Inxpect Magnasphere motion msk-101-poe-mm Instruction sheet

Carefully read this manual in its entirety.

You will find useful information to take full advantage of the product's potential, use it safely and obtain the best results.

MSK-101-POE-MM

Advanced configuration manual

v1.1 - EN

Intelligent motion sensor

Power over Ethernet

Any distribution, alteration, translation or reproduction, partial or total, of this

document is strictly prohibited unless with prior authorization in writing from

Inxpect SpA, with the exception of the following actions:

lPrinting the document in its original format, totally or partially.

lTransferring the document on websites or other electronic systems.

lCopying contents without any modification and stating Inxpect SpA as

Inxpect SpA reserves the right to make modifications or improvements to the

relative documentation without prior notice.

Requests for authorization, additional copies of this manual or technical

information on the latter, must be addressed to:

Inxpect SpA

Via Serpente, 91

25131 Brescia (BS)

Italy

security@inxpect.com

+39 030 5785105

Contents

1. Get to know MSK-101-POE-MM 5

1.1 MSK-101-POE-MM 5

1.2 Configuration and communication 6

2. Useful information for design 7

2.1 Applications 7

2.2 Barrier configuration 9

2.3 Field of vision 9

2.4 Interferences 11

3. Installation and use 14

3.1 Before installation 14

3.2 Install and configure the sensor 15

3.3 Change the configuration 19

3.4 Calibrate the sensor 20

3.5 Set the tolerance level for animals 22

3.6 Manage semi-static objects 23

3.7 Other operations 23

4. Maintenance and diagnostics 25

4.1 Diagnostics and troubleshooting 25

4.2 Event log 26

4.3 Updates 26

4.4 Maintenance 26

5. Appendix 27

5.1 Technical data 27

5.2 Examples of main direction 28

5.3 Disposal 28

5.4 Conformity and restrictions 28

5.5 Service and warranty 29

5.6 Useful conventions for requesting assistance 30

5.7 Back plate dimensions 31

Manual updates

Publication

date Code Updates

DEC 2019 msk-101-poe-advanced-config_en_us

v1.1

Modified default IP address

Modified web address for security products

Added password insertion criteria

Modified recommended value for manual

calibration

AUG 2019 msk-101-poe_advanced-config_en_us

v1.0

First publication

Provided documentation

Document Code Date Distribution

format

Advanced configuration manual (this

manual)

msk-101-poe-advanced-config_en_

us v1.1

DEC

2019

online manual

PDF online

Installation instructions msk-101-poe_instructions_en_us

v1.1

DEC

2019

PDF online

Inxpect MSK-101-POE Rest API msk-101-poe-RestApi - PDF online

Intended users of this manual

Designers, systems integrator and installers of anti-theft systems, previously trained by Inxpect. Only this

training and the information provided in this manual ensures the designing and installing of effective anti-theft

systems.

1. Get to know MSK-101-POE-MM

Contents

This section includes the following topics:

1.1 MSK-101-POE-MM 5

1.2 Configuration and communication 6

1.1 MSK-101-POE-MM

1.1.1 Description

MSK-101-POE-MM is an advanced motion sensor

for high security intrusion detection systems. It

connects to the local network and is powered via

the Ethernet cable.

Thanks to a proprietary motion detection motor

based on FMCW radar, it can detect intruders while

minimizing false alarms triggered by small

animals, moving objects or environmental

conditions. A secure rest API system is used to

view the status of the sensor and configure all

parameters.

Thanks to IP66 and IP67 protection grade, it is

suitable for indoor and outdoor installations.

1.1.2 Special features

The sensor calculates the distance and estimates

dimensions of the moving object in real time,

permitting advanced configuration possibilities in

respect to traditional motion sensors. In

particular, it is possible to:

lset a pre-alarm area at the margins of the

monitored area for activation of deterrent

actions (e.g.: turning on the lights)

lfine set the tolerance level for animals

lexclude any moving objects that would

generate continuous false alarms from the

monitored area

1.1.3 Main components

Part Description

APerforated back plate for adaptation to the

main junction boxes

IMPORTANT: the back plate is,

together with the two fastening

screws (not provided), an integral

part of the sensor anti-removal and

anti-tear system.

BSensor case

CAdjustable support for the sensor with

integrated fastening screws

DSensor

ELED

FFerrule

GCable protection ring

HCable protector

ICaps to cover the fastening screws of the

adjustable support

Part Description

LFastening screw for case-back plate

Note: the case-back plate fastening screw is not

a part of the sensor anti-removal and anti-tear

system.

MHole for access to the Ethernet port

1.1.4 LED

Status Meaning

Steady

red

Motion detected in alarm area

Flashing

red

Motion detected in pre-alarm area

Purple Sensor tampered with, faulty or

masked

Flashing

purple

Permanent failure. Contact technical

assistance to repair or replace the

sensor.

Blue Motion signal processing in progress.

Flashing

blue

Sensor initialization phase in progress.

Requires a free area of approximately 1

m around the sensor and lasts 10-15

seconds.

Note: during the initialization phase, the

masking signal is disabled.

1.2 Configuration and

communication

1.2.1 Introduction

The sensor communicates through a secure

HTTPS connection that requires installation of a

specific certificate. The certificate can be

downloaded from the website

www.inxpect.com/security/tools.

Thanks to REST type API, it is possible to read and

write the configuration of the sensor and see the

status.

Access to most of the operations is password

protected.

1.2.2 Available information

The sensor provides the following information:

lthe distance and dimension of the last detected

object

lalarm signals for:

oobject detected in the alarm area

oobject detected in the pre-alarm area

otampering

omasking

omalfunction, error or failure

1.2.3 API documentation

For detailed information about the implemented

APIs and to integrate them into your system, refer

to the document Inxpect MSK-101-POE Rest API,

which can be downloaded from the website

www.inxpect.com/security/tools.

1.2.4 Web interface for

configuration

The sensor can be easily configured through the

integrated web interface, accessible via a web

browser.

1.2.5 Access to the web interface

By default, the sensor tries to acquire a dynamic IP

address through DHCP. If the operation fails, it

acquires an IP through Auto IP (first attempt

address: 169.254.1.50).

The web interface can be easily reached through

the serial number of the sensor using protocols

like NetBIOS and/or mDNS (see "Access to the web

interface" on page18). On the web interface it is

possible to change the default settings, for

example setting a static IP address.

1. Get to know MSK-101-POE-MM

2. Useful information for design

Contents

This section includes the following topics:

2.1 Applications 7

2.2 Barrier configuration 9

2.3 Field of vision 9

2.4 Interferences 11

2.1 Applications

2.1.1 Types of applications

The sensor is suitable for indoor and outdoor

installations and can be mounted on the wall or

ceiling.

According to the direction, the sensor can be:

la volumetric sensor to monitor a large area

(horizontal direction).

lbarrier sensor to monitor a perimeter area,

creating a protective barrier against access

along a wall or gate (vertical direction).

2.1.2 Examples of volumetric

sensor installation

Indoor wall installation.

Indoor ceiling installation.

Outdoor installation.

2.1.3 Examples of barrier sensor

installation

Indoor wall installation.

Indoor ceiling installation.

Indoor hallway installation.

2. Useful information for design

Outdoor installation with bracket.

2.2 Barrier configuration

2.2.1 Barrier bracket

Barrier installation for safeguarding a wall or

window requires the sensor to be installed at

approximately 15 cm (5.9 in) from the same wall.

If other adequate supports are not available, use

the barrier bracket (product code: MSK-101-BM).

Example of installation with bracket.

Example of installation with MSK-101-BM bracket.

2.2.2 Sensor direction

The MSK-101-BM bracket, according to the

installation method, allows directing the sensor to

the left or the right.

Sensor directed towards the left.

Sensor directed towards the right.

2.3 Field of vision

2.3.1 Range of the field with

horizontal sensor direction

(volumetric)

In this installation the visual field of the sensor is

approximately 70° along the horizontal plane and

30° on the vertical plane. It extends for a

maximum of 20 m, following the radiation pattern

of the antenna.

Top view.

2. Useful information for design

Side view.

