UPSOLUT MCS INDECT Data Sheet Data Sheet ©2015 Indect Electronics & Distribution GmbH UPSOLUT MCS - page 3 Last update on: 2015-08-25 UPSOLUT MCS Features and Options • Reliable

INDECT Data SheetUPSOLUT MCS

UPSOLUT MCS

Multifunctional Ceiling SensorPicture: UPSOLUT ceiling sensor with

integrated LED(actual item may differ from photo)

DescriptionINDECT‘s UPSOLUT is a ceiling-mounted sensor for under-cover car parks that captures and shows the status of up to 6 parking spaces.

UPSOLUT uses state-of-the-art vehicle detection technology and can carry optional equipment and software to enable optical license plate recognition and car locator functionality. Vehicle detection is quick and guarantees high accuracy under all ambient and light conditions in under-cover car parks.

UPSOLUT is part of INDECT‘s Space Administration System ISA.

AdvantagesSave installation costs • 1 sensor detects up to 6 parking spaces

(2x3)• Easy installation: 2 screws per sensor• Cost-effective wiring with standard cable

High longevity in rough car park environments

• Robust, flame-retardant casing, maintenance-free, IP67 (dust and water proof)

• Heavy-duty casing: fully sealed with integrated PTFE membrane for pressure relief with filter. Gas molecules can pass, dust and liquids cannot enter the casing

Long-range visibility of space indicators

• High-power integrated or external RGB LEDs

Safe investment • Remotely updateable firmware to guarantee state-of-the-art detection also of future vehicle types

• Compatible with all other INDECT sensors, signs and other equipment

• Operation and data mining through INDECT ISA

Added value through LPR / OCR • Know who parks or parked where• Car Locator to help visitors find their car

Additional features • Parking transaction streaming• Audio Module• Enhanced reporting• Data privacy modes

© 2015 Indect Electronics & Distribution GmbH UPSOLUT MCS - page 1Last update on: 2015-08-25

UPSOLUT MCSINDECT Data Sheet

How it worksThe UPSOLUT is installed on the ceiling in the centre of the driveway and covers up to 3 bays on either side.

On both sensor sides, up to 3 spaces can be set up for individual detection

Picture: license plates blurred by editor.

Sophisticated detection algorithms verify whether a car parks on a configured space or whether the space is empty. Depending on the installed modules license plates are found and read out.

Detection Method

IR detection combined with multiple detection via multifunctional picture analysis algorithms and object analysis.

All detection processes are carried on-board out by the sensor processor. This allows the UPSOLUT to operate even if there is no connection to the server.

UPSOLUT MCS - page 2 © 2015 Indect Electronics & Distribution GmbHLast update on: 2015-08-25


Features and Options• Reliable and accurate car detection• Pictures of parked cars, overstayers, empty spaces• Several camera lenses available to cope with a wide range or installation heights,

driveway widths or space properties• RGB LED LIMO, installed on one end of the sensor (one-way traffic) or on both ends of

the sensor (bidirectional traffic)• Connection of external space indicators• OCR module for license plate recognition1

• Audio alert and video recording capability1

• Car Locator1 feature• Video surveillance• Data privacy mode• Enhanced car park reporting

UPSOLUT can also be used to add features to a UMS sensor-monitored car park—enabling car locating, VIP parking, and other LPR-based features2.

Space Indicator OptionsBay status indication can be done via integrated LIMO (Light Module, RGB LED, on one side only for one-way aisles or on either sensor for bidirectional traffic); alternatively, external RGB LED space indicators (INDECT’s SIex - see respective data sheet) can be connected to the sensor.

External space indicators are to be installed at the aisle-side edge of each bay and can be fully controlled individually per bay (colour, brightness, etc.).

1 Subject to installed software modules.2 License plate recognition accuracy depending on the national/regional license plates; subject to state

of development.

Picture: UPSOLUT with conduit installation and external LED (3 on either side)



Integrated LED indicators (LIMO) are installed in the sensor casing and show space availability on the left and right of the sensor.

In the LIMO center, a backlit symbol can be placed for further space information. This symbol ("P" in the picture) can be customized, for example, for disabled parking, parents with prams, VIP etc. Instead of a backlit symbol, the center LED matrix can be used to show numbers, letters (e.g. for aisle or zone information) or chasing arrows.

License Plate Reading / Optical Character Recognition

How it works

1. The sensor detects an occupancy on one of its monitored spaces.2. After an (adjustable) timeout of 200 seconds (to avoid open trunks, people or other

objects in front of the plate) the sensor takes HD pictures which are sent to the server.3. On the server, the HD pictures are compiled to an HDR picture which is normalized and

preprocessed. 4. The license plate position is found, the plate is cut out and read. Some countries have

additional plate identifiers such as plate items, colors or others. Depending on the country, the OCR also recognizes these plate features.

5. The OCR then stores the plate number, additional regional information (country, province, district etc.) and the link to the original HDR picture for further usage.

6. Depending on the level of data privacy the plate number on the HDR picture is blurred out.

License Plate Reading Accuracy

LPR accuracy mainly depends on optical conditions. Highly variable ambient light conditions or a stained, moist, damaged or partially covered license plate might decrease or even prevent detection. This is normal with optical systems. LPR might also be impaired by objects or persons in front of the car covering the license plate.

LPR accuracy can be improved by installing professional LPR cameras (with flash) at the entries and exits of the car park to create a whitelist of present vehicles. This whitelist helps overcoming limitations in reading accuracy due to the sensor position or potentially adverse light conditions.

Plate reading is based on the experience of the plate-reading OCR. The more plate pictures are used in improving the reading algorithm, the better the reading results will be. As there are often many different plate types in use in each country, we can not guarantee to read all types straight away. If particular plate types are not read correctly, INDECT is prepared to improve the reading accuracy when the client provides such pictures. This service is done FOC within the first year of the system operation.

Audio ModuleAdditionally, the sensor can be optionally connected to external speakers to provide situation-specific messages (for example, when unauthorised people park on a disabled bay). This feature requires an additional software module license.



Surveillance CameraThe UPSOLUT can be optionally equipped with factory plug-in cameras for surveillance puroposes. See the respective data sheet foor more information.

Pictures

Car Locator Admin Panel for site management

LPR/OCR Booster

INDECT Electronics & Distribution GmbHRennweg 832345 Brunn am Gebirge AUSTRIA

T: +43/2236/32 01 99F: +43/2236/32 01 [email protected] www.indect.com

All rights reserved.No part of this document may be reproduced, stored ina retrieval system, or transmitted in any form or by anymeans, electronic, mechanical, photocopying,microfilming, or otherwise, without written permissionfrom Indect Electronics & Distribution GmbH.Indect Electronics & Distribution GmbH assumes noliability whatsoever for the contents of this document.Indect Electronics & Distribution GmbH reserves theright to change the contents of this document, in itsown estimation and without notice. This document isdelivered in an "as is" state, and Indect Electronics &Distribution GmbH assumes no liability for its use.



Technical Data: UPSOLUT MCS

Dimensions

Sensor Data

Camera Data

Installation

Upsolut Sensor (LxWxH): 296 x 226 x 92 mm (11.66 x 8.9 x 3.62 in)

Measuring principle: Optical detectionOptional LPR

Measuring distance: up to 3.5 m (11 ft) on either sensor side

Casing material: Compound plastic, flame retardant

Casing colour: Anthracite

Ingress Protection: IP67

Supply voltage range: 15 to 24 V DC

Power consumption: 2.5 W (excluding LED space indicators)

Ambient conditions: -25° to 60°C (-13 to 140 °F)10 to 90% RH (non-condensing)

Storage temperature: -30° to 60°C (-22 to 140 °F)

Resolution: 5 megapixel

Imager: High Dynamic Range

Features: • Infrared sensitive• Autoexposure control

Direct-ceiling conduit installation: Sensor is mounted directly to the ceiling, cabling is protected by standard conduits (max. 25 mm DM)

Suspended conduit installation: Sensor is mounted on threaded rods, cabling is protected by standard conduits (max. 25 mm DM)

C-channel installation: sensor is mounted on a C-channel, cabling runs in the C-channel

Cable tray installation: Sensor is mounted on a cable tray, cabling runs in the tray



For more information on the installation, see the UPSOLUT installation manual.

Cabling

External LEDs: INDECT standard SIex space indicator (see data sheet), sensor-SIex cables run in conduit or C-channel

Connectors: Push-in terminal connectors

Recommended cable for power: NYM-J 2x1.5mm² (AWG16) or similar (solid)

Recommended cable for communication:

CAT6 shielded (cable selection depending on integrated options and required bandwidth)

Recommended cable for external space indicator connection:

See data sheet SIex



Commercial Data: UPSOLUT MCS

Article number Article name Article description Customs

tariff numberWeight per unit

4002001 UPSOLUT MCS Installation Shell Set

Installation shell for direct-ceiling or suspended / C-channel installation. Holds MCS Terminal Board. 1 pc. required per UPSOLUT MCS. Including 2 sealing washers and cable cover with 2 screws.

4002002 UPSOLUT MCS Terminal Board

Terminal board for connection of power, Ethernet, external LEDs, loudspeaker. Incl. 6 screws for mounting on UPSOLUT MCS Installation Shell.

4002003 UPSOLUT MCS Terminal Board LIMO

Terminal board for connection of power, Ethernet, LIMO, loudspeaker. Incl. 6 screws for mounting on UPSOLUT MCS Installation Shell.Does not carry terminals for connecting external space indicator LEDs!

400202 UPSOLUT MCS-S

Multi-use ceiling sensor including embedded technology for fully autonomous bay detection - up to 6 spaces with one sensor. IP67. Standard lens. For driveway widths between 5.8 and 8 m (19’ - 26’).

1.65 kg3.64 lbs

400202M UPSOLUT MCS-M

Multi-use ceiling sensor including embedded technology for fully autonomous bay detection - up to 6 spaces with one sensor. IP67. Medium lens. For driveway widths between 4 and 6 m (13.1’ - 19.7’) and a max. installation height of 2.3 m (7.5’).

1.65 kg3.64 lbs



400202W UPSOLUT MCS-W

Multi-use ceiling sensor including embedded technology for fully autonomous bay detection - up to 6 spaces with one sensor. IP67. Wide-angle lens. For driveway widths between 4.5 and 6 m (14.8’ - 19.7’).

1.65 kg3.64 lbs

400202T UPSOLUT MCS-T

Multi-use ceiling sensor including embedded technology for fully autonomous bay detection - up to 4 spaces (2:2) with one sensor. IP67. Tele lens. Minimum driveway width and delivery time on request.

1.65 kg3.64 lbs

400201 UPSOLUT embedded 0:3 operation

Firmware and hardware setup for detection of up to 3 spaces on one single sensor side.

