- 工作电压:
- DC12V
- 脱机存储记录容量:
- 10000条
- 读卡距离:
- 7-10cm
Parking lot management system.
①
Introduction
The parking lot management system is a network built through computers, network equipment, and lane management equipment to manage the entry and exit of vehicles in the parking lot, guide the traffic flow in the parking lot, and collect parking fees. The system is an essential tool for professional parking lot management companies. It collects and records vehicle entry and exit records and site locations to achieve dynamic and static comprehensive management of vehicle entry and exit and vehicles in the site. The system generally uses a radio frequency induction card as a carrier to record vehicle entry and exit information through the induction card, and completes the charging strategy through management software to realize toll accounting management, lane equipment control and other functions.
②
System Overview
The system adopts r communication mode, adopts advanced database system, is simple to operate, integrated and can run offline. All interfaces of external D/reading heads adopt lightning protection mode to ensure the stability of the system. Access control card system and long-distance non-stop system can be established according to customer requirements.
③
Performance advantages
d can meet the requirements of two-way card reading and two-way D card reading/D compatible on one motherboard
d card write sector operation is a unique card Offline charging reduces dependence on computers or networks
d At the same time, the D card can be operated offline
d The plug-in voice module can be connected to the Chinese D display screen and realize offline control
d Can offline broadcast and display monthly truck license plate number of /D card
d Online upgrade hardware program upgrade only needs to download the program package
d Embedded charging modes in multiple areas can be freely set
/>d Freely set up various operation modes of large parking lots, small parking lots or semi-nested parking lots.
④
Technical parameters
d Working voltage: D
d Working environment humidity: -
d Relative humidity: %
d Communication interface:
d Communication baud rate: