ENTRYPASS EP.NE4800 User manual

Copyright © Entrypass Corporation
ENTRYPASS TECHNICAL –WIRING GUIDE
Version: 1.01
Last Updated: 11-04-2017
EP.NE4800 WIRING GUIDE

Copyright © Entrypass Corporation
ENTRYPASS TECHNICAL –WIRING GUIDE
Notes:
NE4800 is the network enabled lift controller.
NE4800 work together with a POB board and a WIE.485 board can cater up to 32 floors.
It can connect up to 16 POB boards which can cater maximum 512 floors.
NE4800 can connect up to 4 WIE.485 and each WIE.485 can connect 2 readers (Reader Type:
Standard Wiegand).
It also support multi bit custom Wiegand format (Wiegand Group) for each reader.
4 key switch can be connected to POB board.
See http://www.entrypass.net/ for updates, revisions, and download the latest installation
manual
Platform1 version 3 support 6 and 10 digits format.
For existing site, P1 will detect its card database to determine 6 or 10 digits; For new site, user
can change the digits as long as the card database is empty.
Please refer to separate EntryPass Platform1 User Manual for detail operation help. The Official
EntryPass Platform1 User Manual can be downloaded from our website under “Download”
section.

Copyright © Entrypass Corporation
ENTRYPASS TECHNICAL –WIRING GUIDE
Technical Support
If you cannot find the answer to your question in this manual or in the Help files, we recommend you
contact your system installer. Your installer is familiar with your system configuration and should be able
to answer any of your questions.
Should you need additional information, please call our Technical Support Help desk, Monday to
Friday 9:00 AM to 6:00 PM (GMT +8:00)
Method Details
Phone + 60 (3) - 8068 1929
Fax + 60 (3) - 8068 1922
Internet www.entrypass.net
Email [e-mail]
BEFORE YOU BEGIN

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ENTRYPASS TECHNICAL –WIRING GUIDE
CAUTION
Battery may explode if mistreated. Do not recharge,
disassemble or dispose of in fire. To prevent a risk of explosion
do not pry the battery out with a metal or conductive tool.
Preparing Your EntryPass Controllers
EntryPass controller contains numerous delicate electronic circuits and components which can become
damaged as a result of electrostatic discharge (ESD). Thus, prior to installation, please follow the instruction
below:
•Observe precautions while handling the circuit board assembly by using proper grounding straps and handling
precautions at all
•Visually ensure no onboard parts is broken, damage or contains burn mark
•Do not turn on the power supply until you completed all wiring and external add on devices installations
Instances of Non-Warranty
•Damage due to natural disaster, accident or human cause.
•Damage as a result of violating the conditions recommended in the user manual
•Damage due to improper installation
•Damage due to use of uncertified components
•Damage due to use exceeding the permitted parameters
Considerations Prior to Installation

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ENTRYPASS TECHNICAL –WIRING GUIDE
NE4800 ( HCB with ComGateway board )
RESET COLD
C1-C2+ C2- C1+
C4+ C4- C3+ C3-C2+ C2- C1+ C1-
C3+ C3-
C4-C4+

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ENTRYPASS TECHNICAL –WIRING GUIDE
RESET COLD
C1-
C2+ C2- C1+
C4+ C4- C3+ C3-C2+ C2- C1+ C1-
C3+ C3-
C4-
C4+
Reset MCU ( WIE.485 )
Reset MCU ( POB )
Onboard Power LED
COM Rx/Tx LEDs
MCU ( POB )
MCU ( WIE.485 )
ComGateway Component Description

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ENTRYPASS TECHNICAL –WIRING GUIDE
RESET COLD
DRB1-
DRB2+ DRB2- DRB1+DRB4+ DRB4- DRB3+ DRB3-IOB2+ IOB2- IOB1+ IOB1-IOB3+ IOB3-IOB4-IOB4+
ON
1 2 3 4 5
ERRCOLACTBUSY HRT
RESET
COLD
BUZ
RLY1 RLY2
RLY3 RLY4
U1
TX3RX3RX2RX1 TX2TX1
U11
U10
U8
JP5 JP4 JP3
ADDR 1 2 4 8 16
ON
OFF
JP1
1 2
7 8
GND-ETH
OUT1 OUT2
OUT3 OUT4
JP7
JP6
1JP2 BAT
LOWER CONNECTOR
UPPER CONNECTOR
CN1
ENTRYPASS
http://www.entrypass.net
HCB-A-03-FAB
JP7
1-2: 12V
2-3: 5V
JP6
1-2: 12 V
2-3: 5V
JP2
1-2 : BUZ ON
NULL: BUZOFF
PSU CONNECTOR
CN14
2
1
Connecting the ComGateway board to NE4800
NE4800
HCB Controller
(On Bottom)
ComGateway Board
(On Top)

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ENTRYPASS TECHNICAL –WIRING GUIDE
C1-
C2+ C2- C1+C4+ C4- C3+ C3-C2+ C2- C1+ C1-C3+ C3-C4-C4+
WIE.485POB
POB Connector
C4+ - POB 4 RS485 (+) Connection
C4- - POB 4 RS485 (-) Connection
C3+ - POB 3 RS485 (+) Connection
C3- - POB 3 RS485 (-) Connection
C2+ - POB 2 RS485 (+) Connection
C2- - POB 2 RS485 (-) Connection
C1+ - POB 1 RS485 (+) Connection
C1- - POB 1 RS485 (-) Connection
ComGateway Output Connector
WIE.485 Connector
C4+ - WIE.485 4 RS485 (+) Connection
C4- - WIE.485 4 RS485 (-) Connection
C3+ - WIE.485 3 RS485 (+) Connection
C3- - WIE.485 3 RS485 (-) Connection
C2+ - WIE.485 2 RS485 (+) Connection
C2- - WIE.485 2 RS485 (-) Connection
C1+ - WIE.485 1 RS485 (+) Connection
C1- - WIE.485 1 RS485 (-) Connection
Each POB RS485 connection can support Max. 4 unit POB
controller

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ENTRYPASS TECHNICAL –WIRING GUIDE
+12V - Power Supply Positive 12V DC
-12V/GND - Power Supply Ground
ETH - Power Supply Earthing
ACC - AC Fail Monitoring
BAT/BS - Backup Battery Monitoring
+12V
-12V/
GND ETH ACC
BAT/
BS
Power Supply Connector
BAT/BS (Backup Battery Monitoring) point will monitor the backup battery
voltage which will supply power to the board when AC power is cut off
The minimum voltage for cutoff while using backup battery is 10V
Legend Description

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ENTRYPASS TECHNICAL –WIRING GUIDE
ENTRYPASS
Power Supply Unit Specification:
•Switching Power Supply
•12V DC
•3 Amp (Minimum)
Power Supply Unit Specification

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ENTRYPASS TECHNICAL –WIRING GUIDE
POB ( Passive Output Board ) Component Description
NO17 COM17 NC17 NO19 COM19 NC19 NO21 COM21 NC21 NO23 COM23 NO25NC23 COM25 NC25 NO27 COM27 NC27 NO29 COM29 NC29 NO31 COM31 NC31
NO18 COM18 NC18 NO20 COM20 NC20 NO22 COM22 NC22 NO24 COM24 NO26NC24 COM26 NC26 NO28 COM28 NC28 NO30 COM30 NC30 NO32 COM32 NC32
NO15 COM15 NC15 NO13 COM13 NC13 NO11 COM11 NC11 NO9 COM9 NO7NC9 COM7 NC7 NO5 COM5 NC5 NO3 COM3 NC3 NO1 COM1 NC1
NO16 COM16 NC16 NO14 COM14 NC14 NO12 COM12 NC12 NO10 COM10 NO8NC10 COM8 NC8 NO6 COM6 NC6 NO4 COM4 NC4 NO2 COM2 NC2
IN1 IN2 GND
IN3 IN4 GND
+12V GND ETH GND
(485) C- C+
PG BT.MON X GND CAN_H CAN_L
ON
P8
1 2 3 4 5 6 7 8
Digital Output Connector 1
Digital Output Connector 2
RS485
Com
Connector Power
Connector
Address
DIP
Switch
Onboard Power LED
Reset
MCU
Output
Relay
Terminator
Jumper

