advertisement
P908 Controller
User Manual
Document History
Description
June 2017 Revision 1
Federal Communication Commission Interference Statement
This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation.
This equipment generates uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one of the following measures:
. Reorient or relocate the receiving antenna.
. Increase the separation between the equipment and receiver.
. Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.
. Consult the dealer or an experienced radio/TV technician for help.
FCC Caution : To assure continued compliance, any changes or modifications not expressly approved by the party responsible for compliance could void the user's authority to operate this equipment. (Example - use only shielded interface cables when connecting to computer or peripheral devices).
This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions:
(1) This device may not cause harmful interference, and (2) This device must accept any interference received, including interference that may cause undesired operation.
Revision1.3 / Jul 2015
Foreword
This manual is used with P900 Controller version. It contains all technical information pertaining to the installation of the access control system: wiring requirement, connection to devices and controller parameter settings.
ASIS Technologies reserve the right to change product design at any time for product improvement.
Information in this manual is subjected to change without further notice.
ASIS Technologies make all efforts to ensure this Manual is up to date and corresponds to the product being shipped. However, ASIS Technologies assumes no responsibility for any errors that may occur in this manual.
This manual contains proprietary information that is protected by copyright. Neither this manual nor any part of it may be reproduced, photocopied, translated, or electronically transmitted in any way without the prior written permission of ASIS Technologies.
For enquiries and support in installing the P900 Controller, please contact ASIS Technologies or any representative in your region.
Limited Warranty
ASIS Technologies warrants its products to be defect free in material and workmanship when they have been installed in accordance with the manufacturer’s instructions.
The warranty will not apply if the product is tampered with or misused, unauthorized modification and improper maintenance. Consumables items, such as batteries, have no warranty.
ASIS Technologies does not assume any responsibility for damage or injury to person or property due to improper care, storage handling, abuse, misuse, normal wear and tear, or an act of God.
The product warranty shall expire one (1) year after shipping date. Except as stated above, ASIS
Technologies makes no other warranty or condition, whether written or oral, expressed or implied, as to any matter whatsoever, including their merchantability, or fitness for any particular application.
Table of Contents
Document History ....................................................................................................................................... 1
Federal Communication Commission Interference Statement .................................................................. 1
Foreword .................................................................................................................................................... 2
Limited Warranty ........................................................................................................................................ 2
Table of Contents ....................................................................................................................................... 3
1.1
P908 Professional Series Web Based Controller Overview ......................................................... 2
1.2
Key Features of P908 Professional Controller .............................................................................. 2
1.3 P908 Termination layout ...................................................................................................................... 3
1.4
Installer to NOTE ........................................................................................................................... 4
1.5 Dimensions ........................................................................................................................................ 5
1.6 P908 Card Access Single Line diagram .............................................................................................. 6
1.7 Termination Port P908 8 Doors Card Access ...................................................................................... 6
1.8
Power and Data Connectivity for P908 ......................................................................................... 7
1.9 Termination Port Description ............................................................................................................... 8
2.0
Product Specification .................................................................................................................. 10
2.1
Status LED and InstaStart Button ............................................................................................... 11
3.1
P908 Wiegand Interface.............................................................................................................. 13
3.2
P908 RS-485 Reader Interface ................................................................................................... 15
4.1
Anti-Passback Mode ................................................................................................................... 17
4.2
Arm Mode Setting ....................................................................................................................... 18
4.3
High Security Door Setting .......................................................................................................... 19
4.4
Other Door Settings .................................................................................................................... 21
5.1
Input Configuration ...................................................................................................................... 23
5.2
Input Type ................................................................................................................................... 23
5.3
Supervised Input ......................................................................................................................... 23
5.4
End of Line Resistor .................................................................................................................... 24
5.5
Non-Supervised Input ................................................................................................................. 26
5.6
P908 Input Setting ....................................................................................................................... 26
5.7
Input Arm Setting ........................................................................................................................ 27
6.1
Output Connection ...................................................................................................................... 30
6.2
Output Select for Relay ............................................................................................................... 31
6.3
Output Mode ............................................................................................................................... 33
6.3 Relay Output Jumper setting ............................................................................................................. 37
7.1 WebENTRA Utility .............................................................................................................................. 40
8.1 NaviKey Operation ............................................................................................................................. 41
Introduction
Page | 1
1.1 P908 Professional Series Web Based Controller Overview
1.2
P908 a multi door access controller with additional input zone for intrusion monitoring and output zone for door locking, device triggering. Build in with LCD display with a card reader.
Controllers Features I/O onboard Wiegand port on boards
Max
Reader
Support
P908 Single mode controller
24/12 8 16
Key Features of P908 Professional Controller
•
8 Doors In-Out Readers support
•
Built-in LCD display with card reader for easy setup and diagnostic at controller panel and quick credential enrolment. (Navi Key)
•
CAN BUS interface for future expansion module
•
Reader Interface (ADNET,OSDP & Wiegand)
•
Support 8x Readers via Wiegand or 16 x RS485 via RS485
•
150,000 cardholder capacity
•
2,500,00 event buffer
•
“InstaSTART” button for easy and quick setup
•
AES and SHA1 encryption communication to Host
•
Simple Wiring Diagram
•
Compatible with IBSS.web
•
Flash memory design for easy upgrade of controller software
Page | 2
1.3 P908 Termination layout
P908 has 16 readers, 24 inputs, 12 outputs terminal points. It comes with CAN BUS, and LAN Port connection. Navikey mounted on the controller display vital functional information of the controller. It doubles up as enrollment readers when necessary.
Relay Input CAN
P908
Wiegand
WEBENTRA
Professional Series
CAN
RS485
(Dev)
AC Fail
Batt
Low
Fire
Alarm
DC12V
Page | 3
1.4 Installer to NOTE
The Installation and Mounting should observe the following:
•
The controller should be kept at least 6 feet from any other RF emitting device.
•
The controller should be mounted away possible of water leaking location or if in exterior location sealed to prevent water from seeping into the electronic.
•
The controller should be protected from extreme heat and sunlight.
Page | 4
1.5 Dimensions
6mm
203mm
Top View
Side View
Page | 5
1.6 P908 Card Access Single Line diagram
Typical 8 Doors card access setup with P908 controller and network link back to host software server.
LOCAL AREA NETWORK
P908
Single Door
Entry Exit
Reader complete with
Door sensor and Locking
Mechnism
1.7 Termination Port P908 8 Doors Card Access
LAN2 CANbus2
LAN1 CANbus1 INPUT INPUT INPUT RELAY RELAY RELAY
2
1
P908
2
1
WIEGAND2
WIEGAND1
WIEGAND4 WIEGAND6
WIEGAND3 WIEGAND5
WIEGAND8 CANbus( DEV) DETECT STATUS
WIEGAND7 RS485( DEV) USB FIRE POWER InstaStart
Door Sensor / Exit
Push Button Input
Relay Output to
Lock
Ethernet Port
LAN1
Reader Power
RS485 for Readers
Fire Alarm Input
DC Input for P908
Page | 6
1.8 Power and Data Connectivity for P908
Using DC power supply 13.8VDC 10 Amp, terminate to Connector input label as Power.
P908
2
1
WIEGAND2
WIEGAND1
WIEGAND4 WIEGAND6
WIEGAND3 WIEGAND5
Communicate to P908 via Ethernet port on LAN1 port.
WIEGAND8 CANbus( DEV) DETECT STATUS
WIEGAND7 RS485( DEV) USB FIRE POWER InstaStart
LAN2 CANbus2
LAN1 CANbus1 INPUT INPUT
Communication RS485 device port to Readers
P908
INPUT RELAY RELAY RELAY
2
1
WIEGAND2
2
1
WIEGAND1
WIEGAND4 WIEGAND6
WIEGAND3 WIEGAND5
WIEGAND8 CANbus( DEV) DETECT STATUS
WIEGAND7 RS485( DEV) USB FIRE POWER InstaStart
Page | 7
1.9 Termination Port Description
CAN BUS
CAN + ,SCN, CAN -
RS485(DEV)
DEV +
SCN
DEV -
WIEGAND
+V, GND,
D0,D1,ERL,
OKL,BUZ
FIRE
FIRE,GND
POWER Detection
ACF,BYTL
POWER
DC IN, GND
Description
Future
Description
RS485 Device Port
Access Control
Future
Access Control
Communication port to Card Reader
Description
Wiegand Reader connection Port and
Reader Power Point
Access Control
Connect wiegand reader to this port. V+ and GND is also use for RS485 reader.
Description
Fire signal input
Access Control
Dry contact from fire alarm panel
Access Control Description
AC Fail, Battery Low AC Fail, Battery Low detection
Description
13.8V DC
Access Control
Power supply to P908
Page | 8
h
RELAY
R1+,R1- to
R8+,R8-
CANbus
CANbus1,
CANbus2
LAN
LAN1, LAN2
INPUT
INP1 – INP24
Description
Input 1 - 24
Description
Relay Output 1 to
Relay Output 8
Description
Future
Access Control Aux
Input
1,3,5,7,9,11,13,15
Exitbutton Input for Door 1 - 8
Input
2,4,6,8,10,12,14,16
Door Sensor Input for Door 1 - 8
Access Control
Input 17 -
24
Lock output for
Door 1 to Door 8
R9+,R9- to
R12+,R12-
Description
Ethernet port Connect to switch as Host port
LAN2future
Page | 9
2.0 Product Specification
Specification
Ethernet Host Link
CAN Bus
InstaSTART Wizard
DC Power Input
RS485 (Device Port)
Wiegand Interface
Alarm Input/Relay
Output
Cardholders
P908
1000Base T x 2
CAN Bus 1 and
CAN Bus 2
(future)
Yes
13.8VDC
Up to 16x Readers
8
24/12
Event Buffers
User Access Groups
Holidays
Weekly Schedules
Data Encryption
Algorithm
Current Consumption
(excluding lock)
Dimensions
150,000 card capacity
2,500,000 event buffer
1024 group
120 holidays date
128 schedules
128 bit AES or
3DS or SAM
ISO/IEC 7810
230mm x 132mm x 63mm
1Kg
Weight
Page | 10
2.1 Status LED and InstaStart Button
P908
WIEGAND2
2
1
WIEGAND1
WIEGAND4 WIEGAND6
WIEGAND3 WIEGAND5
WIEGAND8 CANbus( DEV) DETECT STATUS
WIEGAND7 RS485( DEV) USB FIRE POWER InstaStart
STATUS LED gives quick glance information about the P908. In operation the STATUS LED blinks slow in Steady Green. When P908 get a power restart it will blink fast for 30 secs, then when initialize it will blink slow.
InstarStart Button is use for factory default setting, when unit is power on, depress button will clear all event, cardholder database, uag config, schedule config.
Page | 11
Reader Connection
Page | 12
Two types of Reader Interface are provided, Wiegand interface and ASIS RS485 protocol. Note that each has a different terminal point and methods.
The P908 Controller auto detect the type of Reader in use. No software or hardware setting is required.
For Wiegand Interface, 4 standard card bit format is supported. Wiegand 26bit, 35bit,
37bit and 32bit. The 32bit supports the Asis Mifare 4 byte (32bit) Type A Card . A custom card bit format is available to define by user and must be defined in IBSS software.
3.1 P908 Wiegand Interface
Wiegand reader termination points are on the right panel label Wiegand 1 to Wiegand
8.
P908
WIEGAND2
2
1
WIEGAND1
WIEGAND4 WIEGAND6
WIEGAND3 WIEGAND5
WIEGAND8 CANbus( DEV) DETECT STATUS
WIEGAND7 RS485( DEV) USB FIRE POWER InstaStart
Signal
12V
GND
Function
Supply to reader
WDO
WD1
OKL
ERL
BUZ
Wiegand DO Signal In
Wiegand D1 Signal In
Green LED Out
Red LED Out
Buzzer Out
For
Wiegand Reader 1 to Wiegand Reader
8
Page | 13
The figure below shows the Wiegand Reader connection for P908. The color code for various wires may differ with Reader vendors. Refer to READERS manufacturer documentation for more information.