2.3.2 Range of the field with

vertical sensor direction (barrier)

In this installation the visual field of the sensor is

approximately 30° along the horizontal plane and

70° on the vertical plane. It extends for a

maximum of 20 m, following the radiation pattern

of the antenna.

Top view.

Side view.

2.3.3 Calculation of the field of

vision

The actual field of vision of the sensor (detection

start and end, s1and s3) depends on:

lsensor installation height (h)

lsensor direction (horizontal or vertical)

lsensor inclination (α)

Within the field of vision, discernment of animals is

guaranteed up to a certain distance from the

sensor (s2). For details about discerning animals,

see "Set the tolerance level for animals" on

page22.

Based on a specific installation height, there are

direction and inclination combinations that

guarantee optimum performance. Some

examples to better explain the effects of height

and inclination are presented as follows.

2.3.4 Sensor installation height

The sensor can be installed at any distance from

the plane to be monitored, from 0.5 and 3 m (from

1.6 to 10 ft). For example, it can be installed at 2 m

from the floor or 0.5 m from the jamb of the

window frame.

When installing the sensor, consider the risk of a

blind spot: if the sensor is too high, it must be

tilted downwards to reduce the undetected area.

However, this also reduces the maximum detected

distance. If the sensor is too low, the blind spot is

minimal, but it increases the risk of masking

caused by accidental passage of people.

2.3.5 Examples of the field of

vision with horizontal sensor

direction (volumetric)

NOTICE: the detection start and end values do not

guarantee detection of a standing person. The

reported values may slightly vary based on the

installation conditions.

Note: only some heights are reported, but every

intermediate value is allowed and guarantees optimum

performance.

The dimensions of the field of vision expressed in

meters and feet are as follows.

h (m) α (°) s1(m) s2(m) s3(m)

1 0 0.5 * 20

1.5 0 0.5 20 20

2 -15 2.5 16 16

2 -30 2 7.5 10

2.5 -15 3 17 17

2.5 -30 2.5 7 10

2.5 -45 2 6.5 6.5

3 -30 2.5 7 10

3 -45 2 4.5 6.5

h (ft) α (°) s1(ft) s2(ft) s3(ft)

3.2 0 1.6 * 65

4.9 0 1.6 65 65

6.5 -15 8.2 52 52

6.5 -30 6.5 25 32

8.2 -15 9.8 55 55

8.2 -30 8.2 23 32

8.2 -45 6.5 21 21

10 -30 8.2 23 32

10 -45 6.5 15 21

Note *: discernment of animals is not guaranteed in the

entire field of vision.

2. Useful information for design

2.3.6 Examples of the field of

vision with vertical sensor

direction (barrier)

NOTICE: the detection start and end values do not

guarantee detection of a standing person. The

reported values may slightly vary based on the

installation conditions.

Note: only some heights are reported, but every

intermediate value is allowed and guarantees optimum

performance.

The dimensions of the field of vision expressed in

meters and feet are as follows.

h (m) α (°) s1(m) s2(m) s3(m)

1 0 0.5 * 20

1.5 0 0.5 20 20

2 -15 2 20 20

2 -30 1 16 16

2.5 -15 2 20 20

2.5 -30 1 20 20

2.5 -45 1 16 18

3 -15 2 20 20

3 -30 1 20 20

3 -45 1 12 15

h (ft) α (°) s1(ft) s2(ft) s3(ft)

3.2 0 1.6 * 65

4.9 0 1.6 20 65

6.5 -15 6.5 20 65

6.5 -30 3.2 16 52

8.2 -15 6.5 20 65

8.2 -30 3.2 20 65

8.2 -45 3.2 16 59

10 -15 6.5 20 65

10 -30 3.2 20 65

10 -45 3.2 12 49

Note *: discernment of animals is not guaranteed in the

entire field of vision.

2.3.7 Alarm and pre-alarm areas

Within the sensor field of vision, the alarm and

possible pre-alarm areas define the area that is

actually monitored by the sensor. If a pre-alarm

area is not defined, the alarm area corresponds to

the entire monitored area.

Motion in the alarm area triggers an alarm, motion

in the pre-alarm area triggers a pre-alarm.