4002011 UPSOLUT embedded 3:3 operation

Firmware and hardware setup for detection of up to 3 spaces on both sensor sides (total: 6).

400212 UPSOLUT LIMO Gland Set

Gland set for UPSOLUT MCS with LIMO including 4 Quick glands and 2 Ethernet glands to allow for fully sealed cabling.

4002121 UPSOLUT SIex Gland Set

Gland set for UPSOLUT MCS with external space indicators, including 2 Quick glands, 2 Ethernet glands, 1 x 3-in-1 gland for 3 cables and 1 x 4-in-1 gland for 4 cables to allow for fully sealed cabling.

400213 UPSOLUT MCS LIMO

RGB LED Module for sensor-integrated space indication including white LED center matrix. Price per sensor side. Max. 2 pcs. required. Including connection cables, LIMO Holder and 2 screws.

4002131 UPSOLUT MCS Front Cover

Anthracite cover for sensor sides where no LIMO is installed. Non-transparent.

LIMO Inlays / Sensor Customizing



400270 LIMO Center Inlay "P"

To be inserted in LIMO center, backlit by LIMO center matrix. Price per 10 pcs.

400271 LIMO Center Inlay "Wheelchair"

Wheelchair symbol. To be inserted in LIMO center, backlit by LIMO center matrix. Price per 10 pcs.

400272 LIMO Center Inlay "Pram"

Pram symbol. To be inserted in LIMO center, backlit by LIMO center matrix. Price per 10 pcs.

400273 LIMO Center Inlay "E"


400274 LIMO Center Inlay "Woman"

Woman symbol. To be inserted in LIMO center, backlit by LIMO center matrix. Price per 10 pcs.

400275 LIMO Center Inlay "Pregnant Woman"

Pregnant woman symbol. To be inserted in LIMO center, backlit by LIMO center matrix. Price per 10 pcs.

400276 LIMO Center Inlay "Electric Car"

Electric car symbol. To be inserted in LIMO center, backlit by LIMO center matrix. Price per 10 pcs.

400277 LIMO Center Inlay "Car Wash"

Car wash symbol. To be inserted in LIMO center, backlit by LIMO center matrix. Price per 10 pcs.

400278 LIMO Center Inlay "Valet"

Valet symbol. To be inserted in LIMO center, backlit by LIMO center matrix. Price per 10 pcs.

400279 LIMO Center Inlay customized symbol white/other color


4002700 LIMO Center Inlay customized multicolor symbol


4002780 Customized MCS sensor color and logo

Surcharge per sensor. Minimum quantity: 200 UPSOLUT MCS



Additional Hardware

400230 LOC8TR CAR LOCATOR Terminal with Touchscreen, Ethernet network to be provided on site

400220 UPSSRV OPTIONAL factory plug-in HDR Surveillance Camera for MJPG video streaming; lens to be ordered separately; Ethernet network and external surveillance server required

400221 UPSSRV Lens A Lens A for UPSSRV Surveillance Camera. Field Angle (DxHxV) 180°x131°x96°. Standard resolution.

400222 UPSSRV Lens B Lens B for UPSSRV Surveillance Camera. Field of View: 175° (fisheye lens). Resolution: 1.3 MP.

400231 LACA S Digital Camera, B&W. JPEG MJPEG, integrated IR flash; NO post for instal-lation included (to be provided on site); including Ethernet connector. Cabling and IP backbone to be provided on site. NO FREEFLOW - car has to stop or move slowly (at barrier); requires LACA JBOX for connection to trigger signal.

400232 LACA SC Digital Camera, color. 1.3 MP, JPEG MJPEG, integrated IR flash; NO post for installation included (to be provided on site); including Ethernet connector, cabling and IP backbone to be provided on site. NO FREEFLOW - car has to stop or move slowly (at barrier); requires LACA JBOX for connection to trigger signal.



400233 LACA JBOX Junction Box to connect to induction loop detector for trigger signal. For LACA S and SC.

Spare Parts

400284 LIMO Board RGB LED Module for sensor-integrated space indication including white LED center matrix. Spare part.

400283 UPSOLUT MCS LIMO Holder

Spare part. Transparent LIMO holder.

400285 LIMO Cable Ribbon cable to connect UPSOLUT MCS LIMO to UPSOLUT Terminal Board. Spare part.

400262 Ethernet Glands

Pack of 50. Price per pack.

400263 Quick Glands Pack of 50. Price per pack

400264 3-in-1 Glands Pack of 50. Price per pack.

400265 4-in-1 Glands Pack of 50. Price per pack.

400269 UPSOLUT Washers

Sealing washers for watertight Installation Shell installation to ceiling or C-channel. Spare part. Price per 50 pcs.

4002126 UPSOLUT Spacer

Spacers for direct-ceiling conduit installation. 2 pcs. per sensor required.

400266 MCS Screws 2.5*6; Torx 8; Self-cutting

Suitable for: Terminal Board to Installation Shell, LIMO to LIMO Holder. Bag of 500 pcs.

400267 MCS Screws 3*14; Torx 15; Self-cutting

Suitable for: Cable cover to Installation Shell. Bag of 500 pcs.



400268 MCS Screws 3.5*12; Torx 15; Self-cutting

Suitable for: Sensor to Installation Shell. Bag of 500 pcs.

400281 UPSOLUT MCS Cable Cover

Spare part. Bag of 10 pcs.

400282 UPSOLUT MCS Installation Shell

Spare part. Installation Shell for direct-ceiling or suspended / C-channel installation.

Installation Material, Tools and Maintenance

400223 UPSOLUT Laser Jig 8 m

Laser jig for correct positioning of the UPSOLUT sensor. Suitable for 8 m lane width.

400224 UPSOLUT Laser Jig 6 m

Laser jig for correct positioning of the UPSOLUT sensor. Suitable for 6m lane width.

400261 Gland Ratchet Wrench

For easy and tight installation of UPSOLUT MCS glands.

4002790 Patch Cord 3 m CAT5e or 6 single shield. 10 pcs. Color as available.



4002793 Patch Cord 10 m

CAT5e or 6 single shield. 10 pcs. Color as available.

4002794 Patch Cord 15 m

CAT5e or 6 single shield. 10 pcs. Color as available.

4002795 Ethernet Coupler

RJ45 female/female coupler. Shielded. IP20. Indoor use only. 10 pcs.

400260 Ferroco Glass Cleaning Foam

For UPSOLUT MCS camera window cleaning. Class F+. 600 ml can.

4002601 Cleaning Cloth For UPSOLUT MCS camera window cleaning. Cotton cloth. 10 pcs.



Software / Licenses

400211 UPSOLUT Audio Interface

Audio Interface software module for sending situation-specific audio messages to active speakers connected to UPSOLUT sensors

400234 LPR EU Software module for LPR functionality: fully integrated LPR system, including: 1. Optimisation of the space picture for an integrated LPR-OCR engine; 2. Transmission of the space picture to the LPR-OCR engine; 3. Transmission of the space ID to the LPR and PMS system if applicable and database access to the PMS system is provided; 4. Incorporation of the parking ticket ID in the PGS system (obtained from the PMS/LPR system) if applicable and database access to the PMS system is provided. NOTE: For accurate plate reading by an UPSOLUT 3+3 bay configuration a plate font of min. 40x70 mm (WxH) is required.

400235 LPR North & South America

Software module for LPR functionality: fully integrated LPR system, including: 1. Optimisation of the space picture for an integrated LPR-OCR engine; 2. Transmission of the space picture to the LPR-OCR engine; 3. Transmission of the space ID to the LPR and PMS system if applicable and database access to the PMS system is provided; 4. Incorporation of the parking ticket ID in the PGS system (obtained from the PMS/LPR system) if applicable and database access to the PMS system is provided. NOTE: For accurate plate reading by an UPSOLUT 3+3 bay configuration a plate font of min. 40x70 mm (WxH) is required.

400236 LPR UAE Software module for LPR functionality: fully integrated LPR system, including: 1. Optimisation of the space picture for an integrated LPR-OCR engine; 2. Transmission of the space picture to the LPR-OCR engine; 3. Transmission of the space ID to the LPR and PMS system if applicable and database access to the PMS system is provided; 4. Incorporation of the parking ticket ID in the PGS system (obtained from the PMS/LPR system) if applicable and database access to the PMS system is provided. NOTE: For accurate plate reading by an UPSOLUT 3+3 bay configuration a plate font of min. 40x70 mm (WxH) is required.



400237 LPR Australia Software module for LPR functionality: fully integrated LPR system, including: 1. Optimisation of the space picture for an integrated LPR-OCR engine; 2. Transmission of the space picture to the LPR-OCR engine; 3. Transmission of the space ID to the LPR and PMS system if applicable and database access to the PMS system is provided; 4. Incorporation of the parking ticket ID in the PGS system (obtained from the PMS/LPR system) if applicable and database access to the PMS system is provided. NOTE: For accurate plate reading by an UPSOLUT 3+3 bay configuration a plate font of min. 40x70 mm (WxH) is required.


INDECT Data Sheet

© 2014 Indect Electronics & Distribution GmbH UPSOLUT InstallationLast update on: 2014-04-13 Page 1

UPSOLUT Installation

UPSOLUT InstallationPicture: UPSOLUT sensor with external LEDs, installed on C-channel(actual item may differ from photo)

Description

INDECT‘s UPSOLUT sensor can be installed in various ways. In most cases, direct-ceiling installation with conduits (if ceiling height is appropriate and no object are in the way) or C-channel installation are used. For the 2 main installation types, see below.

For sensor installation, only standard installation material is required.

Optionally, external space indicators can be installed, too. See below for more information.

The standard lane width is between 580 and 650 cm / 19’ and 21.5’. In case of other lane widths or required installation heights, please contact INDECT and send us the exact dimensions.

For more information on the UPSOLUT sensor please see the respective fact sheet.

C-channel Installation

The UPSOLUT is installed on a C-channel (recommendation: 300 mm / 12" wide) suspended from the ceiling (via threads). The sensor must be installed in the middle of the lane, at a height of between 230 and 270 cm / 7.5’ and 8.9’ (bottom edge of C-channel).

It must be taken care that no objects are installed underneath the green line in the picture above, so the sensors have a clear view of the spaces and cars.

Ceiling lights (flourescent lamps, LEDs etc.) must be at least 150 cm / 5’ away from the sensor. If the lights are above the sensor, the horizontal distance shall be at least 50 cm / 20".

UPSOLUT InstallationINDECT Data Sheet

UPSOLUT Installation © 2014 Indect Electronics & Distribution GmbHPage 2 Last update on: 2014-04-13

If external space indicators are to be installed, the following installation type is recommended:

Installation procedure1. Install C-channels.2. Run cabling.3. Screw sensor top to C-channel (see picture).4. In case of external space indicators, install these (fix with

ALUPM10 (see fact sheet on SIex) to C-channel and additionally with a clamp near the space indicator tip to the ceiling) and connect the LED cable to the sensor.