Wire Color Legend Description
Buzzer
Green LED
Red LED
Data 1
Data 0
Ground
12V
Page | 14
3.2 P908 RS-485 Reader Interface
With ASIS AMR17x series readers, the wiring terminates at (Port Device) on P2. It is recommended to use 1 pair twisted screen cable for the RS485 network and 1 pair
1.5mm cable for DC12V supply.
Note: The RS-485 connection is polarized; user has to ensure correct polarity during installation.
STATUS
2
1
4
3
6
5
8
7
WIEGAND2 WIEGAND4 WIEGAND6 WIEGAND8 CANBus(Dev)
WIEGAND1 WIEGAND3 WIEGAND5 WIEGAND7 RS485(Dev)
Wire Color Legend Description
RS485 -
RS485 +
Ground
12V
It is advisable to ground the screen cable to eliminate possible noise interferences. For the same communication loop, all screen cable should tie in to make a continuous link.
Do not leave the screen wire un-terminated as it may short accidentally to on-board components.
Page | 15
Controller Operation
Page | 16
4.1 Anti-Passback Mode
There are three operating modes: Soft Mode , Hard Mode and Time Reset.
Hard Mode : This mode enforces the anti-passback function. Consider the case of a
Cardholder who enters the facility (card read by the entry reader). If the cardholder exits together with other staff members (without registering) the P908 will have only his entry record. When the cardholder tries to enter the facility again, P908 will find no previous exit record and therefore, entry will be denied.
Soft Mode : The anti-passback function limits to monitoring and alarm reporting. In the soft mode, users are still allowed entry with the event reported.
Time Reset : The anti-pass back time reset mode allow flexible antipass back rule to be apply based individual operation needs. When antipass violation occurs cardholder will be denied entry for a preset period of time before access is allow again. Unlike Soft
Mode, time reset mode relax the rule yet remind cardholder of inconvenient encounter when violate security rules
Note: When APB Hard mode is in use, often users who do not follow the entry/exit procedure may assume the system malfunctions when entry is denied. Therefore it is important all Cardholders be aware and follows the procedure.
Page | 17
Mode
Disable
Function
Disable the APB Mode
Soft Allow Entry/Exit with event reporting when there is APB violation
Hard Disallowed Entry/Exit with event reporting when there is APB violation
Time reset
Time Disallowed Entry/Exit with event report when APB violation
4.2 Arm Mode Setting
P908 has 4 Arm Modes setting. This may be set via the Web UI.
Mode Function
Arm
Normal operation
Lock
Permanent lock the door
Unlock
Permanent unlock the door
Disarm by schedule
Unlock the door during the time zone set in schedule
Arm Mode:
This mode is for normal operation. The door will be locked and monitored until a valid card is presented and P908 unlock the door with a time defined by Unlock Time setting in the Reader Configuration.
Lock Mode:
This will permanently lock the door. It denies entry to all valid Cardholders. It remains in this mode until changed.
Unlock Mode:
This mode will unlock the door all the time until the mode is changed.
Page | 18
Disarm By Schedule Mode: (Timed unlock)
This mode unlocks the door during active period of the DisArm Schedule . It can be set from IBSS.
The table below is an example where a time zone in the schedule is set to “09:00 to
17:00”. Prior to 9:00 AM, the door control in Arm mode, this means access via a valid card. From 9:00 AM to 5:00 PM, the door is unlocked for free access. After 5:00 PM, door is lock and under Arm Mode again.
DisArmBySchedule Mode
Arm
00:00 09:00
4.3 High Security Door Setting
Door is unlocked and no event report
DisArm
16:59
Arm
23:59
Multi Card Access
For highly secured areas, it may require the presence of more than one staff to unlock the door. P908 allows multiple cards to grant access. This mode may be set from the
IBSS software.
P900 allows multi-card access with up to 4-cards, and a number of authorized cards must be present before access is granted.
For example, if the number of cards is set to “4”, after the 1 st
card is read, the Green
LED will blink at a faster rate. This indicates the reader expects the next card. Until all the 4 valid cards are read, P908 unlocks the door.
Note: Please note that the multi-card reader only check the validity of the card being read, the sequence of the cards presentation does not matter.
The following are situations possible for error conditions in multi-card operation. Users have to exercise caution to avoid these situations.
Timeout:
There is a time out period of 15 sec for each user to present card. If the next card is not presented within next 15 seconds then the P908 will void the operation. The time out period is fixed at 15 sec. and cannot be changed.
Invalid card:
If any of the cards presented is an invalid card, then the P908 will void the operation.
Page | 19
PIN Access
Pin Access is requiring for Main entrance to a facility. Using Pin Access at Main
Entrance ensure the right person is gaining access as PIN is issue as a password to individual so only authorize personal with the right credential knows. Pin Access can be set to operate for 24/7 or in a more relax environment only during off peak hour so that as to ensure integrity and availability.
Page | 20
4.4 Other Door Settings
There are some parameters that affect the door control setting.
Mode
Unlock Time
Function
The door release time upon presenting a valid card
Pre-Alarm Time Warning beeps from the reader buzzer after the time expires
DOTL
Reader buzzer sounds to indicate that the door is opened for too long
Toggle Mode
Door operate in toggle mode with card flash, suitable for auditorium
Door interlock
Man-trap operation. One room 2 doors, only 1 door allow to open.
Unlock Time:
This is the time that P908 will unlock the door upon a valid card presentation. It can be set from 0 to 255 seconds.
Pre-Alarm Time:
P908 connected reader will sound the buzzer with a warning tone when the door is held open beyond this time. It can be set from 0 to 255 seconds. This time period should always be set longer than Unlock Time. No alarm event is reported if the door closes before Pre-Alarm Time expires, the warning tone will stop once the door is closed.
DOTL:
This is known as Door Open Too Long. The P908 connected reader will sound buzzer continuously when the door is held open longer than his period. It can be set from 1 to
255 seconds. This time setting should always be longer than Unlock Time and Pre-
Alarm Time. A DOTL alarm event is reported when an alarm tone is triggered. The alarm tone will stop once the door is closed.
Toggle Mode:
When set to this mode the door when toggle from open to close between valid card flash. In this mode door have to be disarm by 24hrs schedule, and Pre-alarm and
DOTL will be disable.
Door interlock:
Man-trap operation. 2 door program to be monitoring each other status. If door 1 door sensor is activated, door 2 lock output will not be activated by card flash on Reader 2 or exit push button on Reader 2.
Page | 21
Input
Page | 22
5.1 Input Configuration
This section provides information on input functions and wiring connection.
The inputs 1 to 24 are software configurable to provide flexibility to suit application requirements. These inputs have factory default setting when shipped.
There is 200ms noise filtering for inputs 1 to 24. When input is activated within 200ms and then restored back to normal, the activation of this input will be ignored.
5.2 Input Type
Inputs 1 to 24 are analog input designed to detect 4-state events in the “Supervised
Mode”. It may be configured to detect 2-state events in the “Non-Supervised Mode”.
DIP Switch 1- Position 6 “LSS” - ON for supervised mode and OFF for non-supervised mode.
5.3 Supervised Input
In Supervised Input Mode, the end of line resistors must be used to terminate the line
(refer to Figure 6.1).
Line fault conditions can be monitored in addition to the device status. All these event occurrences are reported to the IBSS management software.
Mode Function
Normal
Normal condition; device contact - Closed
Activate Input device triggered - Open
Open Circuit Input line is open circuit
Short Circuit Input line is short circuit
Page | 23
Normal State:
This state indicates a NC external device is in normal condition.
Activate State:
This state indicated the NC external device is triggered i.e. become open circuit.
Open Circuit:
This indicates the line connection to the external device has been broken/open circuit.
Short Circuit:
This indicates that the line connection is short circuit.
5.4 End of Line Resistor
For operation in the line Supervised Mode, end of line resistors is required. This establishes different voltages at the input depending on the device status and line fault conditions. The input circuit compares the voltage differential on the line to internal thresholds to determine the line status. The end of line resistor value shall be 10Kohm.
The figure below shows the typical connection for Exit Button 1 and Door Sensor 1. It also applies to inputs 5 to 8.
