Magos SR Series User manual

©2023, Magos Systems Ltd. All rights reserved.
Introduction
Scope
This document aims to provide a user manual for the setup and installation of the SR-Series
sensor by Magos Systems. The manual provides information on mechanical structure and
interface, installation procedure and guidelines, and interface to manage the system.
Please read the entire document prior to the installation and or use of the product.
About Magos Systems
Magos was established in 2008 to realize its co-founder’s vision of bringing advanced radar
technology to the security, perimeter protection, and detection market. We are experts in
low-cost & power consumption and high-performance radars that can be easily integrated
with existing VMS, PSIM, and other control software and automatic PTZ slew to cue for an
end-to-end cost-effective and easily maintained solution for the customer’s security
requirements.
SR-Series
User Manual

©2023, Magos Systems Ltd. All rights reserved.
Contacting Magos Systems
Email
[e-mail]
Address
Gad Feinstein 13 Office 225, Rehovot Israel
7638517
Website
www.magosys.com
Support (Available to trial version/ valid
maintenance contract)
[e-mail]
System Overview
SR-Series outdoor perimeter defense sensors are designated for outdoor installation and
use only. They provide accurate location, velocity, and bearing data on moving targets within
their coverage area. The SR-series sensor is a radar technology-based sensor. This means
that it transmits low-power (less than 100mW) RF signal in the C-Band frequency and
inspects the returned signal. Radars detect movement within the transmitted beam
coverage area, based on modification in the returned signal and Doppler-induced frequency
detection. The SR-series sensors contain no moving parts and rely on a multichannel
antenna array and digital beam-forming technology to determine target azimuth. This fact
increases scan rate capabilities and thus enhances detection probability and detection
performance in general.
In addition, it contributes to MTBF increase making the entire system more reliable. Finally,
as they are RF-based sensors, the SR-Series sensors exhibit superb immunity to lighting,
visibility (FOG, Smog), weather (rain, snow), and other environmental conditions.
The SR-Series sensors implement all data processing, and detection algorithm intrinsically,
and report the detection results via Ethernet UDP protocol to the host computer
approximately twice per second.
Unlike most radars, the SR Series sensors support "zero Doppler" detection, which can
detect very slow-moving targets (crawlers, etc.) and tangent-moving targets. Static objects
are not reported as targets since each target must travel a certain minimum target to be
considered as a target, however, a moving target that was tracked and stopped moving will
still be detected and reported.
The radar coverage area is nominally 100°-120° (depending on the model) in azimuth
(horizontal plane) and 30° in elevation.
A more accurate description of the radar coverage area can be found in Figure 10.

©2023, Magos Systems Ltd. All rights reserved.
System Specifications
SR-150
SR-250
SR-500
SR-1000
SCEPTER
Ordering P/N
MSA1356A
MSA1452A
MS700A
MSA1231A
MSA1241A
Description
5.8GHz Sensor
150m range,
1.2m
resolution
5.8GHz Sensor
250m range,
1.2m
resolution
5.8GHz
Sensor 600m
range, 1.2m
resolution
5.8GHz Sensor
1000m range,
1.2m
resolution
5.8GHz Sensor
600m range, 1.2m
resolution
Detection Range
Human: 150m
Vehicle/Boat:
150m
Human: 250m
Vehicle/Boat:
250m
Human 400m
Vehicle/Boat:
600m
Human: 800m
Vehicle/Boat:
1000m
Human: 400m
Vehicle/Boat:
600m
Frequency
C-Band
Sensor Type
High-resolution MIMO digital beam-forming
Azimuth Coverage
(
O
)
120
O
100
O
Elevation Coverage
(
o
)
30O
High-Range
Accuracy
< 1m
Azimuth Accuracy(
o
)
1
O
0.7
O
Scan Rate (per
second)
~3
2
Target Detection
Speed (m/sec)
0.3-30
Dimensions
25cm X 15cm X 5.9cm / 9.8” X 5.8” X 2.3”
25cm X 30cm X 8 cm /9.8” X 11.8” X
3.15”
Power Consumption
48V, 3.5W
48V, 5W
Operating
Temperature
-40 - +85 C
O
Power Interface
PoE 802.3af (802.3at Type 1)
Environmental
Ratings
NEMA-6, IP67
Weight (Kg/Ib)
1.5Kg / 3.3Ib
3Kg / 6.6Ib
Approvals/
Certifications
CE, FCC, UL, IC
FCC, UL, IC
FCC, UL, IC
FCC, UL, IC
CE/RED EN 62368-
1:2014, EN 60950-
22:2006 / AC:2008,
EN 301 489-1, EN
301 489-3, EN 300
440