5. Connect the cabling to the sensor.6. Screw the sensor bottom to the top.




INDECT Data Sheet

© 2014 Indect Electronics & Distribution GmbH UPSOLUT InstallationLast update on: 2014-04-13 Page 3

UPSOLUT Installation

Direct-ceiling Conduit Installation

The UPSOLUT is installed directly to the ceiling. The sensor must be installed in the middle of the lane, at a height of between 230 and 270 cm / 7.5’ and 8.9’ (top edge of sensor).

It must be taken care that no objects are installed underneath the green line in the picture on page 1, so the sensors have a clear view of the spaces and cars.

Ceiling lights (flourescent lamps, LEDs etc.) must be at least 150 cm / 5’ away from the sensor. If the lights are above the sensor, the horizontal distance shall be at least 50 cm / 20".

The sensor case has several knockouts for the insertion of conduits up to 25 mm / 1".

If external space indicators are to be installed, the LED cables run in a conduit from the sensor to a C-channel on either edge of the lane to which the space indicators are attached (see picture below).

INDECT Data SheetLESY2.0 - LED Symbol

LESY2.0 - LED Symbol

Description

LED symbols are used for directing drivers to free spaces. They are installed in INDECT signs or 3rd party signs, and are connected to the INDECT bus via a Distribution Module (DIMO2.0), Master Module (MAMO2.0) or Multifunction Module (MUMO).

LED Digits (LEDI2.0) can be connected directly to a LESY2.0.

LED Symbols 2.0 can also be used without bus control via a relay and/or 24 V DC supply.

LESY2.0 are equipped with SMD LED on a black PCB. Together with INDECT’s LED digits (LEDI2.0) and sign racks (for example, the Profile Sign IP65) they make the perfect choice for flexible, durable and high-quality signage.

3-way Arrow and Arrow/Cross

New to INDECT’s sign module portfolio is the 3-way arrow or arrow/cross, which is capable of handling 3 directions with just one LED module. On either side (left and right) digits (LEDI2.0) can be connected to show the number of available spaces in either direction.

3-Way Arrow with Green LED Arrow and optional Red CrossThis LED symbol is equipped with green LEDs for the arrow and optionally red LEDs for the cross. See below for possible layouts according to space availability.

3-Way Arrow with Red/Green LEDsThis LED symbol is equipped with red/green LEDs. Driving directions with free spaces are shown in green, those with none in red. See below for possible layouts according to space availability.

Arrow/Cross and Arrow/Arrow

Also INDECT’s standard arrow/cross or arrow/arrow symbol comes in a new layout.

Arrow/CrossThe classic arrow/cross symbol is still available in straight or diagonal format:

© 2015 Indect Electronics & Distribution GmbH LESY2.0 - LED Symbol - page 1Last update on: 2015-06-17

LESY2.0 - LED SymbolINDECT Data Sheet

Arrow/ArrowThe arrow/arrow symbol is available in straight or diagonal format and comes with red/green LEDs that change their colour to green when there are free spaces in the driving direction and to red it there are none:

Special Symbols

INDECT’s special LED symbols—wheelchair, woman and parent-with-pram—have also been adapted to our new LED symbol standard. What is also new is that the integrated arrow can point in any direction (set by software), which allows for easy changes in the location of special bays.

Advantages

• Control of up to 4 LED symbols per Distribution Module (DIMO2.0)• Each LESY2.0 is equipped with a photosensor for automatic brightness control• LED-brightness adjustable for optimal visibility via INDECT Car Park Administration

Software IVIS, or manually on the LED Symbol PCB1

• Combinable with LED Digits (LEDI2.0)• Remote updateable firmware for future updates• Can be supplied with 24 V DC without being connected to the INDECT bus; brightness

adjustment can then be carried out via a potentiometer on the backside of the LESY2.0

1 Depending on connection type.

LESY2.0 - LED Symbol - page 2 © 2015 Indect Electronics & Distribution GmbHLast update on: 2015-06-17


Commercial Data

Article name Article number

Customs tariff number

Weight per unit

3-Way Arrow

LESY2.0 3-way A green3-way LED arrow green

200620 0.130 kg(0.286 lbs)

LESY2.0 3-way A/C green/red cross3-way LED arrow green with integrated red cross

200622 0.130 kg(0.286 lbs)

LESY2.0 3-way A green/red3-way LED arrow green / red

200621 0.130 kg(0.286 lbs)

Arrow (Arrow/Cross) Symbol

LESY2.0 A/C straight greenLED arrow/cross symbol straight, green arrow, red cross

200600 0,195 kg(0.43 lbs)

LESY2.0 A/C diagonal greenLED arrow/cross symbol diagonal, green arrow, red cross

200601 0,195 kg(0.43 lbs)

LESY2.0 A/A straightLED arrow/arrow symbol straight, green arrow / red arrow

200602 0,195 kg(0.43 lbs)

LESY2.0 A/A diagonalLED arrow/arrow symbol diagonal, green arrow / red arrow

200603 0,195 kg(0.43 lbs)

LESY2.0 A/C straight blueLED arrow/cross symbol straight, blue arrow, red cross (delivery time on request)

200606 0,195 kg(0.43 lbs)

LESY2.0 A/C diagonal blueLED arrow/cross symbol diagonal, blue arrow, red cross (delivery time on request)

200607 0,195 kg(0.43 lbs)

LESY2.0 A/C straight whiteLED arrow/cross symbol straight, white arrow, red cross (delivery time on request)

200608 0,195 kg(0.43 lbs)

LESY2.0 A/C diagonal whiteLED arrow/cross symbol diagonal, white arrow, red cross (delivery time on request)

200609 0,195 kg(0.43 lbs)

Special Symbols

LESY2.0 wheelchair blueLED disabled symbol 160x180 mm blue, direction arrow turnable via software

200630 0.130 kg(0.286 lbs)


LESY2.0 - LED SymbolINDECT Data Sheet

LESY2.0 wheelchair greenLED disabled symbol 160x180 mm green, direction arrow turnable via software. Delivery time on request.

200631 0.130 kg(0.286 lbs)

LESY2.0 wheelchair redLED disabled symbol 160x180 mm red, direction arrow turnable via software. Delivery time on request.

200632 0.130 kg(0.286 lbs)

LESY2.0 Woman whiteLED woman symbol 160x180 mm white, direction arrow turnable via software. Delivery time on request.

200633 0.123 kg(0.271 lbs)

LESY2.0 Pram whiteLED pram symbol 160x180 mm white, direction arrow turnable via software

200634 0.140 kg(0.308 lbs)

Cables for LESY2.0

CEXT2.01MCable 3-ph, 1 m, to connect LESY2.0-MAMO, LESY2.0-MAMO/MAMO2.0 or 24 V free/occupied

200808

CLEDI2.01MCable 6-ph, 1 m, to connect LESY2.0-LEDI2.0 or MAMO2.0-LEDI2.0

200807

CLESY2.01MCable 6-ph, 1 m, to connect LESY2.0-DIMO2.0

200805

CLESY2.03MCable 6-ph, 3 m, to connect LESY2.0-DIMO2.0

200806

LESY2.0 Control Modules

DIMO2.0Distribution Module2.0: to control up to 4 LESY2.0; IP66

200802

MAMO2.0Master Module 2.0 to control LED digits LEDI2.0

200800

MUMOMultifunction Module, can be used as input module (for example to integrate counting devices) or output module (for example, to control other devices via a 24 V DC relay or simple 3rd party signs). 2 inputs or outputs; IP66

200803



Technical Data

Dimensions (HxW)

3-way Arrow:

Arrow/Cross:

Arrow/Arrow diagonal:

Wheelchair Symbol:


INDECT Data Sheet LESY2.0 - LED Symbol

Mounting

LESY2.0 are installed in signs or LED boxes. 3rd party installation kits for integration in 3rd party signs are available. See the integration standards specification for more details.

Pram Symbol:

Woman Symbol:


Ambient conditions: -25 to 60 °C (-13 to 140 °F)10 to 90% RH (non-condensing)

Storage temperature: -40 to 70 °C (-40 to 158 °F)





INDECT Data Sheet

© 2013 Indect Electronics & Distribution GmbH LEDI2.0 - LED Digit 2.0 - page 1Last update on: 2013-09-20

LEDI2.0 - LED Digit 2.0


Description

INDECT’s LED Digits 2.0 are used for informing drivers of space availability. They consist of a 7-segment LED print which can be put together with other 7-segment LED prints to form a unit of up to 5 digits.

The first LEDI2.0 in the unit of digits is connected to and controlled by a Master Module (MAMO2.0) or a LED symbol (LESY2.0).

LED Digits can be installed in INDECT signs or 3rd party signs.

LEDI2.0 are available in 3 sizes: 130 mm, 190 mm and 266 mm digit height (see below). 130 mm LEDI2.0 are mostly used indoors, while the 190 and 266 mm ones are used outdoors or for precinct parking guidance.

LEDI2.0 are equipped with SMD LED on a black PCB. Together with INDECT’s new LED symbols (LESY2.0) and IP65 sign racks they make the perfect choice for flexible, durable and high-quality signage.

Standard Size LEDI2.0: 130 mm digit height

Standard LEDI2.0The standard and most often used LEDI2.0 consists of a green digit that can be combined with a red cross to be shown when no more spaces are available in the respective section of the car park.

Coloured LEDI2.0Coloured LEDI2.0 are used to match the colour of special LESY2.0 symbols (wheelchair, parents-with-prams, woman) or if the customer simply requires a LED colour other than green. Also these digits can come with an integrated red cross.

Bicolour LEDI2.0LEDI2.0 are also available in many colours (green, blue, white, amber) with a second, red layer of LEDs that can show a red "0" or "FULL" (4 digits required) when no more spaces are free.

LEDI2.0 - LED Digit 2.0INDECT Data Sheet

LEDI2.0 - LED Digit 2.0 - page 2 © 2013 Indect Electronics & Distribution GmbHLast update on: 2013-09-20

Large LEDI2.0: 190 mm digit height

Standard LEDI2.0See above. The only difference to the standard size LEDI2.0 is their digit dimension (see technical data below).

Coloured LEDI2.0See above.

Bicolour LEDI2.0See above.

Extra Large LEDI2.0: 266 mm digit height

Please note that extra large LEDI2.0 cannot be fitted in INDECT Profile Signs! INDECT Cabinet Signs must be used instead (see respective data sheets for more information).

Standard LEDI2.0See above. The only difference to the standard size LEDI2.0 is their digit dimension (see technical data below).

Coloured LEDI2.0See above.

