Features

• 8 digit LCD display

• 8mm digits

• Reset button with locking function

• 8 years battery lifetime

• Electrical or manual reset input

• Setting time mode (through electrical control)

• For front panel mounting

• 24x48mm housing

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The SBPSUSL45 sensor is installed at the lane side pointing at the carpark bay at an angle of 45 degrees and detects cars parked in the bay.

The parking bay status is indicated by the builtin high-bright RGB LEDs, clearly visible in a 360° visual angle.

The LED colours to use for status indication are freely configurable, and they can be changed in daily operation through the UWP 3.0 configuration software. Typically, green is used for “vacant”, red is used for “occupied”, blue is used for “disabled people” and amber is used for “booked”.

Each sensor needs to be connected to the Dupline® 3-wire bus.

The bus provides power and enables the sensors to transmit the status to the carpark controller UWP 3.0 / SBP2CPY24, which keep track of the number of available parking spaces in an area and shows the result on the connected displays.

Benefits

• 2-in-1 : sensor and RGB LED Indicator in one unit

• Easy and fast installation

• Automatic temperature compensation

• Clearly visible LED indication in a 360° visual angle

• Select between 8 LED colours to indicate for instance “vacant”, “occupied”, “booked”, “disabled people”

• Straightforward commissioning: programming and test by using the configuration software

Features

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SBPWSIx is designed to be buried under the parking bay and it will be completly invisible.

It detects the occupied/free status of the parking bays by using the earth’s magnetic field.

The sensor is available in two versions according to the communication protocol: Long Range wireless/LoRaWAN® or NB-IoT.

The SBPWSI1 sensor can be configured to transmits the parking bay status to the central gateway SBPCWSI1 using Long Range wireless communication or directly to the LoRaWAN® networks, while the SBPWSI2 sensor communicate directly to the NB-IoT bridges and then to the cloud.

Benefits

• Long life lithium battery. Up to 10 years.

• Wide temperature range. -40°C to +85°C.

• Long range communication. Up to 2 Km in urban environment, 250 m in typical applications.

• Available in different version. Long Range wireless, LoRaWAN® or NB-IoT.

• Easy and invisible installation. Flush mount under the road surface.

• Strong resistance. To mechanical influences and heavy traffic.

• Reduced operating costs. Once installed, no maintenance is required.

Features

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The SBPSUSCNT counter is a sensor designed to count cars that pass under the sensor at a speed of up to 20 Km/h. The sensor has to be installed in the driving lane, in ramps among floors or entrances and exits of a parking area.

To reach the best measuring result, use two SBPSUSCNT sensors for each detection point. All the sensor parameters are freely configurable, and they can be changed in daily operation through the UWP 3.0 configuration software. Each sensor needs to be connected to the Dupline® 3-wire bus.

The bus provides power and enables the sensors to transmit the status to the carpark controller UWP 3.0 / SBP2CPY24, which counts the numbers of cars entering or leaving the parking area and shows the result on the connected displays.

Benefits

• Easy and fast installation

• Automatic temperature compensation

• Clearly visible LED indication in a 360° visual angle

• Fast detection of cars at a speed of up to 20 Km/h

• Straightforward commissioning: programming and test over the network by using the configuration software

Features

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The SBPILED indicator has to be installed outside the parking bay, in the driving lane.

It is used together with the SBPSUSL sensor if the sensor LEDs are not visibile from the lane side.

The LED colours to use for status indication are freely configurable, and they can be changed in daily operation through the UWP 3.0 configuration software. Typically, green is used for “vacant”, red is used for “occupied”, blue is used for “disabled people” and amber is used for “booked”.

Each sensor needs to be connected to the Dupline® 3-wire bus.

The bus provides power and enables the sensors to transmit the status to the carpark controller UWP 3.0 / SBP2CPY24, which keep track of the number of available parking spaces in an area and shows the result on the connected displays.

Benefits

• Easy and fast installation

• Automatic temperature compensation

• Clearly visible LED indication in a 360° visual angle

• Select between 8 LED colours to indicate for instance “vacant”, “occupied”, “booked”, “disabled people”

• Straightforward commissioning: programming and test by using the configuration software

Features

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It is a base holder for the SBPSUSxxx sensors and SBPILED indicator.

The base holder contains the wiring terminals, the chip with the SIN code and a RJ12 connector for the sensor / indicator.

It is designed for ceiling mounting where the cables or wires enter the base holder from the side.

Benefits

• Plug & Play installation

• One base holder suitable for the SBPSUSxxx sensors and SBPILED indicator

• On board chip with the SIN code and detachable connector for Dupline® 3-wire

Features

The post Carpark Base Holder appeared first on SCL System.

It is a base holder for the SBPSUSxxx sensors and SBPILED indicator.

The base holder contains the wiring terminals, the chip with the SIN code and a RJ12 connector for the sensor / indicator.

It is designed for cable tray and conduit/ pipe mounting where the wires enter the base holder from the top.

Benefits

• Plug & Play installation

• One base holder suitable for the SBPSUSxxx sensors and SBPILED indicator

• On board chip with the SIN code and detachable connector for Dupline® 3-wire

Features

The post Carpark Base Holder appeared first on SCL System.

The SBP2WEB24 Carpark Controller is part of the Dupline® Carpark system.

In addition to the Carpark sensors, indicators and display interfaces, it is also possible to connect other sensors and I/O-modules like PIR detectors, lux sensors, light switches, relay modules and DALI dimmers, thereby allowing energy saving functions for lighting and ventilation to be implemented in the same controller and network that manages the Carpark system.

The various I/O’s and function parameters are available as BACnet/IP objects through the Ethernet port, thereby allowing seamless integration with any building management system.

The SBP2WEB24 also features a Carpark management software implemented as webserver, with graphical user interface for monitoring and booking, alarm handling and statistics functions, all available through a standard browser.

Features

• Compact and flexible Carpark Controller

• Parking guidance, booking, carpark management and smart building controls in one system

• Energy savings through active occupancy management and lighting/ventilation control

• Can manage up to 7 Dupline® 3-wire networks, each with up to 90 carpark sensors

• Possibility to link up 10 controllers together with SBP2CPY24 carpark server

• Seamless integration with BMS through BACnet/IP

• Built-in webserver with user interface for carpark management software

• User-friendly PC-based configuration tool

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SBP2CPY24 aggregates data from multiple installations in single centralized database, allowing user to access them anywhere by a standard Webbrowser, through a highly interactive interface.

All data are available as charts, tables and reports based on XLS format.

Features

• Micro PC with Web-server capability

• Linux embedded operating system

• Distributed installations management (up to 10)

• Database replica from up to 10

• Data export in Excel® format

• One Ethernet port

• One multipurpose USB 2.0 ports

• 12 to 28 VDC power supply

• Dimensions: 2-DIN modules

• Protection degree (front): IP40

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It is used for guiding in car park facilities.

The displays can be programmed via the webbased configuration software: the available spaces can be displayed by means of different combinations of digits and symbols.

The displays are compatible with the Carpark systems based on the UWP 3.0/SBP2CPY24 controller and they must be connected to the display interface SBP2DI48524.

Benefits

• Robust and aesthetic look display made of aluminium.

• Bright RGB LED matrix.

• The colour of the numeric digits can be selected between 7 available.

• Digits and symbols displayed in different combinations.

• Viewing distance up to 50 metres.

• Adjustable brightness with 4 light levels.

• Indoor and outdoor use.

• Temperature range down to -30 ˚C.

• Comunication via bus or API.

• Programmable custom messages.

• Programmable digit dimensions.

Features

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