©2023, Magos Systems Ltd. All rights reserved.
Figure 1: SR-Series Sensors – SR150/250/500 (left) and SR1000/SCEPTER (right)

©2023, Magos Systems Ltd. All rights reserved.
Physical Installation
Personnel Authorized for Installation
Installation of the SR-Series Sensors is intended for technicians/system integrators who
have only received training by Magos Ltd.
If you have not received proper training, please contact Magos Ltd or visit our website
(www.magosys.com) for a list of authorized installation personnel.
Installation Restrictions and Limitations
•The product shall be installed at a location where the radiating antenna can be kept
at least 2mfrom nearby persons in normal operating conditions.
•For safety reasons it is restricted to install the radar in marine-type environment.
General Installation Guidelines
To properly install the SR-Series sensors and integrate it into an active, efficient protection
system, it is imperative that the user will first understand some basic rules regarding radars
in general and specifically regarding the SR-Series sensors. Prior to sensor installation, it is
imperative that the user reads the following list of limitations and restrictions and ensures
that the intended installation site is suitable for installation. When in doubt
Please consult with Magos representatives. In addition, Magos strongly recommend
conducting a site survey prior to installation. For first-time installers, it is recommended to
consult with Magos representatives before, during, and after the site survey.
The following limitation and restrictions should be considered prior to installation:
-Line of sight: Radar sensors are based on line-of-sight detection. Any obstacles
hiding or partially hiding areas from the radar will not be properly protected. This
includes obvious obstacles such as walls, buildings, hills, etc, but also includes less
obvious obstacles such as light foliage, low bushes, etc., where the target is only
partially obscured from the radar. In such cases, detection performance is reduced.
-Clutter: While the SR-Series sensors feature "zero-doppler" detection, maximum
detection ranges for tangent moving targets (moving targets that remain at a
constant or near constant distance from the radar) or for crawlers are typically
reduced compared to radial moving targets. This occurs in areas that are not clear of
obstacles such as bushes, trees, and other flora.
-As mentioned earlier the SR-Series sensors might exhibit disturbances and "ghost"
targets as a result of largely returned signals. This occurs when a very large target
(car/ truck etc.) moves in the vicinity of the radar (30m away or less, and 5m away or
less for human targets) even outside the stated coverage area. Therefore, it is
recommended to install the sensor in unpopulated, isolated spots (or alternatively
use high poles to increase the distance between the radar and ground traffic).
-The SR-Series sensors, in similar to all radar-based technologies, rely on returned
signals to interpret target location. If the coverage area contains metallic objects

©2023, Magos Systems Ltd. All rights reserved.
(cars, large pipes, fences, etc) or non-metal surfaces (straight walls, buildings) this
might result in multiple reflections (similar to looking at a mirror) from a signal
target, arriving at the radar from multiple angles.
This means, for example, that if the sensor is set to protect an area containing a
metallic fence, a target moving at one side of the fence might be detected by the
radar as 2 targets moving from both sides of the fence.
Figure 2: Avoid reflections from metallic objects
- Note that tripod user as illustrated in the figure is not recommended for permanent
installations. Use tripods only for evaluating sensor performance during site
surveys/demos/etc.
- In general water is non-transparent to RF signals. A consequence of this fact is that
when the SR-series sensor intended to cover an area containing large bodies of