Page | 24
Note: Use Normally Closed (NC) type input devices, such as Exit Button, Door Contact, etc., because Normally Open (NO) device is not suitable. If the device is faulty on open circuit, no detection is possible.
Page | 25
5.5 Non-Supervised Input
If the requirement is to detect ON/ OFF signal and line fault monitoring is not required, non-supervised mode may be used. To enable this mode, set DIP SW 1 and Switch 6
(LSS) should be turned “OFF”. No end of line resistor is required.
Non-supervised input setting can detect 2 states:
State Function
Normal (Device in NC)
Normal condition
Activate (Device activates in open circuit) Input line is triggered
Note: Setting of this switch applies to all analog 8 inputs. If there is any input requires line supervision, then ALL inputs have to operate in the same mode. This setting has no effect on Fire Alarm input.
5.6 P908 Input Setting
When P908 is configured as access control, the following default input settings applies:
Input Header Default Function
Input 1
Exit Button
For
Reader 1
Input 2
Door Sensor Reader 1
Input 3
Exit Button Reader 2
Input 4
Door Sensor
INPUT
Reader 2
Input 5 Exit Button Reader 3
Input 6
Door Sensor Reader 3
Input 7
Exit Button Reader 4
Input 8
Door Sensor Reader 4
Page | 26
Input 9
Input 10
Input 11
Input 12
Input 13
Input 14
Input 15
Input 16
Input 17
Input 18
Input 19
Input 20
Input 21
Input 22
Input 23
Input 24
Input zone
Input zone
Input zone
Input zone
Input zone
Input zone
Input zone
Input zone
Exit Button
Door Sensor
Exit Button
Door Sensor
Exit Button
Door Sensor
Exit Button
Door Sensor
Input
Input
Input
Input
Input
Input
Input
Input
Reader 5
Reader 5
Reader 6
Reader 6
Reader 7
Reader 7
Reader 8
Reader 8
5.7 Input Arm Setting
Input 17 to Input 24 of P908 can be wired to monitoring device with Dry contact normally close input for triggering monitoring.
Mode Function
Arm
Normal operation
Disarm
Disable arm operation
Disarm By Schedule
Disarm during the time period defined by the Disarm Schedule
Page | 27
Arm:
This is the default mode and all inputs activation will have alarm event report back to
IBSS.
Disarm:
This is to disable the alarm function. Inputs activation will not have any alarm event report to the IBSS.
Disarm By Schedule:
This mode is to disable the input alarm function during the time zone defined by the
Schedule.
If the time zone is set to “09:00 – 16:59”, the table below illustrates the operation.
DisarmBySchedule Mode
00:00
Arm
09:00
Input Unarmed and no event report
Disarm
16:59
Arm
23:59
Prior to 09:00, the input is in “Arm” mode, this means any activation of the input will trigger an alarm event.
From 9:00am to 17:00pm P908 is unlocked by “Disarm” mode. No alarm event will be reported. At 17:00, P908 is revert back to arm mode.
Page | 28
Output
Page | 29
6.1 Output Connection
This section provides information on the Output connection to external devices. The
Outputs has software configurable settings.
The following figure shows the P908 output connection to EM Lock.
RELAY1 RELAY2
Page | 30
Output Header Default Function Defaults
OP1 +
OP1 -
Door Lock Output 1 (+ve) Reader 1
RELAY1
Door Lock Output 1 (-ve)
OP2+
OP2-
Door Lock Output 2 (+ve) Reader 2
RELAY2
Door Lock Output 2 (-ve)
OP3+
OP3-
Door Lock Output 3 (+ve) Reader 3
RELAY3
Door Lock Output 3 (-ve)
OP4+
OP4-
Door Lock Output 4 (+ve) Reader 4
RELAY4
Door Lock Output 4 (-ve)
OP5+
OP5-
Door Lock Output 5 (+ve) Reader 5
RELAY5
Door Lock Output 5 (-ve)
OP6+
OP6-
Door Lock Output 6 (+ve) Reader 6
RELAY6
Door Lock Output 6 (-ve)
OP7+
OP7-
Door Lock Output 7 (+ve) Reader 7
RELAY7
Door Lock Output 7 (-ve)
OP8+
OP8-
Door Lock Output 8 (+ve) Reader 8
RELAY8
Door Lock Output 8 (-ve)
RELAY1 to RELAY8 are set by default to function as door lock output for Reader 1 and
Reader 8. All relay function as 12V voltage output normally open relay setting
6.2 Output Select for Relay
Relay can be set to different output configurations via jumper settings:
•
NO (Normally Open)
•
NC (Normally Close)
•
12V output in NO configuration
•
12V output in NC configuration
The 4-pin header is for 12VDC or dry-contact (voltage free) output setting. The 3-pin header is for normally closed (NC)/ normally open (NO) output setting. The following figure depicts the output setting for Relays. There are 4-pin header and 3-pin header by the side of each relay for jumper selection.