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ENTRYPASS TECHNICAL –WIRING GUIDE
NO15 COM15 NC15 NO13 COM13 NC13 NO11 COM11 NC11 NO9 COM9 NO7NC9 COM7 NC7 NO5 COM5 NC5 NO3 COM3 NC3 NO1 COM1
NC1
IN1 IN2 GND NC1
Upper Connector
POB Digital Output Connector 1 (Upper)
Upper Connector
NC1 - Relay 1 Normally Close Connection
COM1 - Relay 1 Common Input
NO1 - Relay 1 Normally Open Connection
NC3 - Relay 3 Normally Close Connection
COM3 - Relay 3 Common Input
NO3 - Relay 3 Normally Open Connection
NC5 - Relay 5 Normally Close Connection
COM5 - Relay 5 Common Input
NO5 - Relay 5 Normally Open Connection
NC7 - Relay 7 Normally Close Connection
COM7 - Relay 7 Common Input
NO7 - Relay 7 Normally Open Connection
NC9 - Relay 9 Normally Close Connection
COM9 - Relay 9 Common Input
NO9 - Relay 9 Normally Open Connection
NC11 - Relay 11 Normally Close Connection
COM11 - Relay 11 Common Input
NO11 - Relay 11 Normally Open Connection
NC13 - Relay 13 Normally Close Connection
COM13 - Relay 13 Common Input
NO13 - Relay 13 Normally Open Connection
NC15 - Relay 15 Normally Close Connection
COM15 - Relay 15 Common Input
NO15 - Relay 15 Normally Open Connection
GND - Inputs Ground
IN2 - Input 2
IN1 - Input 1

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ENTRYPASS TECHNICAL –WIRING GUIDE
NO16 COM16 NC16 NO14 COM14 NC14 NO12 COM12 NC12 NO10 COM10 NO8NC10 COM8 NC8 NO6 COM6 NC6 NO4 COM4 NC4 NO2 COM2 NC2IN3 IN4 GND
Lower Connector
POB Digital Output Connector 1 (Lower)
Lower Connector
NC2 - Relay 2 Normally Close Connection
COM2 - Relay 2 Common Input
NO2 - Relay 2 Normally Open Connection
NC4 - Relay 4 Normally Close Connection
COM4 - Relay 4 Common Input
NO4 - Relay 4 Normally Open Connection
NC6 - Relay 6 Normally Close Connection
COM6 - Relay 6 Common Input
NO6 - Relay 6 Normally Open
NC8 - Relay 8 Normally Close Connection
COM8 - Relay 8 Common Input
NO8 - Relay 8 Normally Open Connection
NC10 - Relay 10 Normally Close Connection
COM10 - Relay 10 Common Input
NO10 - Relay 10 Normally Open Connection
NC12 - Relay 12 Normally Close Connection
COM12 - Relay 12 Common Input
NO12 - Relay 12 Normally Open Connection
NC14 - Relay 14 Normally Close Connection
COM14 - Relay 14 Common Input
NO14 - Relay 14 Normally Open Connection
NC16 - Relay 16 Normally Close Connection
COM16 - Relay 16 Common Input
NO16 - Relay 16 Normally Open Connection
GND - Inputs Ground
IN4 - Input 4
IN3 - Input 3

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ENTRYPASS TECHNICAL –WIRING GUIDE
NO19 COM19 NC19 NO21 COM21 NC21 NO23 COM23 NC23 NO25 COM25 NO27NC25 COM27 NC27 NO29 COM29 NC29 NO31 COM31 NC31
NO17 COM17 NC17
Upper Connector
POB Digital Output Connector 2 (Upper)
Upper Connector
NO17 - Relay 17 Normally Open Connection
COM17 - Relay 17 Common Input
NC17 - Relay 17 Normally Close Connection
NO19 - Relay 19 Normally Open Connection
COM19 - Relay 19 Common Input
NC19 - Relay 19 Normally Close Connection
NO21 - Relay 21 Normally Open Connection
COM21 - Relay 21 Common Input
NC21 - Relay 21 Normally Close Connection
NO23 - Relay 23 Normally Open Connection
COM23 - Relay 23 Common Input
NC23 - Relay 23 Normally Close Connection
NO25 - Relay 25 Normally Open Connection
COM25 - Relay 25 Common Input
NC25 - Relay 25 Normally Close Connection
NO27 - Relay 27 Normally Open Connection
COM27 - Relay 27 Common Input
NC27 - Relay 27 Normally Close Connection
NO29 - Relay 29 Normally Open Connection
COM29 - Relay 29 Common Input
NC29 - Relay 29 Normally Close Connection
NO31 - Relay 31 Normally Open Connection
COM31 - Relay 31 Common Input
NC31 - Relay 31 Normally Close Connection