©2023, Magos Systems Ltd. All rights reserved.
water, large waves and other disturbances in the surface of the water might be
interpreted by the radar as moving targets.
- Note that in similar to all transmitting/receiving antennas and devices, the SR-Series
sensors also exhibit low gain to areas outside the stated coverage area. This results
in some wanted and unwanted phenomena for example:
oZero range detection: even when installed on very high (>10m) poles with
zero tilt angle – the radar will probably still detect targets moving on the
ground directly below it (allegedly increasing coverage in elevation to 90
degrees below the horizon).
oNear range disturbances: large moving targets (or metallic objects acting as
reflectors) in the near vicinity of the radar (up to 10 meters away from it for
human targets) outside the area of coverage and even directly behind the
radar might be detected by the radar and falsely interpreted as targets
moving within the coverage area.
Mechanical Installation
SR-Series sensors have four mounting holes for attaching the unit to designated
adaptors/brackets. It is strongly recommended to use Magos mounting brackets. This
section includes full details for the mechanical mounting of the sensors.
Important! The warranty does not cover water damage caused to the connector. In order to
avoid such damage, the cap must be attached whenever a cable is not plugged in.
Whether using the cable or the cap ensure that they are securely connected by twisting them
until firmly locked.
Sensor Mounting
Figure 3 and Figure 4 outline the mechanical dimensions of the various sensors and the
locations of the mounting holes (identical in all SR-series models). Holes are compatible
with ¼’’-20X1/2 screws. Screws and mounting brackets can be purchased separately from
Magos. These include tilt adjustable brackets, and adaptors for wall, corner, and pole
installations as depicted in.
- Figure 5
- Ensure all 4 screws are used. During installation make sure all screws are properly
fastened and are installed with spring washers and washers. Otherwise, Magos is not
responsible for damage caused to the unit or people that might result from the
detachment of the sensor unit under harsh wind conditions.

©2023, Magos Systems Ltd. All rights reserved.
Figure 3: SR-1000F/SCEPTER Mechanical Dimensions and Mounting Holes
Figure 4: SR-500F/SR-500I/SR-250F/SR-150F Mechanical Dimensions and Mounting Holes

©2023, Magos Systems Ltd. All rights reserved.
Figure 5: Universal Bracket
Installation Height
Microwave radiation does not propagate in a straight line but more as an elliptic sphere
between the radar and the target: This is known as a Fresnel zone and should be kept clear
of blocking objects to maximize radar performance.
The ground is the major problem but also other objects in the area like trees, buildings and
large vehicles can be a problem.
Therefore, please use the following table as a minimum recommended radar installation
height as a function of the maximum detection range wanted for the radar:
Range (m)
Sensor Minimum Height (m)
150
5
250
5
500
5
1000
9.5
Table 2: Recommended Installation Height

©2023, Magos Systems Ltd. All rights reserved.
Sensor Direction
In terms of azimuth (or horizontal direction), aim the center of the sensor towards the center
of the area of interest. Figure 10 demonstrates detection performance – maximum range as
a function of angle of approach from the birds-eye view. Ensure that sensor is level with the
ground, otherwise, sensor coverage area might be reduced depending on the sensor’s
elevation angle coverage and the degree of tilt relative to the ground.
Figure 6: SR-Series Maximum Coverage Diagram (Top View)
- In terms of tilt angle, to achieve the best performance refer to Table 3 and Figure 7.
The rule of thumb is to point the radar such that the maximum desired detection
range is at the center of the elevation coverage range of the radar.
- Tilt recommendations relate to the height of radar compared to ground level at a
maximum range of interest. When installing in extremely un-level terrains (e.g. on top
of a steep hill) tilt angle might need further adjustment

©2023, Magos Systems Ltd. All rights reserved.
Figure 7: Tilt Angle
Height (m)
Range (m)
Tilt angle (degrees)
5
100
-3
5
200
-2
5
400
0
10
100
-6
10
200
-3
10
400
0
15
100
-8
15
200
-4
15
400
-2
20
100
-11
20
200
-6
20
400
-3
Table 3: Tilt Angle

©2023, Magos Systems Ltd. All rights reserved.
Additional Physical guidelines
•Make sure the sensor is stable and secure. The mounting solution should be stiff and
stationary under harsh wind conditions. As a general guideline, oscillations of more
than 3cm should not be allowed, or the unit’s performance might be compromised.
•If several sensors need to be installed next to each other, we recommend a distance
of at least 1m between the sensors when not aimed at each other (back-to-back
installation). Avoid aiming the sensors at each other when they are installed with less
than 150 meters distance between them.
Important! Failure to observe the above restrictions might result in sensor performance
degradation and in extreme cases might lead to irreversible damage to thesensor units.
•Connecting to the sensor: use outdoor weather immune cables. When the cable is
not plugged in, use the connector cap to maintain weather immunity. The warranty
does not cover weather damage (corrosion etc.) caused by the usage of improper
cables/failure to the use the cap when not installed. In such cases product warranty
is void. See chapter 5 for details on the sensor’s electronic connection. Ensure that
the electronic connecting cable is firmly secured to the pole/wall or any other
contraption upon which the radar is installed in such a fashion that would not allow it
to dangle within the coverage area of the sensor. In addition, make sure that the
cable securing method renders it resistible to strong winds and that it does not apply
excessive force on the connector.