Bicolour LEDI2.0See above.

INDECT Data Sheet



Advantages

• 1-digit to 5-digits combinable• 3 sizes available (130, 190 and 266 mm digit height)• Various colours available• Available also with red X• Available also in bicolour design, e.g. to show red "0" or "FULL"• Alternating text / number of free spaces, such as "OPEN" / "524"• "Full" also possible with 3 digits only• Control via Master Module (MAMO2.0) or LED symbol (LESY2.0)• LED brightness adjustable for optimal visibility via INDECT’s car park administration

Software IVIS• Automatic brightness control according to the ambient light via photosensor connected

to MAMO2.0 or via LESY2.0

Commercial Data



Weight per unit

LEDI2.0 130 mm

LEDI2.0 Digit 130 mm greenLED Digit 7-segment green, 130 mm digit height

200700

LEDI2.0 Digit 130 mm green/red XLED Digit 7-segment green with red X, 130 mm digit height

200701

LEDI2.0 Digit 130 mm green/redLED Digit 7-segment green / red, 130 mm digit height

200708

LEDI2.0 Digit 130 mm blueLED Digit 7-segment blue, 130 mm digit height

200702

LEDI2.0 Digit 130 mm blue/red XLED Digit 7-segment blue with red X, 130 mm digit height

200703

LEDI2.0 Digit 130 mm blue/redLED Digit 7-segment blue / red, 130 mm digit height

200709

LEDI2.0 Digit 130 mm whiteLED Digit 7-segment white, 130 mm digit height

200704

LEDI2.0 Digit 130 mm white /red XLED Digit 7-segment white with red X, 130 mm digit height

200705



LEDI2.0 Digit 130 mm white/redLED Digit 7-segment white / red, 130 mm digit height

200710

LEDI2.0 Digit 130 mm amberLED Digit 7-segment amber, 130 mm digit height

200706

LEDI2.0 Digit 130 mm redLED Digit 7-segment red, 130 mm digit height

200707

LEDI2.0 190 mm


200720


200721


200728


200722

LEDI2.0 Digit 190 mm blue/red XLED Digit 7-segment blue with red X, 190 mm digit height

200723

LEDI2.0 Digit 190 mm blue/redLED Digit 7-segment blue / red, 190 mm digit height

200729


200724

LEDI2.0 Digit 190 mm white / red XLED Digit 7-segment white with red X, 190 mm digit height

200725


200730


200726


200727

INDECT Data Sheet



LEDI2.0 266 mm


200740


200741


200748


200742

LEDI2.0 Digit 266 mm blue / red XLED Digit 7-segment blue with red X, 266 mm digit height

200743

LEDI2.0 Digit 266 mm blue / redLED Digit 7-segment blue / red, 266 mm digit height

200749


200744

LEDI2.0 Digit 266 mm white / red XLED Digit 7-segment white with red X, 266 mm digit height

200745


200750


200746

LEDI2.0 Digit 266 mm amber / red XLED Digit 7-segment amber with red X, 266 mm digit height

200752



Technical Data

LEDI2.0 Digit 266 mm amber /redLED Digit 7-segment amber / red, 266 mm digit height

200751


200747

Cables

CLEDI2.01MCable 6-ph, 1 m, to connect LESY2.0-LEDI2.0 or MAMO2.0-LEDI2.0

200807

Dimensions (HxW)

Standard digits: PCB: 218 x 100 mmDigit: 130 x 70 mm

Large digits: PCB: 218 x 130 mmDigit: 190 x 100 mm




INDECT Data Sheet



Mounting

LEDI2.0 are installed in signs. 3rd party installation kits for integration in 3rd party signs are available. See the integration standards specification for more details.

Please note that the extra large LEDI2.0 are too high to install in the INDECT Profile Sign.

Extra large digits: PCB: 325 x 195 mmDigit: 266 x 140 mm




INDECT Data Sheet

© 2013 Indect Electronics & Distribution GmbH Profile Sign IP65 - page 1Last update on: 2013-04-29

Profile Sign IP65

Profile Sign IP65Picture: Sample sign(actual item may differ from photo)

Description

INDECT signs make parking guidance an easy task in car parks and open air parking. Our new profile sign concept is based on a flat and sturdy IP65 sign profile that can be equipped with manifold modules.

For customer-specific signs, INDECT provides a great variety of LED modules (arrows, digits, symbols, LED matrix etc.) that can be combined with backlit plexiglass text panels and installed in the high-quality aluminium frame profile of the sign to cope with any possible guidance task, ranging from main entry, level, aisle signs to special information displays. For a list of INDECT LED modules to be installed in a sign for customer-specific preferences, see below.

For standard parking situations, INDECT provides standard sign layouts (see below) in the same rack that shall replace our LEBO (Led Boxes).

For larger cabinet signs, see the data sheet Cabinet Sign IP65.

Advantages

• Flat and sturdy sign rack - only 80 mm deep and up to 6 m long• Great variety of LED modules and LED digits to be combined• Standard layouts or according to customer preferences• Double-sided signs through back-to-back installation (160 mm deep)• Rack profile colour and backlit text panel colour according to customer preferences• Backlight via fluorescent lamps or via 24V LED stripes• Optimal visibility through backlight and transparent text panel• Easy maintenance• LED modules protected by transparent front plexi• Fast installation in manifold ways (ceiling, wall, back-to-back, stacked)• IP65

Profile Sign IP65INDECT Data Sheet

Profile Sign IP65 - page 2 © 2013 Indect Electronics & Distribution GmbHLast update on: 2013-04-29

Commercial Data

Standard Sign Layouts

The following signs can be ordered directly:



Weight per unit

LEBO2.0 01LED box 1x1 digit green; WxHxD: 150 x 241 x 80 mm; complete sign excl. installation material, IP65; to be connected to the INDECT bus

100727 1.9 kg(4.2 lbs)

LEBO2.0 02LED box 1x2 digits green/green-red cross; WxHxD: 241 x 241 x 80 mm; complete sign excl. installation material, IP65; to be connected to the INDECT bus

100728 2.3 kg(5 lbs)

LEBO2.0 03LED box 1x3 digits green/green/green-red cross; WxHxD: 320 x 241 x 80 mm; complete sign excl. installation material, IP65; to be connected to the INDECT bus

100729 2.7 kg(6 lbs)

LEBO2.0 04LED box 1x2 digits green/green/green/green-red cross; WxHxD: 400 x 241 x 80 mm; complete sign excl. installation material, IP65; to be connected to the INDECT bus

100730 3.1 kg(6.8 lbs)

LEBO2.0 ACLED box 1x1 LESY Arrow/Cross, single-sided; WxHxD: 241 x 241 x 80 mm; complete sign excl. installation material, IP65; to be connected to the INDECT bus. Indicate arrow direction when ordering.

100731 2.3 kg(5 lbs)

LEBO2.0 AC2LED box Arrow/Cross + 2 digits green; WxHxD: 480 x 241 x 80 mm; complete sign excl. installation material, IP65; to be connected to the INDECT bus. Indicate arrow direction when ordering.

100732 tba

LEBO2.0 AC3LED box Arrow/Cross + 3 digits green; WxHxD: 600 x 241 x 80 mm; complete sign excl. installation material, IP65; to be connected to the INDECT bus. Indicate arrow direction when ordering.

100733 tba

INDECT Data Sheet


Profile Sign IP65

Customer-Specific Sign LayoutsPlease refer to the individual components and data sheets that can be installed in our custom-tailored signs:

• LESY1

• LESY2.0• LEDI• LEDI2.0• TEMO• LED Matrix• Sign Colour Standards for backlit text panels.

Sign Racks, Backlight and Installation Material

LEBO 3WAYLED box 1x1 LESY2.0 3-way arrow/cross, single-sided; WxHxD: 241 x 241 x 80 mm; complete sign excl. installation material, IP65; to be connected to the INDECT bus

100734 tba

Standard Matrix Signs

LEBO2.0 Matrix4LED box with 4 P6 LED matrix displays: 384x196 mm / 64x32 RGB LED matrix surface (WxH); complete sign excl. installation material, IP65; to be connected to the INDECT bus

100737 tba

Standard Reservation Sign

LEBO2.0 ReservationLED box with 3 P8 LED matrix displays: 732x122 mm / 96x16 RGB LED matrix surface (WxH); complete sign excl. installation material, IP65; to be connected to the INDECT bus; backlit plexi text panel , transparent plexi at front

100738 tba

1 Please note that our large arrow/cross LESY (LESY 11 A/C and LESY 10 A/C) do not fit in the indoor sign rack.

Sign base price Profile Sign IP65 10047012

Sign price / mm Profile Sign IP65 10047013

LED Backlight for Profile Sign IP65/ mmLED backlight for text plexi panels in Profile Sign IP65. Price / mm backlight

10047014

Fluorescent Lamp Backlight for Profile Sign IP65 / mmFluorescent lamp backlight for text plexi panels in Profile Sign IP65. Price / mm backlight

10047015

Profile Sign IP65INDECT Data Sheet


Power Suppy 24V / 1.3ASign-integrated power supply for max. 1 LED Symbol (LESY2.0) + 3 digits (LEDI2.0) incl. DIN-rail installation in sign frame

100836

Power Suppy 24V / 2.5ASign-integrated power supply for max. 2 LED Symbol (LESY2.0) + 3 digits (LEDI2.0) incl. DIN-rail installation in sign frame

100837

Installation bracket ceiling installation for Profile Sign IP65Installation bracket for direct-ceiling or thread rod installation of Profile Sign IP65; 2 pcs. for signs < 1500 mm; 3 pcs. for < 2300 mm; 4 pcs. > 2300 mm

100558

Wall installation rails for 6 Profile Sign units, cuttableWall installation rail set for 6 stacked profile signs. Cuttable.