Note: not all motions occurring in the pre-alarm or

alarm area are signaled. It depends on the level of

tolerance set for animals and possible semi-static

objects.

For outdoor installations, the pre-alarm area is

especially useful for implemented security

operations (e.g.: turning on the lights, activating a

surveillance video camera) in the presence of

motion in the marginal areas of the monitored

area.

The configuration of the pre-alarm area in barrier

installations is usually not very useful, except for

safeguarding in hallways, where the pre-alarm

area could be useful for detecting the presence of

an intruder in the area that is farthest from the

sensor.

2.4 Interferences

2.4.1 Introduction

The MSK-101-POE-MM sensor is different from

other traditional motion sensors. It is important to

know what factors interfere in its correct

functioning, to properly install, configure it, and to

obtain optimum performance.

2.4.2 Warnings relative to

precipitation

lUnusually intense rain (heavy storms with

intensities exceeding 20 mm/h (0.80 in/h)) can

reduce the field of vision by up to 50%.

lHail may cause false alarms.

2. Useful information for design

lIf exposed to precipitation, install the sensor

parallel to the usual direction of the

precipitation.

2.4.3 Precautions

lThe sensor has been designed for installations

on the wall or ceiling: do not install it on moving

or vibrating objects, like poles or fences.

lHiding the sensor behind objects may impact

the sensor performance, even significantly. To

learn about the most interfering materials, see

"Interfering materials" below.

NOTICE: hiding the sensor is not a foreseen

use. Checking correct functioning is the

responsibility of the installer.

lDo not install it in the presence of large

reflective objects (e.g.: metallic objects) that

could influence correct detection.

lIn the presence of fluorescent tubes, tilt down

the sensor by 15°/30°, or install it at a

minimum distance of 20 m from the tube.

lIn the presence of other MSK-101-POE-MM

sensors, maintain the minimum indicated

distances, see "How to install several sensors"

below.

lIn the presence of other MSK-101-POE-MM

sensors, assign each sensor to a different

channel, see "How to configure several

sensors" on the facing page.

lThe sensors that use the same frequency (e.g.

Blind Spot Detection devices on automobiles,

with radar at 24 GHz) interfere with proper

functioning and may cause false alarms. Do

not point the sensor directly towards a parking

area.

lThe sensor can detect motion beyond glass,

walls, and thin floors, for example in drywall.

Limit the monitored area to only the specific

area of interest, and perform inspections to

prevent false alarms.

lIn the presence of neon tubes, respect the

minimum sensor inclination indicated so that

the tube does not interfere with the sensor:

Sensor direction Minimum inclination (α)*

Horizontal - 15°

Vertical - 30°

Note *: see "Examples of the field of vision with

horizontal sensor direction (volumetric)" on page10

and "Examples of the field of vision with vertical

sensor direction (barrier)" on the previous page.

2.4.4 Interfering materials

Below is a list of materials that could impact the

sensor performance if they hide it:

lsurfaces having metal-based paints or

carbon-based paints

ltinted windows

lsurfaces having EMI/RFI glasses or mirrors

lsurfaces with water pipes, cables

ltiles having metal-based glaze including

blue cobalt

lmetal screen foil

lfoil-backed insulation materials (e.g. foil)

lfoil moist materials (e.g. cork)

2.4.5 Factors that do NOT interfere

A list of factors that in contrast to traditional

motion sensors do NOT interfere with the normal

functioning of the sensor is presented as follows:

ldirect exposure to the sun or windows that face

the exterior

lthin plasterboard walls or polystyrene or

stiferite panels

NOTICE: the composition of materials used for

walls and panels is not sufficiently known to

ensure the foreseen performance of the

sensor. Checking correct functioning is the

responsibility of the installer.

lrapid temperature fluctuations

lsmoke, dust, or strong air currents (e.g.: air

conditioners, fans)

lwater sprays, vaporized water or mist

lelectrical fields (e.g.: electrical motors, high

voltage devices)

lmoving objects (e.g.: fans, pulleys, conveyor

belts, trees and shrubs). See "Manage semi-

static objects" on page23.

lsmall animals or pets. See "Set the tolerance

level for animals" on page22.