©2023, Magos Systems Ltd. All rights reserved.
Electrical Installation Guidelines
The electrical installation of the sensor consists of a simple cable connection on the radar
side. Figure 8 contains the electrical schema of this cable.
For safety and warranty reasons users must use only cables supplied by Magos. Users must
also ensure that the connector shielding on the RJ45 connector side is
properly grounded.
Figure 8: SE-Series External operation cable
Power Supply Interface
Ensure that the SR-Series radar is powered only by an IEEE 802.3at Type 1 (802.3af) and
Type 2 certified POE injector/switch which is in conformance with all safety and EMC
standards that are relevant and applicable in your country. If you are unfamiliar with such
standards, it is recommended that you contact Magos and enquire as to the compatibility of
the suggested power supply. The electrical requirements of the power supply are according
to IEEE 802.3at Type 1 (802.3af) and Type 2.
Using power supplies that do not meet these requirements and/or are not properly
authorized for public use in your country is the sole responsibility of the user, and might
result in unexpected sensor behavior or even irreversible damage to the unit.
Important! For safety reasons, prior to handling the connector on the radar unit, disconnect
the AC/DC converter or POE supply feeding the unit.

©2023, Magos Systems Ltd. All rights reserved.
For a list of recommended POE equipment please refer to the Magos Knowledge Base page,
at: https://partners.magosys.com/portal/wiki
Communication Interface
The SR-Series sensors support a standard Ethernet interface (100Mbps). The product label
contains its unique MAC address. When interfacing with Magos proprietary MASS C&C
software consult the MASS user manual for more details on the sensor interface and ICD.
Otherwise please contact Magos at [e-mail] for information on supported
C&C software, sensor
setup etc.
Network Behavior
In terms of network discovery – the SR-Series sensors send out a broadcast message used
for the identification of the sensor in any network, regardless of the subnet. These
messages can be used for the initial detection and configuration of the sensor (setting a
subnet-matching IP address).
In terms of outgoing operational messages (detections etc.), the SR-Series sensors are
designed to send messages to a single client. Once the sensor receives a valid message
from any source, it will automatically direct all outgoing communications to the source IP
address. The sensor does not support broadcast/multicast topologies in which several
devices listen/subscribe to outgoing messages sent from
the sensor.
Therefore, ensure that at any given time, your local network contains a single device that is
attempting to communicate with the SR-Series sensors. If more than one instance of the
MASS server is running on 2 different computers in the network, for example, a race
condition is created in which the sensor keeps "jumping" between two destination IP
addresses.
Radar Manager
The "Radar Manager" software tool is a simple configuration tool for swift and easy network
configuration of the SR-Series Radar. This tool doesn't require installation and can be
downloaded from (https://partners.magosys.com/portal/downloads/). If you encounter
problems during the download you may contact the Magos support team
([e-mail]) for assistance.
This section contains instructions on how to use the "Radar Manager" tool to detect radars
connected to your local network and to assign them with user-defined IP addresses. This
initial step is crucial for proper communications with the radars via C&C/PSIM software
(either Magos MASS or any other software based on Magos SDK).
Figure 9 depicts the Radar Manager main screen as it is shown when first running the tool.

©2023, Magos Systems Ltd. All rights reserved.
The play/stop buttons on the top left of the screen can start/stop the tool from scanning
network messages.
While running the tool scans for specific broadcast messages periodically sent by the SR-
Series sensors.
As seen in Figure 10 the main screen lists the sensors it detected in a table. Each device
occupies one row in the table with the following columns:
•MAC – device-specific and unique MAC address
•IP – current IP address assigned to the sensor
•Model – Device model and firmware version
•Last Update – the time and date of the last message broadcast by the device.
Figure 9: Radar Manager main screen
In order to assign a different IP to a sensor, right-click on the row containing the device
details, and choose "Assign IP".
An "Update IP" window will be opened as shown in Figure 14. The window shows the MAC
address of the selected sensor and the current IP assigned to it. The user is prompted to
type in the new IP address.
When done click set.
The new IP will be updated in the device table of the main screen within a few seconds,
when the next broadcast message arrives from the device. It is recommended to wait and
check that IP was indeed updated successfully.
This IP will be retained in flash memory on the sensor and will not be erased upon reset. It
can be re-configured using the radar manager tool whenever needed.

