Features:
·32 bit Processor, 2 watch-dogs
·Open Architecture Communication Protocol
·Supporting up to 16 floors
·Expandable up to 128 floors with 7 x LPU8111 Modules
·Supporting up to 30,000 cardholders
·Stores up to 200,000 transactions
·Supporting Wiegand 24 to 72 bits (Fingerprint, EM, Mifare, Mifare CPU, HID Proximity, HID iClass) Supporting
RS-485 and TCP/IP Communication
Specifications:
·8 bit processor
·2 Watchdogs
·16M ROM Process Memory
·4M SRAM Data Memory
·30,000 Cardholders
·200,000 Transactions
·Maximum LAN Distance: 1200 meters (4000ft) using RS-485
·Operating Voltage: 12V DC (±10%)
·110/220 AC (50/60HZ) switched mode 12V DC 6A Power Supply c/w 13.8V DC battery charging circuit
·Operating Current: ≤800mA
·Standby Current:≤150mA
·Working Temperature: -40°C~70°C
·Data Memory: 4M bit (protected)
·1 Lithium battery backup (up to 10 years data retention)
·Metal case dimensions:403mm x 384mm x 72mm
The diagram below shows how 4 x LPU8110NT Lift Controllers are connected via a Switch Hub
to a computer running Sphinx4 Integrated Security Systems software. In this diagram the lift
controller and the card reader are housed in the lift car. Note that this is only one option as many
lift companies prefer to locate the 3rd party lift controllers in the Lift Machine room with only the
actual card reader being located in the lift. As long as the security installation company has the
ability to interface to the lift buttons then the location of the controller is secondary.