2.4.6 How to install several

sensors

Three possible combinations of sensor

installation and the minimum distances to

maintain between the sensors with the sensors

aligned are presented as follows. Respecting

these distances guarantees the performance

levels indicated in section "Field of vision" on

page9.

NOTICE: other combinations are possible, but their

performance must be validated in the field.

Front-front combination

2. Useful information for design

Front-back combination

Back-back combination

Note: the blind spot created in this combination is very

wide. If possible, use the front-back configuration.

2.4.7 How to configure several

sensors

To reduce interference between the sensors

present in the same area, assign a different

channel to each one. Up to three channels are

available (channel A, B, C).

An example of an installation with nine sensors

and relative channel assignments is presented as

follows.

2. Useful information for design

3. Installation and use

Contents

This section includes the following topics:

3.1 Before installation 14

3.2 Install and configure the sensor 15

3.3 Change the configuration 19

3.4 Calibrate the sensor 20

3.5 Set the tolerance level for animals 22

3.6 Manage semi-static objects 23

3.7 Other operations 23

3.1 Before installation

3.1.1 Necessary components and

tools

lA computer connected to the same network as

the sensor.

lOnly for barrier applications and if necessary,

bracket for assembly (product code: MSK-101-

BM), see "Barrier configuration" on page9.

lTwo screws up to M4 (No. 6) 30 mm long (1.9

in) for fastening to the wall or to the junction

box.

lScrewdriver and fastening tools not provided.

3.1.2 Prepare for installation

NOTICE: to ensure effective functioning, the

sensor must be installed in the best possible

position and configured correctly. Carefully follow

the instructions below.

Before installing the sensor, perform the following

operations:

1. Define the sensor application type (see

"Applications" on page7).

2. Define the installation position, considering

possible interferences (see "Interferences" on

page11).

3. Define the height of installation for the sensor

to obtain the desired field of vision (see "Field

of vision" on page9).

4. Run a cable without terminal from the Ethernet

network in question.

NOTICE: installation with cable that already

has a terminal is possible but not

recommended.

5. Download the security certificate from the

www.inxpect.com/security/tools website to

access the configuration web interface and

install it.

6. Only for installations with MSK-101-BM

bracket, define the direction of the sensor (see

"Barrier configuration" on page9).

3.1.3 Warnings

NOTICE: harm to the device. Do not let dust or

water near the sensor during installation.

3.1.4 Install MSK-101-POE-MM

1. Assemble the sensor:

For... See...

barrier applications

with MSK-101-BM

bracket and sensor

directed to the right

"Assemble the

sensor with the MSK-

101-BM bracket

(sensor directed to

the right)" on

page16

barrier applications

with MSK-101-BM

bracket and sensor

directed to the left

"Assemble the

sensor with the MSK-

101-BM bracket

(sensor directed to

the left)" on page17

all other cases "Assemble the

sensor" on the next

page

2. "Direct the sensor" on page18.

3. "Access to the web interface" on page18.

4. "Configure the sensor" on page18.

5. "Fasten the sensor" on page19.

3.2 Install and configure the

sensor

3.2.1 Assemble the sensor

1. Using the prepared holes, fasten the plate to

the wall or to the junction box with two screws

(not provided). See "Back plate dimensions"

on page31.

2. Insert the ferrule in the cable and then the

cable protection ring.

3. Insert the cable protection ring into the ferrule

until it clicks.

4. Insert the cable protector in the cable. If the

cable already has a terminal, see "Procedure

with cable already with terminal" on the next

page.

5. Terminate the cable using an RJ45 connector.

6. Insert the RJ45 connector into the Ethernet

port through the hole on the back of the

sensor until it clicks.

7. If the sensor is already supplied with power,

check that the LED on the sensor is flashing

blue.

8. Insert the cable protector into the hole on the

back of the sensor and press it until it is

entirely housed in the housing.

3. Installation and use

9. Push the ferrule all the way in and then screw

it in.

NOTICE: if it is necessary to unscrew the

ferrule, to prevent damaging the closure

mechanism, press and then turn the ferrule in

a counter-clockwise direction.

10. Fasten the sensor case to the plate.

3.2.2 Procedure with cable already

with terminal

Note: this procedure is possible only if the cable already

has a terminal with a non-industrial RJ45 connector.

1. Expand the cable protector using your hands,

pulling it right and left to enlarge the hole.

2. Insert the cable in the cable protector by

pressing firmly.

3.2.3 Assemble the sensor with

the MSK-101-BM bracket (sensor

directed to the right)

1. Using the prepared holes, direct the sensor

plate as shown in the figure and fasten it to

the wall or to the junction box with two screws

(not provided). See "Back plate dimensions"

on page31.

2. Fasten the bracket to the plate, passing the

Ethernet cable into the bracket.

3. Insert the ferrule, the cable protection ring

and the cable protector in the cable and insert

the RJ45 connector into the Ethernet port, see

steps 2–9 of the "Assemble the sensor" on

the previous page procedure.

3. Installation and use

4. Fasten the sensor case to the bracket.

3.2.4 Assemble the sensor with

the MSK-101-BM bracket (sensor

directed to the left)

1. Using the prepared holes, direct the sensor

plate as shown in the figure and fasten it to

the wall or to the junction box with two screws

(not provided). See "Back plate dimensions"

on page31.

2. Fasten the bracket to the plate, passing the

Ethernet cable into the bracket.

3. Unscrew the fastening screws on the pre-

assembled plate of the bracket.

4. Turn the plate 180°.

5. Tighten the screws.

6. Pass the cable into the sensor case.

7. Insert the ferrule, the cable protection ring

and the cable protector in the cable and insert

the RJ45 connector into the Ethernet port, see

steps 2–9 of the "Assemble the sensor" on

page15 procedure.

3. Installation and use

8. Fasten the sensor case to the bracket.

3.2.5 Direct the sensor

1. Turn the adjustable support to orient the

sensor direction vertically (barrier application)

or horizontally (volumetric application).

2. Tilt down the adjustable support to reach the

desired sensor inclination.

3.2.6 Access to the web interface

1. Check that the computer being used is

connected to the network where the sensor is

located.

2. Open a web browser.

Note: to check the compatibility of the browser with

the web interface, visit the

www.inxpect.com/security/tools website.

3. Insert the following address into the address

bar:

If using... Then type...

Windows via NetBIOS https://msk101poe-

xxxxx

OSX/Windows via

mDNS/Bonjour

https://msk101poe-

xxxxx.local

where "xxxxx" stands for the network (NID)

reported on the label on the case of the

sensor.

Note: if a security warning appears or the sensor

cannot be reached, see "Web interface

troubleshooting" on page25.

4. On the authentication page, insert the

password (default "admin")and then select

ENTER: the first step of the first start-up

procedure appears.

5. If required, set a new password.

Note: the password must contain at least 8

characters, of which at least one number, one

capital letter and one special character.

6. "Configure the sensor" below.

3.2.7 Configure the sensor

1. On the Step 1: Sensor settings page, if

necessary, change the country of installation.

Note: correctly setting the country avoids violating

national restrictions on radio frequency allocation,

see "National restrictions" on page29.

2. If other sensors are present in the area,

assign a specific channel to the sensor, or

select None.

3. Set the other parameters as desired.

4. Select Save & Proceed.

5. On the Step 2: Installation page, insert the

installation height. If the installation height

exceeds 3 m (11 ft), insert the height as 1 m (3

ft) (e.g. safeguarding for skylights or windows

in a warehouse).

6. Check that the detected direction

corresponds with the set direction and

compare the detected inclination with the

optimum recommended value. If necessary,

adjust the position of the adjustable support

accordingly.

7. Select Save & Proceed.

8. To guarantee the maximum detection

performance, on the Step 3: Calibration

page, perform the calibration procedure (see

"Calibrate the sensor" on page20).

9. On the Step 4: Configuration page, set the

alarm area and possible pre-alarm area.

3. Installation and use

Physically move near the area limit and move

in place. Based on the displayed motion

indicator, adjust the area dimensions.