©2023, Magos Systems Ltd. All rights reserved.
Figure 10: Radar Manger – choosing a fixed IP
BIT
The SR sensor includes a built-in test feature. This feature is designed to allow operators to
identify HW or other faults that might result in reduced sensor performance or even prevent
the operation of the sensor.
Note – The BIT feature is not supported in all FW versions. In order to find out whether your
sensor supports BIT please contact the Magos support team.
BIT Mechanism
The built-in test contains 2 types of tests – continuous and periodic. Continuous tests are
run continuously. If the test fails BIT status is immediately reported. Periodic tests run
periodically (approx. once per minute).
In any event, regardless of test results, a BIT status report is sent periodically upon
completion of all periodic tests.
While all tests have a "Boolean" "Pass/Fail" result, most tests also report a numeric test
result if relevant.
To find out how to access the BIT status report, and depending on the control software you
use, please see:
•MASS user guide – "BIT Status Report" chapter
•Technician software user guide
•SDK/ICD documentation
BIT Description
•Jamming – Radar SW suspects a jamming attempt / an external interference. This
test is run continuously and any suspected jamming/interference is immediately

©2023, Magos Systems Ltd. All rights reserved.
reported. The jamming test also returns the estimated direction of the jamming
source and measurement standard deviation.
•Current – Radar current consumption is too high/low. Test result includes current
measurement in mA. This test is periodic.
•Vmain – The internal 5V DC supply output voltage exceeds limits. Test result
includes voltage measurement in mV. This test is periodic.
•VextPOE – The main DC voltage supply input level exceeds limits. Test result
includes voltage measurement in mV. This test is periodic.
•Temp. – The temperature exceeds operating limits. Test result includes temperature
measurement in ° Celsius. This test is periodic.
•Vneg, Vhighh, Vpll, Vrf1, Vrf2, VpdPre, VpdCh0 - Various internal DC converter
voltages levels. These tests include voltage measurement in mV. This test is
periodic.
•TxRfP – RF power detector places on the Tx output detects a power level that
exceeds limits. This test includes estimated power measurement in dBm. This test is
periodic.
•PllLck – The Pll (in charge of generating the Tx RF signal) fails. This test does not
include additional results. This test is continuous.
•TamperSw – Internal tamper switch has been activated. This means that the radar's
front cover (Radome) has been physically removed. This test is continuous.
•Note I – This test is only support in specific HW models that include the Tamper
Switch. Contact Magos support to find out whether your unit includes this feature.
•Note II – Once tamper switch is set it can only be cleared by an authorized Magos
technician.
Handling Failed BIT Reports
In case of a Jamming report – try to find out if there are any radio-emitting devices in the
vicinity of the radar (wireless communication equipment, nearby radars, etc.). Use the angle
measurement report to narrow down the emitting source possible locations.
In case of temperature – the sensor is designed to operate in extreme temperature
conditions from -40° up to +85° Celsius. If installed in a harsh environment that exceeds
these limits try to control temperature by shading/adding circulation (in case of
overheating) or adding an external heat source (even a lamp) in case of extremely low
temperatures.
In the case of tampered SW – this indicates that radar has physically tampered. Even if
tamper occurred due to an innocent mistake, once the Radome has been opened the unit
must be inspected by Magos personnel or an authorized technician to ensure that no lasting
damage has occurred.
In case of failure in all other tests, the unit must be inspected by Magos personnel or an
authorized technician in order to locate the HW fault and repair it.

©2023, Magos Systems Ltd. All rights reserved.
Warnings and Disclaimers
General
The SR-series sensor is an electronic radiating product. As such it is not recommended for
installation in densely populated areas, or in the vicinity of such areas. Magos recommends
installation at remote, un-populated, outdoor sites only. In addition, avoid prolonged
unnecessary human contact with the radar and as a rule, it is recommended that the sensor
is installed at a safety distance of at least 3m from any person.
All SR-Series sensors are not suitable for installation in locations where children are likely to
be present.
The SR-Series sensors are not intended for direct connection to the AC power network.
When using power supplies/converters with the sensor that are connected to a local or
national AC power network make sure they are properly isolated and are in full compliance
with your local regulations as well as with POE/POE+ standards as specified in section 4.1.
In any event, Magos will not liable for any damage caused to the product or any
interference caused to the power network resulting from a faulty inappropriate power
supply.
Mechanical installation of the SR-Series sensor is not within the scope of responsibility of
Magos. Magos is not
liable to any damage incurred to the customer and/or to a third party due to faulty
installation (loose bolting/weak brackets etc.).
SR Series sensors are intended for installation in restricted access areas and are installed
and serviced only by skilled personnel qualified by Magos.
Warning! – hot parts
While handling the device, pay attention to a hot surface.

