◦
“This device complies with Part 15 of the FCC Rules. Operation is subject to the following two
conditions: (1) this device may not cause harmful interference, and (2) this device must accept
any interference received, including interference that may cause undesired operation. This is
described in Part 15.19 (a)(3) and (5).”
◦
“This Class B digital apparatus complies with Canadian ICES-003. Cet appareil numerique del
la classe B est conforme al norme NMB-003 du Canada.”
Europe
The SM3000 OEM module has a CE certification. Ambient Systems B.V. has issued a Declaration of
Conformity which can be obtained by contacting the support department: support@ambient-systems.net.
7.3
EN12830
The SM3000's temperature sensor is compliant with EN12830, Class 1 accuracy, class D climatic
environment, suitable for transportation.
7.4
RoHS
All materials used to produce the SM3000 OEM module are RoHS certified.
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8.1
Appendices
Additional label informations
In addition to label specified at 8.1.3 the Module will contain the following markings:
8.2
Appendix D: Technical Support
All customers can contact Ambient Systems technical support through our web site or by email.
Before you contact technical support, please have the following ready:
●
Model number of the product (e.g. MR3000, SP3000, etc.)
●
Hardware Revision (located on the label of the device)
●
Current firmware version (can be obtained using Ambient Studio)
●
Serial ID (located on the label of the device)
Also, if you have encountered any problems visit the support section of our website where you can
find software updates and user documentation as well as Frequently Asked Questions (FAQ) and
answers to technical issues.
Website
www.ambient-systems.net
Then browse to the support section
E-mail
support@ambient-systems.net
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8.3
Appendix E: Warranty & Disclaimer
To all products and related documentation Ambient Systems B.V. Terms & Conditions (T&C) apply.
The T&C can be found and downloaded from our website.
8.3.3
Trademarks
Ambient is a registered trademark of Ambient Systems B.V. Other trademarks or registered
trademarks are the property of their respective owners.
8.3.4
Copyright Statement
No part of this publication or documentation accompanying this product may be reproduced in any
form or by any means or used to make any derivative such as translation, transformation, or
adaptation without permission from Ambient Systems B.V.
Contents are subject to change without prior notice.
Copyright ©2009 by Ambient Systems B.V. All rights reserved.
8.3.5
CE Mark Warning
In a domestic environment, this product may cause radio interference, in which case the user may be
required to take adequate measures.
8.3.6
Manufacturer Declaration of Conformity
Hereby, Ambient Systems BV declares that the 3000 Series products are in compliance with the
essential requirements and other relevant provisions of Directive 1999/5/ EC. A copy of the
Declaration of Conformity can be obtained by sending a mail to support@ambient-systems.net
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8.4
Appendix F: Recycling
a) General Information
Electric and electronic devices must not be disposed of in the domestic waste. Please dispose of the
inoperative product in accordance with the current legal
regulations.
b) Batteries and Rechargeable Batteries
You, as the end user, are required by law (Battery Ordinance) to return all used
batteries/rechargeable batteries. Disposal of them in the household waste is prohibited!
Contaminated batteries/rechargeable batteries are labelled with these symbols to indicate that
disposal in domestic waste is forbidden. The description of dangerous heavy metal constituents are:
Cd=cadmium, Hg=mercury, Pb=lead (name on battery/rechargeable battery, e.g. under the trash
icons on the left). You can return your exhausted batteries/rechargeable batteries free of charge to
any authorized disposal station in your local authority, to our stores or to any other store where
batteries/rechargeable batteries are sold. You thus fulfil your statutory obligations and contribute to
the protection of the environment.
For more information contact support@ambient-systems.net
8.5
Appendix G: Registration
Please sent an email to support@ambient-systems.net to register the Ambient 3000 Series products.
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8.6
Appendix H: Manual Revisions
Ambient Systems B.V. reserves the right to revise this publication and to make changes in the
content hereof without obligation to notify any person or organization of such revisions or changes.
Revision Date
1.0
Description
23/10/09 Release 1.0 documentation.
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