Specification
| Product model | |
| Specification and size | 320×260×90mm |
| Net weight | 3.5Kg |
| Housing material | Galvanized plate |
| Node capacity | RS485:50 pcs (including detector and guide split screen) Powerbus:42pcs (including detector and guide split screen) |
| Operating voltage | AC 110～240V |
| Operating temperature | -30 ~ +75℃ |
| Communication mode | 1-route Ethernet
1-route RS485
1-route RF470MHz |
| Communication distance | Ethernet: ≤100m
RS485: ≤300m
RF470MHz: ≤50m |
| Power consumption | ≤2W(Own power consumption, without detector) |
Table 3.1 Technical parameters of the indoor zone controller
System architecture
Product Description
The indoor Ethernet wireless zone controller manages its subordinate wireless devices (wireless parking indicators, wireless parking detectors), and uploits the parking status information to the server through the CAN bus. At the same time, the indoor Ethernet wireless zone controller is compatible with the wired equipment of the system, which is fully satisfied with the mixed use of mechanical parking Spaces and ordinary parking Spaces.
Product Features
1) Adopt the international advanced 32-bit ARM processor, the whole industrial design, to ensure the stability and reliability of the product;
2) The whole system controller can be upgraded remotely, which is convenient for system maintenance and upgrading, and always meets user needs;
3) CAN, RS485/powerbus hybrid networking, strong networking capability, stable and reliable data communication, long transmission distance;
4) Optional independent dual RS485 interface and single powerbus interface, RS485 single can be connected to a maximum of 25 devices, powerbus single can be connected to a maximum of 42 devices, the detector can be large capacity, high efficiency;
5) The equipment has short-circuit, overvoltage and overload protection functions to prevent electrical damage to related equipment due to wiring errors during construction;
6) The overall industrial design, through strict static electricity, lightning and surge, group pulse testing, effectively ensure the reliable use of equipment;
7) It can quickly and effectively detect various states of the equipment, detect the communication of the equipment with one key after installation, and quickly diagnose the bus connection.
8) Support remote upgrade.
Product Installation
The indoor zone controller is usually installed on a column or wall, and is recommended to be installed at a height of 2 meters or more. The installation diagram is shown in Figure 4.1:
Parking Control K04ZWEthernet Indoor Wireless Zone Controller ultrasonic PGS
