Networked Multi-Elevator Controller
EntryPass EP.NE4800.PSU
New Concept of lift controller
with onboard network communication port not only provides
the basic connectivity but also security, speed performance,
improve stability and management of multi-elevator lift car
in a single spot therefore greatly increasing value and cost effectiveness
Support up to massive floors access
The lift controller shall able to support up to 512 floors access
via passive I/O board expansion sharing among lift floors access
Passive Output Board
via passive I/O board expansion sharing among lift floors access
OSDP Wiegand converter
The lift controller shall able to provide up to 8 units of
wiegand reader interface with OSDP converter connecting to a lift controller
wiegand reader interface with OSDP converter connecting to a lift controller
Passive Output Board
Flexibility and easy to assign any range or individual port among the passive
I/O expension board that serving up to 128 floors access each to any elevator car
I/O expension board that serving up to 128 floors access each to any elevator car
Multiple elevetor cars
Provide cost effectiveness on the controller implementation cost by supporting up to 4 units elevator cars
Dynamic I/O Assignment (Reader / Output)
Expanding I/O availability, each controller control up to 32 floors, when multiple controllers connected
by single daisychained line, it canforms a maximum of 128 floors control per line.
OSDP Wiegand Converter
OSDP Reader Interface, connecting up to a maximum of 2 readers.
POB Hardware Specification
Dynamic I/O Assignment (Reader / Output)
Multiple Wiegand Group for various card formats
10 sets of Facility Code
Support 128bits AES Encryption for communication
Adopted standard OSDP Protocol
Support a maximum of 30,000 card holder,80,000 event transaction
Support a maximum of 4 elevator cars, with each elevator serving up to 128 floors
Support a maximum of 512 controllable floors
Flexible I/O Partitioning
POB Passive Output Board
Expanding I/O availability, each controller control up to 32 floors, when multiple controllers connected
by single daisychained line, it canforms a maximum of 128 floors control per line.
OSDP Wiegand Converter
OSDP Reader Interface, connecting up to a maximum of 2 readers.
POB Hardware Specification
| Specification | Description |
| MCU | STM32F072C8T6 Cortex M0 @ 48MHz |
| MCU RAM | 64 KB |
| MCU ROM | 16 KB |
| Operation Voltage | +12V |
|
Max Current consumption @12V (All relays are ON) |
POB(32O4I) : 410mA |
| Min Current consumption @12V | POB (32O4I ): 25 mA |
| Output type | POB: Max 32 number of SPDT type Connections |
| Output connection spec | Refer to Relay switching characteristic |
| Input type | POB (32O4I): Max 4 number of supervised inputs |
| Supervised Input channels bias voltage | +12V (internal pull up) |
| Communication ports | One Isolated and protected RS485,One CAN bus |
| Processing power extension | SODIMM 204 pin to support A20 core board |
