
CP3 version 3003
10
The sensor/base must be mounted either on the ceiling or a rail. Daisy-chain all the sensor bases and
display interface modules in the lane with the Dupline® 3-wire bus. Power the system and program the
sensors and displays by means of the SBP2WEB24 programming tool.
Design of the placement of sensors, indicators, cable trays and cabinets.
If you use the 45-degree angled sensor SBPSUSL45, it is essential to mount it at a distance of between 2 and
2.5 m from the floor.
If you use the vertical sensor SBPSUSL, the maximum height must not exceed 4 m (13.2 feet). If so, it is
important that the sensor is lowered by means of ceiling mounting brackets.
The sensor must be mounted with a vertical deviation of m/- 5°.
Using external LED indicator SBPILED, please make sure they are installed in the lane, so that they are
visible for drivers at a satisfactory distance.
Use aesthetic cable rails, where sensors can be installed and cables can be pulled and mounted.
Place cabinets in a logical way with short distances to the lanes to avoid long cables. For example, place
many small cabinets in the area or on the floor or place a big cabinet in the middle of the area or floor.
Phase 4: Dupline
®
Parking Guidance Software
Use an existing IP network or create a new TCP/IP network.
Determine the number of spaces to be monitored on each level and in total.
Require parking drawings in JPEG, PNG or PDF to be imported into the carpark software.
Seven pieces of SBP2MCG324s can be multi-dropped to a single SBP2WEB24 controller. To enlarge your
carpark system, the carpark server SBPCPY24 can operate with 10 SBP2WEB24 modules.