Page | 31
Note: Contact rating at 30V, 1A
The supply voltage to Relay is unregulated 12VDC with maximum of 1A. This is adequate for most locking devices. The factory default is 12V Output in NO
Configuration.
Page | 32
6.3 Output Mode
An output may be set in any of the 5 Output modes. User must set the output mode to suit the application .
Output Mode Function
Latch Output in activate mode
Toggle Output set to toggle mode
Pulse Output is in pulse mode
Cycle Output cycles with ON and OFF time
Act By Schedule Output activated by a schedule
Example: Input 3 is set to trigger Output 1
Latch mode:
When Input 3 is in normal state, Output 1 will be in “OFF” state. When Input 3 activates,
Output 1 will now switch to “ON” state, it remains at this state even after Input 3 is restored to normal.
Input 3 Output 1
Normal OFF
1 st
Activate ON
2 nd
Activate
Remain ON
3 rd
Activate
Remain ON
4 th
Activate
Remain ON
Page | 33
Toggle mode:
The output toggles between “On” and “OFF” states upon each input activation (or triggering). When Input 3 returns to normal state after each trigger, Output 1 remains at the state until the next activation.
Input 3 Output 1
Normal OFF
1 st
Activate ON
2 nd
Activate OFF
3 rd
Activate ON
4 th
Activate Remain ON
Page | 34
Figure 7.5
Toggle Mode Operation
Pulse mode:
Upon Input 3 activate, the Output 1 turns “ON” for a preset period (1 to 255 sec) and then “OFF” again.
Input 3 Output 1
Normal OFF
1 st
Activate
Turn “ON” for 10 sec, then turn “OFF”
2 nd
Activate Turn “ON” for 10 sec, then turn “OFF”
3 rd
Activate within 10 seconds Pulse Output period extended by 10 sec
Page | 35
Figure 7.6
Pulse Mode Timing Operation
Note : An input activation before the pulse period expires extends the pulse period for the next 10 seconds.
Cycle Mode:
The Output cycles continuously with an “On Time” and “Off Time” (between 1 – 255 seconds). The cycle mode stops only when output is deactivated.
Act by Schedule:
This is timer control function by a weekly Schedule. The Output is activated by the Time
Zones set in the Schedule. When there is activation prior to the start time, Output turns
ON and will be turned OFF at the end time of the Time Zone.
Page | 36
6.3
Relay Output Jumper setting
P908, relay output can operate in 4 states.
Normally open 12V
Normally Close 12V
Normally open Dry contact
Normally Close Dry contact
Normally close 12V Normally open 12V
Normally close Dry
Contact
Normally open Dry
Contact
P908 relay setting can be change, but required dismantling of the case.
Steps to dismantle P908 casing
Remove all Green connectors on front and back panels, remove LAN cable.
Screw
P908
2
1
WIEGAND2
WIEGAND1
WIEGAND4 WIEGAND6 WIEGAND8 CANbus(DEV) DETECT STATUS
Green Connector
WIEGAND3 WIEGAND5 WIEGAND7 RS485 (DEV) USB FIRE POWER InstaStart
LAN CABLE
LAN2 CANbus2
LAN1 CANbus1 INPUT INPUT INPUT RELAY RELAY RELAY
2
1
Unscrew all four screws from front panels and remove front panels
Slide out the PCBA
Page | 37
Set the jumper setting as requirement
Page | 38
7
2
3
10
11
6 8
5
12
9
4
1
1
1
1
Normally
Open
12V
Normally
Close
12V
Normally
Open Dry
Contact
1
Normally
Close Dry
Contact
Slide back the PCBA place back front panels
Plug back all connector then screw back the 4 screw from front panel
Page | 39
7.1 WebENTRA Utility
WebENTRA utility is use for changing of network parameter (IP address, Subnet, Gateway. Use Scan
Button to search for Local network connected P908
To start Login to connected controller for configuration. UserID: admin, Password: admin
To change Network parameter, edit the IP Address field and click Set.