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ENTRYPASS TECHNICAL –WIRING GUIDE
NO20 COM20 NC20 NO22 COM22 NC22 NO24 COM24 NC24 NO26 COM26 NO28NC26 COM28 NC28 NO30 COM30 NC30 NO32 COM32 NC32NO18 COM18 NC18
Lower Connector
POB Digital Output Connector 2 (Lower)
Lower Connector
NO18 - Relay 18 Normally Open Connection
COM18 - Relay 18 Common Input
NC18 - Relay 18 Normally Close Connection
NO20 - Relay 20 Normally Open Connection
COM20 - Relay 20 Common Input
NC20 - Relay 20 Normally Close Connection
NO22 - Relay 22 Normally Open Connection
COM22 - Relay 22 Common Input
NC22 - Relay 22 Normally Close Connection
NO24 - Relay 24 Normally Open Connection
COM24 - Relay 24 Common Input
NC24 - Relay 24 Normally Close Connection
NO26 - Relay 26 Normally Open Connection
COM26 - Relay 26 Common Input
NC26 - Relay 26 Normally Close Connection
NO28 - Relay 28 Normally Open Connection
COM28 - Relay 28 Common Input
NC28 - Relay 28 Normally Close Connection
NO30 - Relay 30 Normally Open Connection
COM30 - Relay 30 Common Input
NC30 - Relay 30 Normally Close Connection
NO32 - Relay 32 Normally Open Connection
COM32 - Relay 32 Common Input
NC32 - Relay 32 Normally Close Connection

Copyright © Entrypass Corporation
ENTRYPASS TECHNICAL –WIRING GUIDE
POB Power and Communication Connector
+12V GND ETH GND C- C+
PG BT.MON X GND CAN_H CAN_L
Power Supply
Connection
RS485 Com
Connection
Power Supply Connection
+12V - Power Supply Positive 12V DC
GND - Power Supply Ground
ETH - Power Supply Earthing
PG - AC Fail Monitoring
BT.MON - Backup Battery Monitoring
RS485 Com Connection
GND ( 485 ) - RS485 Ground
C- - RS485 Com (-) Connection
C+ - RS485 Com (+) Connection
GND - (Not Applicable)
CAN_H - (Not Applicable)
CAN_L - (Not Applicable)
BT.MON (Backup Battery Monitoring) point will monitor the backup battery voltage
which will supply power to the board when AC power is cut off
The minimum voltage for cutoff while using backup battery is 10V

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ENTRYPASS TECHNICAL –WIRING GUIDE
Upper Connector
Lower Connector
NO18COM18NC18NO20COM20NC20NO22COM22NC22NO24COM24NO26 NC24COM8NC8NO6COM6NC6NO4COM4NC4NO2COM2
NC2
NO15COM15NC15NO13
COM13
NC13NO11COM11NC11NO9COM9NO7 NC9COM7NC7NO5COM5NC5NO3COM3NC3NO1COM1
NC1 IN1IN2GND
IN3IN4GND
Emergency
Keyswitch 2
Emergency
Keyswitch 1
Emergency
Keyswitch 4
Emergency
Keyswitch 3
Connecting the Keyswitch to POB controller
Keyswitch can only be connected IN1 , IN2 , IN3 and IN4 to GND

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ENTRYPASS TECHNICAL –WIRING GUIDE
C-C+
RESET COLD
C1+ C1-
P8
ENTRYPASS
Power
Supply
12V
GND
ENTRYPASS
Power
Supply
12V
GND
C-C+
Connecting Power Supply to NE4800 and POB controller

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ENTRYPASS TECHNICAL –WIRING GUIDE
ON
P8
ON
1 2 3 4 5 6 7 8
For POB Number 1
ON
1 2 3 4 5 6 7 8
For POB Number 2
ON
1 2 3 4 5 6 7 8
For POB Number 3
ON
1 2 3 4 5 6 7 8
For POB Number 4
POB Unit Address Dip Switch
If more than 1 POB controller is
connected , the DIP switch must
be configure according to the
pattern show below. The default
DIP switch configuration of the
POB controller is 1 ( ON )

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ENTRYPASS TECHNICAL –WIRING GUIDE
Unit
Address
Switch 1
Switch 2
Switch 3
Switch 4
Switch 5
Switch 6
Switch 7
Switch 8
001
ON
OFF
OFF
OFF
OFF
OFF
OFF
OFF
002
OFF
ON
OFF
OFF
OFF
OFF
OFF
OFF
003
ON
ON
OFF
OFF
OFF
OFF
OFF
OFF
004
OFF
OFF
ON
OFF
OFF
OFF
OFF
OFF
DIP Switch Addressing Table
Connecting NE4800 and POB –DIP Switch Addressing
Each switch is represent by an address, the sum of the switch address will be the controller address
The number in ( ) is the address of each individual switch of the dip switch
Example: To obtain Address 11, 1 + 2 + 8 = 11, So just switch on switch 1, 2, 4