10. To check correct functioning, move around

the set areas and check that the alarm and

pre-alarm LEDs turn on properly.

Note: to disable the pre-alarm area, coincide the

alarm and pre-alarm thresholds.

11. Set the tolerance level for animals.

12. Select Save & Proceed: the Configuration

page appears.

13. Proceed with the procedure described in

section "Fasten the sensor" below.

3.2.8 Fasten the sensor

1. Tighten the screws to fasten the adjustable

support. Check in the web interface that the

adjustable support has not moved.

2. Fasten the case of the sensor to the plate

using the provided screw.

3. Insert the provided caps.

3.3 Change the

configuration

3.3.1 Change the set configuration

Procedures for changing the sensor configuration

after the first installation are provided as follows:

Change Procedure

Network

settings

1. "Access to the web interface"

on the previous page.

2. On the main menu select

Network settings.

Alarm and

pre-alarm

thresholds

1. "Access to the web interface"

on the previous page.

2. On the main menu select

Configuration.

3. Change the dimensions of the

areas as desired, see "Define

the alarm and pre-alarm areas"

on the next page.

Installation

parameters

after

moving the

sensor

1. "Access to the web interface"

on the previous page.

2. If the installation parameters

have changed in respect to the

previous installation, the

interface displays the

Installation page, otherwise on

the main menu select

Installation. See "Define the

inclination of the sensor" on

the next page.

Calibration

after

moving the

sensor

1. "Access to the web interface"

on the previous page.

2. On the main menu select

Calibration.

See "Calibrate the sensor" on the

next page.

Channel

after

adding

new

sensors to

the area

1. "Access to the web interface"

on the previous page.

2. On the main menu select

Sensor settings.

3. Installation and use

3.3.2 Define the alarm and pre-

alarm areas

main menu > Configuration

The web interface allows setting the alarm and

pre-alarm areas through parameters.

Note: to disable the pre-alarm area, coincide the alarm

and pre-alarm thresholds.

The first moving object is detected [A]. By moving

within the monitored area it is possible to use your

own position to facilitate definition of the area

distances.

3.3.3 Define the inclination of the

sensor

main menu > Installation

The inclination of the sensor is essential for

determining the visible area of the sensor and

reducing the blind spot.

To facilitate this operation, the application helps to

identify the optimum inclination for the set height

and direction. An example where the optimum

recommended values are 15° and 30° and the

current value is 15° is presented as follows.

For more information, see "Field of vision" on

page9.

3.3.4 Set the tampering signal

level

main menu > Sensor settings

The tampering signal level can be: aggressive,

standard, disabled.

The signal is based on the deviation perceived by

the anti-removal system devices (accelerometer

or magnetometer). The aggressive level

guarantees the maximum security level: if the

detected deviation of both devices is significant,

tampering is always signaled. With the standard

level, tampering is signaled only if detected

simultaneously with the presence of motions in

proximity of the sensor.

Note: with the tampering signal level set to Disabled, the

sensor does not comply with standard EN 50131.

3.3.5 Set the tampering signal

reset

main menu > Sensor settings

Reset of the tampering signal can be automatic or

manual. With manual reset, the signal is

deactivated and the system can detect new

tampering events only after having reset the

installation parameters (web interface > main

menu > Installation).

3.3.6 Set the masking signal level

main menu > Sensor settings

The tampering signal level can be: aggressive,

standard, disabled.

The aggressive level guarantees the maximum

security level. Nevertheless, in outdoor

installations with the sensor exposed to weather

conditions, the aggressive level generates false

alarms when it rains. Therefore, the aggressive

level is recommended for indoors or if the sensor

is protected from rain.

Note: with the masking signal level set to Disabled, the

sensor does not comply with standard EN 50131. The

masking signal is automatically disabled during the

sensor initialization phase (flashing blue LED).

3.4 Calibrate the sensor

3.4.1 Calibration

The calibration procedure calibrates the sensor

according to the environment where it is installed

and defines the reference for the maximum

tolerance level for animals (see "Set the tolerance

level for animals" on page22). Calibration must be

performed during the first configuration of the

sensor or at each new installation.

3. Installation and use

Table of contents

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