Page | 40
8.1 NaviKey Operation
Navikey allow localize configuration of Controller without the need to external peripherals. All is needed is finger to touch the keypad to get info of controller and make configuration.
Features of Navi key includes, live event display, device control, card enroll (csn only), controller parameter setting.
Navigate the Navikey using the keypad KEY 2 = UP, KEY 8 = DOWN, KEY 4 = LEFT, KEY 6 = RIGHT.
Back and Enter KEY is use to get into an function or exit from the function.
Default Screen of Navi key always show latest controller generated event
From default screen press [KEY 4] 2 x to view it configured network parameters.
Page | 41
From default screen press [KEY 4] 3 x to view system operating parameters.
Firmware version
Date / Time
Card
Event
To view recent Card event
Press [[<4 key]] left 4 times.
Use key 2 to navigate up or key 8 to navigate down.
To exit press BACK key
To view recent Reader event
Continue from Card Event after the BACK key press <4 key will bring to Output, press BACK key and press <4 key, will bring to Input Event, press
BACK and press <4 key will bring to READER event
Use key 2 to navigate up or key 8 to navigate down.
To exit press BACK key
To get into Command Mode press <4 key 1 time.
Press ENTER key
You will be prompt with password press 123456 and press ENTER key
In Command Mode Navigate Up using 2 KEY or
Down using 8 KEY to exit press BACK KEY
Press ENTER KEY to get into the selected function
Page | 42
In Event List Navigate Up using 2 KEY or Down using 8 KEY to exit press BACK KEY
In Dynamic Status: Reader Navigate Up using 2
KEY or Down using 8 KEY to exit press BACK
KEY
In Event List Navigate Up using 2 KEY or Down using 8 KEY to exit press BACK KEY
Press ENTER to view device dynamic status
In Dynamic Status: Input Navigate Up using 2
KEY or Down using 8 KEY to exit press BACK
KEY
In Dynamic Status: Output Navigate Up using 2
KEY or Down using 8 KEY to exit press BACK
KEY
Page | 43
In Online Control Navigate Up using 2 KEY or
Down using 8 KEY to exit press BACK KEY
Press enter KEY to control the device
In Online Control : Reader Navigate Up using 2
KEY or Down using 8 KEY to exit press BACK
KEY
Press ENTER KEY to select the reader to control
In Online Control : Input Navigate Up using 2 KEY or Down using 8 KEY to exit press BACK KEY
Press ENTER KEY to select the Input to control
In Online Control : Reader Navigate Up using 2
KEY or Down using 8 KEY to exit press BACK
KEY
Press ENTER KEY to issue the selected command to control the reader
In Online Control : Input Navigate Up using 2 KEY or Down using 8 KEY to exit press BACK KEY
Press Enter KEY to issue the selected command to control the input
Page | 44
In Online Control : Output Navigate Up using 2
KEY or Down using 8 KEY to exit press BACK
KEY
Press ENTER KEY to select the Output to control
In Online Control : Output Navigate Up using 2
KEY or Down using 8 KEY to exit press BACK
KEY
Press ENTER KEY to issue the selected command to control the Output
In Date/Time Setting : Navigate using <4 KEY or
>6 KEY to select item to change. Use 2 KEY to select UP or 8 KEY to select DOWN
Press ENTER KEY to confirm changes and exit
In Comm Setting : Navigate using <4 KEY or >6
KEY to select item to change. Use 2 KEY to select UP or 8 KEY to select DOWN
Press ENTER KEY to confirm changes and exit
Page | 45
advertisement
Related manuals
advertisement