thermal setup and configuration verification instructions

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THERMAL SETUP AND CONFIGURATION VERIFICATION INSTRUCTIONS Feedback Solutions

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Feedback Solutions. THERMAL SETUP AND CONFIGURATION VERIFICATION INSTRUCTIONS. Thermal Imaging Sensors. The thermal sensors are array based People Counters, with IP connectivity. - PowerPoint PPT Presentation

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Page 1: THERMAL SETUP AND CONFIGURATION VERIFICATION INSTRUCTIONS

THERMAL SETUP AND CONFIGURATION VERIFICATION INSTRUCTIONS

Feedback Solutions

Page 2: THERMAL SETUP AND CONFIGURATION VERIFICATION INSTRUCTIONS

Field of View

• The thermal sensors are array based People Counters, with IP connectivity.

• This allows for direct connection of the Counter to LAN based Systems for remote configuration, and data collection using IP infrastructure, and browser based applications.

• The unit is used in a downward looking manner, as the unit functions optically ‘seeing’ the heat emitted by people passing underneath as Infra-Red radiation, collected through a germanium lens with a 60° field of view

• The sensing area is a square on the floor whose width is approximately equal to the mounting height.

• Benefits

• Operation independent of ambient light • Minimal set up• User-Definable Count Lines & functionality (Up to 16

lines)• Wide Opening Capability up to 8 units• Built in data logging• Direct IP Connectivity• Web browser setup for local or remote Configuration• Lower installation costs• Low ongoing support costs

Thermal Imaging Sensors

Page 3: THERMAL SETUP AND CONFIGURATION VERIFICATION INSTRUCTIONS

Understanding Your Entrance

Page 4: THERMAL SETUP AND CONFIGURATION VERIFICATION INSTRUCTIONS

Single Sensor - Mounting Locations

For most standard double door entrances, a single unit will usually be enough.

A single counter should be positioned centrally to the door, so that the field of view extends to the left and right side of the door.

Front View

Page 5: THERMAL SETUP AND CONFIGURATION VERIFICATION INSTRUCTIONS

Multiple Sensors - Wide Opening Networks

For wider doorways, a ‘Wide Opening Network’ must be used.

To calculate the number of units required, the mounting height graph is used again.

H

W

Page 6: THERMAL SETUP AND CONFIGURATION VERIFICATION INSTRUCTIONS

72

84

96

10

8

1

20

13

2

1

44

15

6

1

68

18

0

1

92

20

4

2

16

22

8

2

40

25

2

2

64

27

6

2

88

30

0

3

12

32

4

3

36

34

8

3

60

37

2

3

84

39

6

4

08

42

0

4

32

44

4

4

56

46

8

4

80

49

2

5

04

51

6

5

28

54

0

5

52

56

4

5

76

58

8

6

00

61

2

60

72

84

96

108

120

132

144

156

168

180

192

Mounting Height (inches)

Typic

al D

ete

cti

on R

egio

n a

nd M

axim

um

(i

nches)

Mounting Height Graph (inches)

Use the ceiling height to find the width of the field of view for a single unit, and compare that to the width of the door:

87”

98”

177”

189”

138”

157”

295”

275”60° Lens

40° Lens

20° Lens Outdoor only

571”

610”

275”

315”

Page 7: THERMAL SETUP AND CONFIGURATION VERIFICATION INSTRUCTIONS

Units should be positioned no further apart than the maximum separation (shown on mounting height graph):

Side View

Mounting Locations - Examples

This ensures the required amount of overlap.

Overhead View

Page 8: THERMAL SETUP AND CONFIGURATION VERIFICATION INSTRUCTIONS

Installation of Master - Node

Overhead View

Master Node

For ease of configuration it is recommended that the master is located on the left (looking into the entrance!):

Page 9: THERMAL SETUP AND CONFIGURATION VERIFICATION INSTRUCTIONS

Connectivity & Installation of Sensor

Page 10: THERMAL SETUP AND CONFIGURATION VERIFICATION INSTRUCTIONS

Connecting Two Entrances

Entrance 1

Application Server for Reports

End user

Power InjectorCAT 5 Cable

IP:192.168.0.51

- 2 power outlet requiredFor power injector/Switch

CAT 5 Cable

IP:192.168.0.52

NodeMaster Entrance 2

100m (330ft) Max IP cable length

Switch

Page 11: THERMAL SETUP AND CONFIGURATION VERIFICATION INSTRUCTIONS

Power InjectorCAT6 Cable

IP:192.168.0.52

Entrance

SwitchEnd User

Node Master2.76m

Edge of entranceEdge of entrance

1.58m

Connecting Two Entrances

Page 12: THERMAL SETUP AND CONFIGURATION VERIFICATION INSTRUCTIONS

Counter Base Installation

• Ensure Base is level to the ground- Remember that the ceiling may not be- Pack under the base if required

• Secure base to the ceiling using mounting holes provided with appropriate fixings

• Once the base is correctly aligned lock in place using this screw position

• Pay attention to the orientation of the Base, always point arrow into the store

Page 13: THERMAL SETUP AND CONFIGURATION VERIFICATION INSTRUCTIONS

Cable Connections

For a Master- Node counter installation:• IP Master base board is used• Power can be via dedicated power terminal or via power over CAT5 (not PoE) • Counter must be grounded

Power Injector (IWC3060) sends power down the spare pairs in the CAT5 cable Power Injector supply 15 – 28V

12 – 28V

Master Node

Page 14: THERMAL SETUP AND CONFIGURATION VERIFICATION INSTRUCTIONS

PoE Warning

Irisys IP enabled counters are NOT PoE compliant• PoE switches supply 44 – 57V• Irisys IP Counter require 12 – 28V• PoE Voltage levels will destroy an Irisys IP counter!