100559

Back-to-back installation bracket Profile Sign IP65Installation bracket for direct-ceiling or thread rod instal-lation of 2 Profile Signs IP65 back-to-back; 2 pcs. for signs < 1500 mm; 3 pcs. for < 2300 mm; 4 pcs. > 2300 mm

1005581

Installation plate for Back-to-back installation bracket Profile Sign IP65Installation bracket for mount-ing installation brackets on top of each other for double-sided sign installation for direct-ceiling or thread rod installation of 2 Profile Signs IP65 back-to-back; 2 pcs. for signs < 1500 mm; 3 pcs. for < 2300 mm; 4 pcs. > 2300 mm; price per piece

1005582

Installation plate cover for back-to-back installation bracket Profile Sign IP65Cover for mounting installation brackets for double-sided sign installation for direct-ceiling or thread rod installation of 2 Profile Signs IP65 back-to-back; 2 pcs. for signs < 1500 mm; 3 pcs. for < 2300 mm; 4 pcs. > 2300 mm; price per piece

1005583

VMS Precabling 1 Cable1 pc. cable H05VV-F 5G1.5 with cable shoes, 1 pc. gland, 1 drill hole in sign back, 1 connection to DIMO2.0, MAMO2.0 or backlight + placing of slide nut for installation brackets

200881

INDECT Data Sheet


Profile Sign IP65

Technical Data

Dimensions

Technical Data

VMS Precabling 2 Cables2 pcs. cable H05VV-F 5G1.5 with cable shoes, 2 pcs. gland, 3 drill holes in sign back, 2 connections to DIMO2.0, MAMO2.0 or backlight + placing of slide nut for installation brackets

200882

VMS Precabling 3 Cables3 pcs. cable H05VV-F 5G1.5 with cable shoes, 3 pcs. glands, 3 drill holes in sign back, 3 connections to DIMO2.0, MAMO2.0 or backlight + placing of slide nut for installation brackets

200883

H x D:W:

240 x 80 mm (9.49 x 3.15 in)max. 6 m (20 ft)

Rack material: Extruded aluminium profile

Rack colour: • Aluminium anodised or • RAL powder coating according to customer

preferences

Rack openings: Left and right

Text panel / Front panel: Transparent acrylic glass 3 mm (0.12 in) (temperature resistant up to 80 °C / 176 °F) or

Text foil (applied on text panel)s: Colour and layout (text and symbols) according to customer preferences




Input power of backlight lamps: • Fluorescent lamps: 230 V / 50 Hz • LED backlight: 24 V from INDECT bus or

sign-integrated 24 V power supply

Power consumption of backlight lamps:

0.1 A to 1 A depending on the dimensions and the required number of background lamps

Input power of LED modules: 24 V DC from INDECT bus

Power consumption of LED modules: Depending on installed LED modules, see respective data sheets




INDECT Data Sheet


Profile Sign IP65

Mounting

• Ceiling mounted: direct or suspended via threaded rods, chains or profiles• Wall mounted: via profiles (optional profiles available)

Cabling

• Recommended cable for power supply of backlight: NYM-J 3x1.5 mm² / AWG16 Note: Comply with local standards and requirements!

• Recommended cables for connection of LED modules: see data sheet LESY, LEDI, LESY2.0, LEDI2.0, MAMO, MUMO and DIMO.

• Note: Other cable types can be tested for suitability by INDECT upon request.

Pictures

For more pictures please visit www.flickr.com/photos/Indect.

INDECT Data Sheet

© 2013 Indect Electronics & Distribution GmbH Cabinet Sign IP65 - page 1Last update on: 2013-05-13

Cabinet Sign IP65

Cabinet Sign IP65

Description

INDECT signs make parking guidance an easy task in car parks and open air parking.

Our new cabinet sign concept is based on a flat and sturdy IP65 sign cabinet that can be equipped with manifold modules. The sign cabinet has a front door for maintenance which also carries the backlit plexi text panels and glass cover to protect the LED modules.

Our outdoor signs are IP65.

For customer-specific signs, INDECT provides a great variety of LED modules (arrows, digits, symbols, LED matrix etc.) that can be combined with backlit plexiglass text panels and installed in the high-quality aluminium cabinet of the sign to cope with any possible guidance task. For a list of INDECT LED modules to be installed in a sign for customer-specific preferences, see below. In the Commercial Data you will find two standard cabinet signs.

For profile signs, see the data sheet Profile Sign IP65.

Advantages

• Flat and sturdy sign rack - only 128 mm deep• Great variety of LED modules and LED digits to be combined• Layout according to customer preferences• Double-sided signs through back-to-back installation (256 mm deep)• Cainet colour and backlit text panel colours according to customer preferences• Optimal visibility through backlight and transparent text panel• Backlight via fluorescent lamps or optionally via 24V LED stripes• Easy maintenance through front door• LED modules protected by transparent plexi of front door• Fast installation in manifold ways• IP65

Commercial Data



Weight per unit

Cabinet Sign IP65Cabinet Sign Box IP65 - Max. 1600x2500 (WxH); D=128 mm, incl. door (screw-fixed, not lockable), internal backlight + cabling. Excl. separately calculated components (such as LED modules), their installation and cabling.

10047011

Cabinet Sign IP65INDECT Data Sheet

Cabinet Sign IP65 - page 2 © 2013 Indect Electronics & Distribution GmbHLast update on: 2013-05-13

As for the individual components which can be installed in your custom-tailored signs, please refer to: LESY, LESY2.0, LEDI, LEDI2.0, TEMO, LED Matrix; and the Sign Colour Standards for backlit text panels.

Technical Data

Dimensions

Technical Data

Entry Sign 700x900 mmIP65 Cabinet sign, 700x900x128 mm (WxHxD), backlit, incl. 2 LEDI 130 mm green and 1 LEDI 130 mm green with red X and MAMO2.0 for control

100758

Entry Sign 1000x1250 mmIP65 Cabinet sign, 1000x1250x128 mm (WxHxD), backlit, incl. 2 LEDI 190 mm green and 1 LEDI 190 mm green with red X and MAMO2.0 for control

100759

W x H:D:

max 1.6 x 2.50 m (5.25 x 8.2 ft)128 mm

Cabinet material: Aluminium

Cabinet colour: • Aluminium anodized, or • RAL according to customer preferences

Cabinet openings for maintenance: Front door

Text panel / Front panel: Transparent acrylic glass 3 mm (0.12 in) (temperature resistant up to 80 °C / 176 °F)









Input power of LED modules: 24 V DC from sensor bus





INDECT Data Sheet

© 2013 Indect Electronics & Distribution GmbH Cabinet Sign IP65 - page 3Last update on: 2013-05-13

Cabinet Sign IP65

Mounting

• Ceiling mounted: direct or suspended via threaded bars, chains or profiles• Wall mounted: profiles• Standing on concrete or metal foot

Cabling




Pictures

Sample signs

INDECT Data Sheet

© 2013 Indect Electronics & Distribution GmbH Tin-Plate Integration Sign IP65 - page 1Last update on: 2013-05-13

Tin-Plate Integration Sign IP65


Description

INDECT signs make parking guidance an easy task in car parks and open air parking and for precinct guidance.

Our new tin-plate integration sign is based on a flat and sturdy IP65 sign cabinet that can be equipped with manifold modules. This sign is designed for integration in existing or to-be-built static tin-plate signs which shall be equipped with flexible signage for parking guidance. The sign has a back door for maintenance.

Below you find a comprehensive list of standard signs of this sign type.

For customer-specific signs, INDECT provides a great variety of LED modules (arrows, digits, symbols, LED matrix etc.) that can be combined with backlit plexiglass text panels and installed in the high-quality aluminium cabinet of the sign to cope with any possible guidance task. For a list of INDECT LED modules to be installed in a sign for customer-specific preferences, see the respective data sheets of the modules.

Advantages

• Flat and sturdy sign rack - only 130 mm deep• Great variety of LED modules and LED digits to be combined• Layout according to customer preferences• Cabinet colour and backlit text panel colours according to customer preferences• Optimal visibility through backlight and transparent text panel• Backlight via fluorescent lamps or optionally via 24V LED stripes• Easy maintenance through back door• LED modules protected by transparent plexi of front door• Fast installation• IP65

Commercial Data



Weight per unit

Tin-plate sign integration box, 3x130 mm digitsIP65 tin-plate sign integration box, 400x318x130 mm (WxHxD), door at back, installation brackets top/bottom to install at tin-plate sign; incl. 2 LEDI2.0 130 mm green and 1 LEDI2.0 130 mm green with red X and MAMO for control

100762

Tin-Plate Integration Sign IP65INDECT Data Sheet

Tin-Plate Integration Sign IP65 - page 2 © 2013 Indect Electronics & Distribution GmbHLast update on: 2013-05-13


100763


100760


100761

Tin-plate sign integration box, 2 TEMOIP65 tin-plate sign integration box, 626x318x130 mm (WxHxD), door at back, installation brackets top/bottom to install at tin-plate sign; incl. 2 TEMO for e.g. FREE/FULL, TECO+MUMO for control and TEPS for power supply.

100764

Tin-plate sign integration box, 3 TEMOIP65 tin-plate sign integration box, 889x318x130 mm (WxHxD), door at back, installation brackets top/bottom to install at tin-plate sign; incl. 3 TEMO for e.g. FREE/FULL, TECO+MUMO for control and TEPS for power supply.

100765

Tin-plate sign integration box, 128x32 Matrix P6IP65 tin-plate sign integration box, 889x 318x130 mm (WxHxD), door at back, in-stallation brackets top/bottom to install at tin-plate sign; incl. matrix display (area 768x192 mm, 128x32 px, pitch 6) and components for bus control and power supply.

100766

INDECT Data Sheet



As for the individual components which can be installed in your custom-tailored signs, please refer to: LESY2.0, LEDI2.0, TEMO, LED Matrix; and the Sign Colour Standards for backlit text panels.

Technical Data

Dimensions

Technical Data

Tin-plate sign integration box, 128x32 Matrix P8IP65 tin-plate sign integration box, 1076x344x130 mm (WxHxD), door at back, installation brackets top/bottom to install at tin-plate sign; incl. matrix display (area 976x244 mm, 128x32 px, Pitch 8) and components for bus control and power supply.

100767

W x H:D:

max 1.6 x 2.50 m (5.25 x 8.2 ft)130 mm

Cabinet material: Aluminium

Cabinet colour: • Aluminium anodized, or • RAL according to customer preferences

Cabinet openings for maintenance: Back door

Text panel / Front panel: Transparent acrylic glass 3 mm (0.12 in) (temperature resistant up to 80 °C / 176 °F)









Input power of LED modules: 24 V DC from sensor bus


Tin-Plate Integration Sign IP65INDECT Data Sheet

Tin-Plate Integration Sign IP65 - page 4 © 2013 Indect Electronics & Distribution GmbHLast update on: 2013-05-13

Mounting

• Installation on the back of the tin-plate sign with installation brackets

Sample installation pictures

Cabling







INDECT Data Sheet



Pictures

Tomorrow’s benchmark for multi-workload compute

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Data sheet

HP ProLiant DL380 Gen9 ServerThe no-compromise data center standard

1 CQ414 IDC Server Tracker.2 Intel performance testing, comparing

measurements on platform with two E5-2697 v2 (12C, 2.7 GHz), 8x8 GB DDR3-1866, RHEL 6.3 vs. platform with two E5-2697 v3 (14C, 2.6 GHz, 145 W), 8x8 GB DDR4-2133, RHEL 6.3, April 2014.

3 96 percent efficient (Titanium) HP Flexible Slot Power Supplies.

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Data sheet | HP ProLiant DL380 Gen9 Server

HP Services

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Learn more at hp.com/servers/DL380gen9

© Copyright 2014–2015 Hewlett-Packard Development Company, L.P. The information contained herein is subject to change without notice. The only warranties for HP products and services are set forth in the express warranty statements accompanying such products and services. Nothing herein should be construed as constituting an additional warranty. HP shall not be liable for technical or editorial errors or omissions contained herein.

ENERGY STAR is a registered mark owned by the U.S. government. Intel and Intel Xeon are trademarks of Intel Corporation in the U.S. and other countries. Microsoft and Windows are trademarks of the Microsoft group of companies. SAP is the trademark or registered trademark of SAP SE in Germany and in several other countries. Citrix is a registered trademark of Citrix Systems, Inc. and/or one more of its subsidiaries and may be registered in the United States Patent and Trademark Office and in other countries. Linux is the registered trademark of Linus Torvalds in the U.S. and other countries. SD and microSD are trademarks or registered trademarks of SD-3C in the United States, other countries or both. VMware is a registered trademark or trademark of VMware, Inc. in the United States and/or other jurisdictions.

4AA5-4078ENW, August 2015, Rev. 3

Technical specificationsIn the following table, bold italic text designates a new or improved feature, as compared to the HP ProLiant DL380p Gen8 Server.

Compute Up to two Intel® Xeon® E5-2600 v3 series, 4/6/8/10/12/14/16/18 cores; PCIe 3.0, up to six available slot(s)

Memory HP SmartMemory (24) DDR4, up to 2,133 MHz (1.5 TB max)

Storage Standard HP Dynamic Smart Array B140i, choice of HP Flexible Smart Array or HP Smart SAS HBA controllers

FBWC 2 GB DDR3-1,866 MHz, 72-bit wide bus at 14.9 GB/s on P440ar

Battery HP DL/ML/SL 96 W Smart Storage Battery optional

HP SmartDrives 24 + 2 SFF/12 + 3 LFF max, HDD/SSD, M.2 enabled and optional 6 NVMe PCIe SSD support (120 TB max)

Networking 4 x 1GbE Embedded + choice of FlexibleLOM + Standup

VGA/serial/USB/SD ports Front VGA opt, rear VGA, and serial standard, 5 USB 3.0, 2 USB 2.0 optional, Dual microSD optional

GPU support Single-/double-wide and active/passive up to 10.5" (3)

System ROM UEFI and Legacy BIOS

Converged management HP OneView with HP iLO Advance

Support management HP Insight Online with enhanced mobile app

Embedded management HP iLO 4, HP Intelligent Provisioning, HP SUM, HP RESTful Interface Tool, HP Scripting Tools for Windows PowerShell

Power and cooling 96 percent efficient (Titanium) with Flexible Slot Power Supplies with optional HP Battery Backup Hot plug fans with full N + 1 redundancy, optional high performance fans

Industry compliance ASHRAE A3 and A44, lower idle power, and ENERGY STAR

Power discovery services Supported

Location discovery services Optional

Form factor/Chassis depth Rack (2U), 26.75" (SFF), 28.75" (LFF)

Serviceability—easy install rails Standard

Warranty 3/3/3

QuickSpecs: hp.com/servers/DL380gen9/qs/

hp.com/qref/dl380gen9

4 See hp.com/servers/ASHRAE for details.

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INDECT Data Sheet

© 2013 Indect Electronics & Distribution GmbH COMO - Communication Module - page 1Last update on: 2013-03-28

COMO - Communication Module

COMO - Communication ModuleArticle number: 100804

Picture: COMO Communication Module without cover (actual item may differ from photo)

Description

The COMO supplies INDECT sensors, Multifunction Modules, Master Modules, Distribution Modules, LED Modules and all other components of the bus with power and controls data bus communication.

The COMO is CE and EMC certified, developed and produced in compliance with ISO 9001.

Advantages

• Up to 90 sensors (and other bus components, such as LED symbols etc.) can be controlled and supplied with power

• Up to max. 180 sensors can be controlled when an additional power supply (POSU) is connected

• Conversion from data bus (RS485, 2-wire, unscreened) to RS485 (4-wire, screened), or to Ethernet (COMO IP)

• Sensor setup on site with laptop connected via USB or serial interface

Commercial Data



Weight per unit

Project Articles

COMOCommunication module incl. power supply to control and power up to 90 UMS (180 UMS with additional POSU); IP65

100804 8504408190 5.4 kg(11.9 lbs)

COMO IPCommunication module incl. RS485-IP converter and power supply to control and power up to 90 UMS (180 UMS with additional POSU); IP65

1008042 5.8 kg(11.9 lbs)

Replacement Articles

COMO-PrintControl print for COMO

100832

Power SupplyPower suppy unit for COMO or POSU

100831

Moxa Nport 5130 - 1x1x RS422/485-Ethernet

1071




INDECT Data Sheet

COMO - Communication Module - page 2 © 2013 Indect Electronics & Distribution GmbHLast update on: 2013-03-28

COMO - Communication Module

Technical Data

Mounting

The COMO can be mounted on walls or put in cabinets etc.

• Recommended anchors/screws for wall mounting: at least 6 mm (1/4") anchors/screws with 12 mm (1/2") washers

Cabling

• Connection COMO-ICOM computer (to D-SUB DB-9 female connected to BUCO): F-YAY 2x2x0.8 mm² / AWG18 (twisted pair, shielded)

• Connection COMO-RS485-IP Converter: precabled• Connection D-SUB to ICOM computer: via cable delivered with BUCO• Recommended cable for bus connection: NYM-J 4x1.5 mm² / AWG16

(A05VV-U 4x1.5 mm² / AWG16)• Recommended cable for USB connection to setup laptop: standard USB cable• Recommended cable for serial connection to setup laptop: flat ribbon cable, provided

by INDECT.

Note: Other cable types can be tested for suitability by INDECT upon request.

Dimensions:

Input power: 100 - 120 VAC/5 A200 - 240 VAC/2.5 A

Output power: 24 VDC / 10 A

Casing colour: Grey




INDECT Data Sheet

© 2013 Indect Electronics & Distribution GmbH POSU - Power Supply Module - page 1Last update on: 2013-03-28

POSU - Power Supply Module

POSU - Power Supply ModuleArticle number: 100805

Picture: Power Supply Module without cover(actual items may differ from photos).

Description

The Power Supply Module supplies INDECT sensors, Multifunction Modules, Master Modules, LED Symbols and all other components connected to the bus with power. The Power Supply Module provides up to 90 bus users with 24 V.

Advantages

• Power supply support of the Communication Module (COMO)

Commercial Data

Technical Data



Weight per unit

Project Articles

POSUAdditional power supply to power up to 180 UMS per COMO (see COMO); IP65

100805 5.2 kg(11.45 lbs)

Replacement Articles

Power SupplyPower suppy unit to be installed in COMO or POSU

100832

Dimensions:

Input power: 100 - 120 VAC/5 A200 - 240 VAC/2.5 A

Output power: 24 VDC/10 A

Casing colour: Grey





INDECT Data Sheet

POSU - Power Supply Module - page 2 © 2013 Indect Electronics & Distribution GmbHLast update on: 2013-03-28

POSU - Power Supply Module

Mounting

The Power Supply Module can be mounted on walls, in cabinets etc.

• Recommended anchors/screws for wall mounting: at least 6 mm (1/4") anchors/screws with 12 mm (1/2") washers

Cabling

• Recommended cable for input: standard cable (e.g. NYM-J 2x1.5 mm² / AWG16 (A05VV-U 2x1.5 mm² / AWG16))Note: Comply with local standards and requirements!

• Recommended cable for output: NYM-J 2x1.5 mm² / AWG16 (A05VV-U 2x1.5 mm² / AWG16)

Note: Other cable types can be tested for suitability by INDECT upon request.



INDECT Data Sheet

© 2013 Indect Electronics & Distribution GmbH ICOM Database - page 1Last update on: 2013-05-13

ICOM Database

ICOM Database

Description

This document describes INDECT’s ICOM database functionality and data migration options and shall help you to understand its advantages and opportunities.

Database Architecture

INDECT’s ICOM database is SQLite-based. Our system differentiates between the configuration database and the statistics database.

The configuration database ...... contains

• the complete site structure • the assignment of all modules (sensors, signs, other devices)• any configured settings, such as alarms, reservations, scheduled events etc.

The configuration database’s filename is nodes.db. This file can be found in the ICOM root. While the atserver Windows service is running to safeguard ICOM and IVIS operation, a file called nodes.db-journal is created, acting as a temporary database buffer to protect the original configuration database from damage cause by ICOM PC outages (caused by power failure, for example). Despite this protection, the database might become harmed when unwanted PC shutdowns happen too frequently. INDECT therefore recommends to connect the PC to a reliable UPS.

The statistics database ...... contains all recorded parking events, consisting of

• values and • durations

... with which reports can be made.

Statistical data are captured and stored in data records.

When a data record exceeds a predefined size limit (which can be changed), old data is chopped off the active database, zipped and automatically swapped out to a swapout folder. The current swapout strategy is 1 GB maximum data record size.

Old data records that had been swapped out can also be swapped back in (in IVIS) to generate reports on dates that are no longer part of the active database. To keep the active database small and fast, it is recommendable to swap out old data records once they are no longer needed in the active database after these reports had been generated.

Swapped out data records can also be taken from the ICOM root folder and backed up somewhere else. The swapout folder is called /swapout in can be found in the ICOM root.

What Statistical Data Is Captured

INDECT records any parking events linked to a sensor, logging any status change. In addition, the durations are captured. A car must have stayed for at least 5 minutes (default value, can be modified) to be recorded in the database.

Also inputs from system-integrated vehicle-counting devices, such as loops or barriers, or inputs from the CMPS are recorded.

ICOM DatabaseINDECT Data Sheet

ICOM Database - page 2 © 2013 Indect Electronics & Distribution GmbHLast update on: 2013-05-13

Report Formats

In IVIS, the following formats can be generated:

1. PDF – tables and graphs according to the defined report contents. Please note: not all report types can be generated as a graph and a table.

2. CSV – data is extracted in Comma Separated Values, which can be imported, opened and edited in many software applications, such as MicrosoftTM Excel.

3. Copy/Paste (Export) – report data can also be displayed in IVIS in a table for a quick glance. Data can be copied and pasted to other applications.

4. Another option is the sensor history report, which is not part of the IVIS statistics module, but can be found in Module > Action after having selected one or several sensors. This report lists all status changes of a sensor in the selected time period.

5. The sensor occupation intensity give a "thermal" overview of the selected level drawing about how long all sensor-equipped spaces were occupied within the selected period of time. Green indicates that a space was not occupied at all, dark red indicates that it had been occupied all the time. Steps in-between range from green over yellow over orange to red. The colour code can be seen in the IVIS Help.

6. Long-term parkers exceeding a definable period of time can be listed, in addition to the alarms that are generated as soon as a car overstays the preset period of time.

Report Generation and Automatic Reports

Reports can be defined in the report tool in IVIS.

• In order to make generation easier, defined reports can be saved. If they are to be generated at a later point of time, they can be opened, modified (for example, date, time, sections etc.) and generated.

• Defined reports can also be generated automatically – to this end, the optional software module Automatic Reports is required. A defined and saved report is added in the Schedule in IVIS, and generated and saved automatically in a folder on the ICOM PC (called \report_data) in the ICOM root.

• Automatic reports can also be automatically sent via email to defined email addresses.

Quickreports

Quickreports operate like automatic reports: predefined reports are automatically generated. In contrast to automatic reports, quickreports can be opened directly in IVIS, where they are listed. For each quickreport it can be specified how many of them shall be kept. Older quickreports are automatically deleted.

Examples:

• current day report (generated every hour with the data of the current day)• previous day• previous week• previous month

Quickreports are saved in the folder \quick_report in the ICOM root.

They can be generated in PDF (table or graph).

Quickreports can also be accessed via the Dashboard (optional software module for overview of all registered sites via the Internet).




INDECT Data Sheet

© 2013 Indect Electronics & Distribution GmbH ICOM Database - page 3Last update on: 2013-05-13

ICOM Database

Web Services

Current occupancy data can be retrieved via the optional software module Web Interface.

This is done via a http GET request. Data of any section (car park, level, zone etc.) can be retrieved from the site in real time.

This data is delivered in JSON format, and can be processed in many programming or script languages, and, for example, be displayed on a website.

ODCB

It is possible to access statistical data via ODBC (Open Database Connectivity), though at present only data in the datavalues can be accessed.

ODCB has the advantage that all data records are reached directly (as raw data), which allows users to created their own reports directly with their own tools.

In case this feature is to be implemented completely, allowing access to all statistical data via ODCB, INDECT will have to update the respective drivers and registry.

If you require this feature, please contact INDECT for further details.

INDECT Data Sheet

© 2011 Indect Electronics & Distribution GmbH IVIS - page 1Last update on: 2011-04-06

IVIS

IVISPicture: IVIS User Interface(actual items may differ from photos).

Description

IVIS is an Internet browser-based application for monitoring your parking facility (INDECT recommends Mozilla FirefoxTM). IVIS can be operated on the ICOM computer or any computer connected to the network of the main ICOM computer.

IVIS provides you with a great variety of information on your parking facility. The IVIS GUI shows level floor plans, allowing you to control virtually any aspect dealing with signage, single space administration, statistics, and many other features. At a glance, you are always informed about the occupancy of the entire car park, a level or other section, and see the current status of each sign and parking space equipped with INDECT sensors. Or create a statistical report—custom-tailored to your requirements.

Commercial Data



Weight per unit

IVIS Single License 1000Single license for visualisation software IVIS INDECT SSA for sites with more than 1000 sensor-monitored spaces

101005

IVIS Single License 900Single license for visualisation software IVIS INDECT SSA for sites with up to 900 sensor-monitored spaces

1010059


1010058


1010057


1010056


1010055

IVISINDECT Data Sheet

IVIS - page 2 © 2011 Indect Electronics & Distribution GmbHLast update on: 2011-04-06

For upgrade or update licensing, please contact INDECT.

Advantages

• No separate workstation required to run IVIS—you can manage your parking facility directly on the ICOM or from any computer that is on the same network as the system server (ICOM).

• Easy operation via an Internet browser (Mozilla FirefoxTM recommended)• Performance controlled by ATSERVER Windows Service for uninterrupted operation

• Integrated online help1

• Alarm in case of hardware or connection failure2

In addition, IVIS contains powerful tools which enable you to adapt your parking facility to your requirements, for example:

• Adjust LED brightness to fit ambient conditions• Adjust the settings of all available components• Find individual parking spaces• Reserve individual parking spaces• Playback and visualize a definable period of time• Navigate the floor plans• Schedule events (LED dimming, sign operation etc.)• Set alarms for individual bays (alarm on entry to/exit from bay, maximum parking

duration)• Set alarms for the entire car park (maximum parking duration)• Show sensor history• Create statistical reports on car parks, levels, zones, individual bays• Show bay occupation intensity• Optional fire alarm feature, automatic report feature, quickreport feature, barrier

control• ... and many more


1010054


1010053


1010052


1010051

1. Currently available in English, German and Italian2. Audio alarm availability subject to connected speakers




INDECT Data Sheet

© 2011 Indect Electronics & Distribution GmbH IVIS - page 3Last update on: 2011-04-06

IVIS

Installation

Since IVIS runs on an Internet browser, there is no need to install IVIS.

In case there is an updated version of the online help, INDECT will update the online help via remote login (to be provided by the customer) or send you the current version with a quickguide for updating.

Operation on Non-INDECT PCs

For operation on non-INDECT PCs it is required to install either Mozilla Firefox or Internet Explorer 9 on the machine.

To start IVIS in the browser1. Open the browser.2. Type in the IP address of the main ICOM PC in the browser address bar.3. The browser connects to the main ICOM and show IVIS.

To start IVIS via a Desktop shortcut1. Create a shortcut of the browser on the Desktop.2. Right-click on the shortcut and select

Properties.3. In the tab Shortcut, add the IP address of the

main ICOM after the browser path and a blank space, e.g. ...\firefox.exe” http://192.168.0.1

4. Click on OK.5. When you open the shortcut, the browser will

connect to the main ICOM and show IVIS.6. Adjust the IVIS window in size and position.

Alarms and Messages

INDECT Quick Guide

Alarms and MessagesThis document shall give a concise overview of the possible alarms and messages in IVIS and their handling.

Alarm TypesThere are 5 alarm / message types:

Alarm on Entry/Exit

Gives an alarm if a car enters or leaves a space to which to an alarm on entry/exit had been set. If a note had been added to the alarm on entry/exit, this note can be opened in the alarm list, too (by clicking on [more].Default alarm label: alarm_on_entry and alarm_on_exitSample:

Overstayer Alarm

Gives an alarm if a car stays longer than permitted on a space with a configured overstayer alarm (also referred to as "longterm parker"). Overstayer settings can be made for the whole site (global setting) and/or for individual spaces. The individual setting overrules the global one.Default alarm label: longtermSample:

Communication Error

Gives an alarm if • A device could not be reached within a communication cycle (all

COMOs and their connected modules are polled in cycles). Typical: broken sensor or other device.

• A whole Comport cannot be reached (COMO has lost power, is broken, POSU has lost power etc.)

Default alarm label: com_errorSample:

1

Alarms and Messages

INDECT Quick Guide

Connection Error

Connection to other ICOM is lost.Default alarm label: connectedSample:

External Connection Error

Connection to interfaced system is lost.Default alarm label: external_connectedSample:

Alarm ListThe alarm list in IVIS is shown after clicking on the alarm list button

.The following information is given per alarm:

Alarm HandlingAny alarm is shown in the alarm list in IVIS (Internet browser-based administration software). As soon as an alarm is triggered, the alarm button starts to blink.By opening the alarm list (by clicking on the alarm button) all pending alarms are listed.A pending alarm is an alarm that1. Has not been acknowledged yet; or2. has been acknowledged but due to its type remains in the alarm

list until the alarm reason becomes void.If speakers are connected to the operating PC, also alarm jingles can be played. Such audio alarm is then acknowledged by clicking on

(the actual alarm acknowledging, as described below, is still to be done).

Time Alarm Source Value Accept/Delete

Date and time of alarm

Alarm type (see labels above)

E.g. ICOM2.COM06_com_error

E.g. No connection to ICOM2

User who has ack-nowledged the alarm

2

Alarms and Messages

INDECT Quick Guide

Alarm Settings, Default SettingsEach of the five alarm types can be individually configured by INDECT. Configuration is done in accordance with the customer, if required differently to the default settings. If you require any change in your current alarm management after reading this document, please contact INDECT with a list of the alarm type and how you want it to be handled.The following settings can be made:1. Alarm acknowledging:

• Not acknowledgeable: pending alarm is shown in the list and disappears from the list as soon as the alarm source has been fixed or become void. No acknowledging required.

• Inactive by Acknowledge: pending alarm is shown in list, alarm message disappears after acknowlegdement (though the alarm source may still be valid). Default setting for alarm on entry/exit.

• Acknowledge by inactive: pending alarm is shown in list, stays in list after acknowledgement, disappears after the alarm source has been fixed or become void (e.g. overstayer has left, device has been replaced, communication issue has been fixed). Default setting for the other 4 alarm types.

• Acknowledge active or iactive: pending alarm is shown in list, stays after having been acknowledged, even if the source has been fixed or become void. The alarm must be acknowledged.

• Acknowledge active and inactive: pending alarm is shown in list, must be acknowledged, but stays in list until alarm source has been fixed or become void. Requires second acknowledgement after the alarm source has been fixed or become void. After the second acknowledgement the alarm disappears from the list.

2. Alarm color:• For each alarm type, font colour and highlighting color can be

freely set (by INDECT).3. Alarm labels (see above):

• Also the alarm labels (such as com_error or alarm_on_exit etc. - see above) can be changed according to the customer’s requirements.

4. Alarm jingle• If speakers are connected and if audio alarms are required, a

different jingle for each alarm type can be uploaded. Upon request, the customer can provide his own alarm jingles (WAV files required).

3

Alarms and Messages

INDECT Quick Guide

Alarm AcknowledgementAlarms can be acknowledged by anybody operating the system. After acknowledging an alarm, the currently logged-in user is shown in the column Accept/Delete.If a guest (no user logs in) acknowledges an alarm, the field Accept/Delete in the column stays empty.

Further InformationIf a system shows many communication errors or connection error alarms the settings are probably too sensitive, because even a device failing to respond in time for a short period, coming back online shortly afterwards, causes an alarm, although the system performance does not suffer from that. Please contact INDECT if you think that your system is too sensitive, so we can fine-tune alarming.

4




INDECT Data Sheet

© 2013 Indect Electronics & Distribution GmbH INDECT Report Portfolio - page 1Last update on: 2013-05-13

INDECT Report Portfolio


Description

This document describes the reports you can make in an INDECT system. For more information about the INDECT database and how data is stored, please refer to the fact sheet ICOM Database.

Report Types

The following historical data can be retrieved from the system:

• Occupancy (minimum, average and maximum) in per cent and figures• Free spaces (minimum, average and maximum) in per cent and figures• Number of entries to space(s)• Number of exits of space(s)• Average parking duration• Number of spaces• Turnover (number of entries divided through capacity)• Parking duration according to an interval (example: interval = 30 minutes: how many

cars parked for up to 30 minutes, 60 minutes, 90 minutes etc.)• Entries and exits through passage counters (such as barriers, loops etc.)