©2023, Magos Systems Ltd. All rights reserved.
FCC Compliance Statement
IMPORTANT!
This Section relates only to SR150F (PN: MSA1356A) SR250F (PN:
MSA1452A), SR500F (PN: MS700A) and SR1000F (PN: MSA1231A)
This device 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 residential installations. This equipment
generates uses and can radiate radio frequency energy and, if not installed and used in
accordance with the instructions, may cause harmful interference to radio and television
reception.
However, there is no guarantee that interference will not occur in a particular installation. If
this device does cause such interference, which can be verified by turning the device off and
on, the user is encouraged to eliminate the interference by one or more of the following
measures:
•Re-orient or relocate the receiving antenna.
•Increase the distance between the device and the receiver.
•Connect the device to an outlet on a circuit different from the one that supplies
power to the receiver.
•Consult the dealer or an experienced radio/TV technician.
Warning! Changes or modifications to this unit not expressly approved by the party
responsible for compliance could void the user’s authority to operate the
equipment.
To comply with FCC Section 1.1310 for human exposure to radiofrequency electromagnetic
fields, implement the following instruction:
A distance of at least 30cm. between the equipment and all persons should be maintained
during the operation of the equipment.
Industry Canada Compliance
Important : This Section relates only to SR150F (PN: MSA1356A) SR250F (PN:
MSA1452A), SR500F (PN: MS700A) and SR1000F (PN: MSA1231A).
This device complies with Industry Canada license-exempt RSS standard(s). Operation is
subject to two conditions: (1) This device may not cause harmful interference, and (2) this
device must accept any interference that may be received or that may cause undesired
operation. A distance of at least 30cm. between the equipment and all persons should be
maintained during the operation of the equipment.

©2023, Magos Systems Ltd. All rights reserved.
Le present appareil est conforme aux CNR d'Industrie Canada applicables aux appareils
radio exempts de
licence. L'exploitation est autorisee aux deux conditions suivantes :(1) l'appareil ne doit pas
produire de
brouillage, et (2) l'utilisateur de l'appareil doit accepter tout brouillage radioelectrique subi,
meme si le brouillage
est susceptible d'en compromettre le fonctionnement.
Une distance d'au moins 20 cm. entre l'équipement et toutes les personnes devraient être
maintenues pendant le
fonctionnement de l'équipement
Warranty
Unless otherwise agreed upon Magos supplies a 1-year warranty from the date of purchase.
The product warranty extends to the original purchaser only and is not transferable.
The product warranty does not apply to software programs, power supplies, cables,
brackets, or other accessories supplied with the product.
Transport in case of a malfunction that requires maintenance at Magos premises is under
the responsibility of the customer.
Magos Ltd does not have any liability or responsibility under the Product Warranty where any
cost, loss, injury, or damage of any kind, whether direct, indirect, consequential, incidental or
otherwise arises out of events beyond Magos’s reasonable control. This includes but is not
limited to: acts of God, war, riots, embargoes, acts of civil or
military authorities, fire, floods, electricity outages, lightning, power surges, or shortages of
materials or labor.
The product warranty is automatically voided if:
•You or anyone else use the product or attempt to use it other than as specified by
Magos;
•The fault/defect in your product is the result of a voltage surge subjected to the
product either by the way of power supply or communication line, whether caused by
thunderstorm activity or any other cause;
•The fault is the result of accidental damage in transit, including but not limited to
liquid spillage;
•Your product has been used for any purposes other than that for which it is sold, or in
any way other than in strict accordance with the user manual supplied;
•Your product has been repaired or modified or attempted to be repaired or modified
or tampered with by anyone other than a person qualified to do so by Magos.
Specifically opening the product cover or any of the cover fastening screws will be
considered as tampering described in this section;
•The serial number label has been defaced or altered in any way or removed.