As part of the 802.3af (PoE) specification:• PoE switches should not supply voltage to a non-PoE device• PoE switches should provide isolation between all cable connections and ground

Many switches claim to be 802.3af compliant – but are NOT

Page 15: THERMAL SETUP AND CONFIGURATION VERIFICATION INSTRUCTIONS

PoE Warning

A fully and completely 802.3af compliant PoE switch will work fine with Irisys counters.

• Unfortunately there is no easy way to identify a non compliant switch• A non compliant switch may blow the counter immediately, or after a couple of

hours

The only way to protect against a non compliant PoE switch is to utilise an Irisys Power Injector

• The input and output are fully isolated so PoE voltage cannot go through, and on, to destroy the counter

Page 16: THERMAL SETUP AND CONFIGURATION VERIFICATION INSTRUCTIONS

Verifying Accuracy of Counts

Page 17: THERMAL SETUP AND CONFIGURATION VERIFICATION INSTRUCTIONS

Verifying Accuracy of Counts

Once the installation is completed the technician will configure the sensor to deliver accurate counts

Page 18: THERMAL SETUP AND CONFIGURATION VERIFICATION INSTRUCTIONS

Verifying Accuracy of Counts

• Browser must support Microsoft SilverLight v5.0 add-on, e.g. Internet Explorer

• Setup Tool is served as web pages to Internet browser• Configuring & verifying counts via Internet Browser allows all counter settings

relating to count functionality and IP settings to be configured and verified

Verifying via Internet Browser is the easy:

Page 19: THERMAL SETUP AND CONFIGURATION VERIFICATION INSTRUCTIONS

Counter Configuration Verification

• Ensure laptop is on the same IP range as the IP master• Enter the relevant IP address of the Master• Simply enter IP address in address bar:

• Access via Internet browser is restricted so that changes to the counter can be prevented....

Connecting via IP:

Page 20: THERMAL SETUP AND CONFIGURATION VERIFICATION INSTRUCTIONS

Counter Configuration – Web Browser

• Username: admin• Password: installer

You will need to login to the counter.

Default Login Details are:

The username is always admin but the password can be changed.

If you do not know the password, you will need to use a serial connection and the exe version of the setup tool!

Page 21: THERMAL SETUP AND CONFIGURATION VERIFICATION INSTRUCTIONS

Counter Configuration – Web BrowserThe navigation menu allows you to configure various settings within the counter:

Page 22: THERMAL SETUP AND CONFIGURATION VERIFICATION INSTRUCTIONS

Counter Configuration – Web Browser

Select Setup Tool

Page 23: THERMAL SETUP AND CONFIGURATION VERIFICATION INSTRUCTIONS

Already configured units: Just keep moving to the next screen by clicking on ‘next’ and them ‘finish’ unless you feel something is not right!

Counter Configuration – Single Sensor

Page 24: THERMAL SETUP AND CONFIGURATION VERIFICATION INSTRUCTIONS

When you click Finish, the main ‘Ground plane’ view will be shown:

Counter Configuration – Web Browser

If people walk through the counters field of view you will see a corresponding target:

Page 25: THERMAL SETUP AND CONFIGURATION VERIFICATION INSTRUCTIONS

Each counters field of view will be shown actual size based on the height you configured (enter the height as accurately as possible):

Size of Field of view at

2.5m

Size of Field of view at 4.5m

Counter Configuration – Web Browser

Page 26: THERMAL SETUP AND CONFIGURATION VERIFICATION INSTRUCTIONS

The wizard will report two units configured. As you go to through each screen by clicking on ‘next’ till ‘finish’. Note that the X & Y coordinates for the Master and Node has to be set correctly, the Master is always 0,0 X & Y axis defined here. X = distance of node from

the master. Y is the distance if the node is installed not in-line with the master

Counter Configuration – Double Sensor

Page 27: THERMAL SETUP AND CONFIGURATION VERIFICATION INSTRUCTIONS

With wide opening networks, a target should be tracked correctly between counter field of views:

If a target is not tracked smoothly, between views, check your height, X, and Y settings and measurements!

Counter Configuration – Web Browser

Page 28: THERMAL SETUP AND CONFIGURATION VERIFICATION INSTRUCTIONS

If a target is not tracked smoothly, between views, check your height, X, and Y settings and measurements!

As people move IN and OUT of the entrance in both direction the system will count. Here you can check the accuracy of the system

Counter Configuration – Web Browser

Page 29: THERMAL SETUP AND CONFIGURATION VERIFICATION INSTRUCTIONS

If a target is not tracked smoothly, between views, check your height, X, and Y settings and measurements!

As people move IN and OUT of the entrance in both direction the system will count. Here you can check the accuracy of the system

Counter Configuration – Web Browser

Page 30: THERMAL SETUP AND CONFIGURATION VERIFICATION INSTRUCTIONS

Correct placement of the count lines is the key to accurate counting

• It is the installers responsibility to position the count lines correctly for the installed location

• Extensive walk testing is advised!

Things to remember:

• People must cross the count line in the correct direction to register a valid count• Each count line counts independently• Each count line has a count mode setting associated with it which changes the way

the count increments are given for crossing that line in specific circumstances, e.g. Registering of U-Turns, crossing the line twice etc

Counter Configuration – Web Browser

If you are getting wrong counts then please call our support line

Page 31: THERMAL SETUP AND CONFIGURATION VERIFICATION INSTRUCTIONS

For more details on configuration please contact our Support team!

Thank you