• Sensor state history: historical status changes of one or several sensors (free, occupied, longterm (= overstayer), reserved, error)

• Long-term parkers: which sensors have been occupied longer than the selected period of time

• Sensor occupation rate: "thermal map" of usage intensity of all individual bays• Playback: go back in time to see the occupancy situation as it was on the car park

drawings and the site structure

Also mixed reports can be created, for example, showing a daily report including the number of entries, the average parking duration and the maximum occupancy in a single report.

INDECT Report PortfolioINDECT Data Sheet

INDECT Report Portfolio - page 2 © 2013 Indect Electronics & Distribution GmbHLast update on: 2013-05-13

Occupancy and Free Spaces Report

This report shows the number or percentage of occupied or free spaces in the car park, level or zones.

It can be retrieved in the following formats: CSV, HTML, PDF table, PDF graph.

Sample graph of occupancy in % over the day

Sample graph of 2 days compared to each other

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INDECT Data Sheet



Number of Entries and Exits Report

To see how many cars have parked and left the spaces in the selected car parks, levels or zones.

Sample PDF report on Entries and Exits of the car park and the levels

Sample HTML report on Entries and Exits of the car park and the levels



Sample CSV report on Entries and Exits of the car park and the levels

Average Parking Duration Report

To show the average parking duration of the respective car parks, levels and zones.

Sample CSV report on Average Parking Duration of the car park and the levels

This report is also available in HTML and PDF format.

INDECT Data Sheet



Parking Duration Report

This report serves for seeing how many cars parked up to a certain time and can be retrieved in HTML, CSV and PDF format and as a graph.

Sample graph report on Parking Duration of the car park, interval: 15 minutes

Same report as above in CSV format, opened in Excel



Entries and Exits of Passage-Counted sections

This report serves for showing the traffic between levels (if counting devices are installed there) or to show which entries and exits are used most often (if these are connected to the INDECT system).

This report is also available in PDF, CSV or HTML format.

Sensor State History

This report serves for learning about the status changes of diverse sensors.

This report is also available in CSV format.

INDECT Data Sheet



Longterm Parkers

This report serves for showing the spaces that have been occupied longer than a defineable time.

This report is also available in CSV format.

Sensor Occupation Rate

This report serves for showing the "hot spots" and the lesser used areas in the car park or level.




INDECT Data Sheet



Playback

The playback allows travelling back in time to see the car park occupancy situation at that time.

Report Generation and Automatic Reports

Reports can be defined in the report tool in IVIS.

• In order to make generation easier, defined reports can be saved. If they are to be generated at a later point of time, they can be opened, modified (for example, date, time, sections etc.) and generated.

• Defined reports can also be generated automatically – to this end, the optional software module Automatic Reports is required. A defined and saved report is added in the Schedule in IVIS, and generated and saved automatically in a folder on the ICOM PC (called \report_data) in the ICOM root.

• Automatic reports can also be automatically sent via email to defined email addresses.

Quickreports

Quickreports operate like automatic reports: predefined reports are automatically generated. In contrast to automatic reports, quickreports can be opened directly in IVIS, where they are listed. For each quickreport it can be specified how many of them shall be kept. Older quickreports are automatically deleted.

Examples:

• current day report (generated every hour with the data of the current day)• previous day• previous week• previous month

Quickreports are saved in the folder \quick_report in the ICOM root.

They can be generated in PDF (table or graph).

Quickreports can also be accessed via the Dashboard (optional software module for overview of all registered sites via the Internet).




INDECT Data Sheet

© 2010 Indect Electronics & Distribution GmbH Quickreport - page 1Last update on: 2010-03-17

Quickreport

Quickreport

Description

INDECT provides the optional feature Quickreport to generate predefined statistical reports automatically. These PDF quickreports can cover the current day, the last day, last week or last month and can be opened directly in IVIS. Users will see a list of the latest reports in IVIS, which they can open with a simple mouse-click.

Advantages

• Fast access to predefined current, daily, weekly or monthly reports without having to define report settings every time you want to generate a report.

• Define your current daily, weekly, monthly reports only once in IVIS.• The template-based reports are generated automatically in PDF format.• Open the reports directly in IVIS.• To keep the overview, only the latest reports are shown. Older reports are deleted

automatically. How many reports are kept is subject to user settings.

Commercial Data

Installation

This feature must be licensed by INDECT to become operational.

To obtain a license, place a purchase order. For the current price of the Quickreport feature, contact INDECT or your system partner.

The Quickreport feature will be installed and configured by INDECT (remote access required) or your system partner.



Weight per unit

QuickreportOptional software module for quickreports

101015




INDECT Data Sheet

© 2010 Indect Electronics & Distribution GmbH Automatic Reports - page 1Last update on: 2010-03-17

Automatic Reports

Automatic Reports

Description

INDECT provides the optional feature Automatic Reports to generate predefined statistical reports automatically each day at a certain time. The generated reports are placed in a freely definable folder on your ICOM computer and/or sent automatically to a freely definable email address (Internet connection required).

Advantages

• Define your daily, weekly, monthly reports only once in IVIS and save the report templates.

• The template-based reports are generated automatically in PDF or CSV format.

• You can open the reports directly in Windows ExplorerTM (PDF reader for PDF reports or spreadsheet application such as Microsoft ExcelTM or OpenOffice CalcTM for CSV reports required).

• The reports can be sent directly to a specified email address (Internet connection required).

Commercial Data

Installation


To obtain a license, place a purchase order. For the current price of the Automatic Report feature, contact INDECT or your system partner.

The Automatic Report feature will be installed and configured by INDECT (remote access required) or your system partner.



Weight per unit

Automatic ReportsOptional software module for automatic and email reports

101016

INDECT Data Sheet

© 2013 Indect Electronics & Distribution GmbH Interface to SKIDATA Hostcomm - page 1Last update on: 2013-05-13

Interface to SKIDATA Hostcomm


Description

INDECT provides the optional feature Interface to SKIDATA Hostcomm to integrate counting information from the SKIDATA system. INDECT can receive counting data from the SKIDATA system and also send the command "FULL" (if a level or car park etc. is fully occupied) to improve the performance of a car park equipped with both systems.

The SD-Interface can be used for three purposes:

1. Precounting of vehicles entering a section with bay monitoring via a barrier: the responsible section sign counts down immediately when a car enters the section and does not wait until the car has parked on a free bay. This avoids that cars entering a section do not find a free bay—because the responsible signage reacts immediately when a car enters the section.

Each car that enters receives a time stamp (which is predefinable and has to match the facility size) and is counted as an entering vehicle. When the car is parked underneath a sensor the time stamp is deleted and the car is deleted from the entering cars, the signs shows the same counting value as before. When the time stamp expires, and the car has not parked underneath a sensor, the time stamp is deleted as well, since the car does not occupy a bay. The responsible signage counts one up. Thus the signs always show the real occupancy of their section, since the INDECT system always knows how many cars have entered and how many have actually parked.

When a car leaves its bay, the signs receive this information immediately as well from the INDECT system, counting 1 free bay up at once.

With this feature, it is always clear how many cars are on their way to a free bay, how many cars are parked, and how many cars have left their bay and head towards the exit.

2. Close barriers signal to SKIDATA: when a level, or car park, is full, INDECT gives this information to the SKIDATA system, which closes the barriers until a bay of the sensor-monitored section to be counted gets free.

3. Counting the entries and exits of sections without bay monitoring which have a barrier.

Function

The INDECT-SKIDATA Interface will require SKIDATA Hostcomm Standard 2.

In a nutshell, the SKIDATA system configuration comprises the following elements which are necessary to configure the interface:

• Facility ID• IP• Car Park IDs (0, 1, 2 etc.)• Counting Categories (Short-term, contract parker etc.)• Device IDs (e.g. barrier 42, 43, 44 for entry; barrier 81, 82, 83 for exit)

Due to the Counting Categories, the SD system knows which tickets to issue and due to the Car Park IDs and Device IDs the system knows where the cars enter or exit.

These data are transmitted to INDECT via the Hostcomm protocol.




INDECT Data Sheet

Interface to SKIDATA Hostcomm - page 2 © 2013 Indect Electronics & Distribution GmbHLast update on: 2013-05-13


During the INDECT configuration, so-called virtual SDIPT-Modules (SKIDATA INPUT) are installed and configured. In their function, they correspond to INDECT‘s Multifunction Module, providing + for cars entering and - for cars leaving a certain section.

So when a car enters a level and receives a ticket from SKIDATA, the SD system knows that, for example, a short-term parker enters Car Park 2. This information is given to INDECT, resulting in a + count (= car in) for Car Park 2.

Advantages

• Process counting information without additional hardware required• Close/open barriers when the car park is full/1 space becomes free• Precounting of sensor-monitored zones• Zone counting of zones without sensors

Commercial Data

Installation

This feature must be licensed by INDECT to become operational.To obtain a license, place a purchase order. For the current price of the software module, contact INDECT or your system partner. The software module will be installed and configured by INDECT or your system partner.As for the price and installation of the Hostcomm itself, please contact your SKIDATA supplier.



Weight per unit

Interface to SKIDATA HostcommSoftware interface to SKIDATA Hostcomm; for zone counting and precounting via barrier system and for barrier blocking in case of full zones

101019




INDECT Data Sheet

© 2010 Indect Electronics & Distribution GmbH Web Interface - page 1Last update on: 2010-09-16

Web Interface

Web Interface

Description

INDECT provides the optional feature Web Interface to transmit car park relevant data (for example, number of free spaces of a car park, level or other section) for occupancy data exchange between INDECT and other systems.

Possible areas of application:

• Publishing real-time occupancy, number of free spaces of a car park, level etc. on a website (for example, the operator‘s)

• Sending real-time occupancy information to city VMS• Sending occupancy data to any other system (for example, a database)

Technical InformationProvision of INDECT data will be carried out via HTTP GET request. The retrieved data is in JSON format and can be processed in any programming language for which a JSON parser is available (i.e. Javascript, C+, C++, PHP etc.).

Commercial Data

Installation


To obtain a license, place a purchase order. For the current price of the Web Interface feature, contact INDECT or your system partner.

A local web administrator or software engineer will be required to implement the required environment in the 3rd-party system. INDECT will provide a manual on the HTTP request and JSON response to be processed.



Weight per unit

Web InterfaceOptional software module to transmit data from the INDECT system to other systems

101024

Documents

UPSOLUT MCS INDECT Data Sheet Data Sheet ©2015 Indect Electronics & Distribution GmbH UPSOLUT MCS - page 3 Last update on: 2015-08-25 UPSOLUT MCS Features and Options • Reliable