Showing posts with label Alarm. Show all posts

How To Configure Ingressus To Trigger Alarm For Doors That Remained Ajar in Ingress


INTRODUCTION
To increase your security while using Ingressus controller in controlling the doors, you can configure it via Ingress Software to trigger an alarm if the door stays ajar for a specific time, say for example 10 second. Therefore, if the door is left open for 10 second without closing, the system will trigger an alarm to alert people. To setup this feature, please follow the simple steps below:

PROCESS -
Go to the Devices tab > select Zones > select Fire Alarm > add new Zone > add setting to device > select device > select the Trigger Condition to “Opening Timeout”. Refer to the screenshots below for more information.
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For the last option, which is “Stop alarm once door is closed”, please tick it so that if the door is closed, Ingressus will deactivate the alarm automatically. However, this option will only take effect if Ingressus is connected to the Ingress server.

If the controller is not connected to the Ingress server, you have 2 options to deactivate the alarm:
1)  Restart the controller.
2)  Configure the settings from Ingress and upload it to the controller.

For the second option, please follow the steps below:
Go to the Devices tab > select Zone > select Fire alarm > add new Zone > add setting to device > select device > select the Trigger Condition to “Door Closed Correctly”. Refer to the screenshots below for more information.
(Figure 1)

(Figure 2)

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(Figure 5) 

For the best configuration, please upload both settings discussed above in order for your controller to work perfectly regardless whether the Ingressus controller is connected or not connected to the Ingress server.

Once completed, the display should have 2 options under the fire alarm zone as shown in the image below.


That’s it, you’re all set and you can now utilize this alarm feature to increase your office security.

Device Connection Notification in Ingress




Introduction
Meet our latest feature within the Event Alarm setting where you can receive notification regarding the device connection. Through this feature, the administrators will be notified when any of the devices lost connection and re-connected back to Ingress software.

Benefit
This feature is designed to ease administrators in monitoring the device connectivity.

Procedure
A) Configure the email setting
1) First, you need to configure your email account within Ingress in order for it to send notification via email. To do so, go to System Settings > Email > Edit > Edit Email Configuration > Save > Click Test Account Settings.

2) In the recipient info, click Add > configure your preferred email > Save

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B) Configure the Alarm Event setting
1) Go to System Settings > Alarm > Select the priority level

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2) Click Edit > Add > Select filter option for either Standalone device or Ingressus > Tick: Connected and Disconnected > Press OK

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3) Tick Email and browse the recipients that you want to notify

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Result: The recipient will then receive notifications regarding the device connection status


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Push Button: Alert Sound When Door Opens

  

Introduction
In circumstances where users use wireless push button to unlock the doors to their premises or offices, it’s not very apparent which doors are already opened and which ones are still locked from that simple click. The only way to be certain is to try and open the door.  However, there is a way to make things easy with the use an alert once the door is unlocked.

Benefits
By having an alert, users will automatically know which door has been opened and they can exit or access accordingly.

Process
There are two types of wiring connections to activate this function

1. Secure Connection
2. Un-Secure Connection.

Secure Connection
For Secure Connection where, the door lock system connects to Adaptec X or Adaptec Plus, follow the wiring diagram below.



How It Works
When the door is locked, it will have a 12VDC output power supplied to the EM-lock at the AdapTec X. When the EM-lock is active, it will turn on the relay but it will not be giving any Output Signal because NO connection is not in used.

When the push button is pressed, the door will unlock because no 12VDC output voltage is supplied to the EM-lock at the Adaptec X. And this will turn off the relay and trigger the signal to turn on the alert sound.

Unsecure Connection
For Unsecure connection where the door lock system uses the connection on device, use the diagram below.


How It Works
When the door lock is active, it will trigger the NC 1 connection to supply power to the EM-lock. Once the Push button is pressed, it will trigger the NO 1 signal to Activate the Siren.

Connecting the TA100C (FMM) to AdapTec TA and 12Vdc or 240Vac External Sirens

Introduction

The TA100C (FMM) is a biometric terminal for time attendance that includes an internal siren and allows the connection of external sirens for an effective alarm system. This system can also be scheduled to signal events within the working schedule such as starting work time or end of break. The two types of sirens that can be connected to the TA100C (FMM) are:

  • 12Vdc for small industries or office use
  • 240Vac for big factories with a noisy environment
To compensate for the additional power required for the external sirens, the Adaptec TA can be used as a power supply and backup in case of power failures, ensuring that your alarm system is always running.

Benefits
Connecting your terminals to the Adaptec TA ensures a stable and reliable power source for your system to operate at optimum capacity. By connecting the terminal and external siren to the Adaptec TA, the internal relay of the terminal will be protected from the high voltage. If the voltage is too high, the fuse in Adaptec will break the circuit, thus protecting the internal components of the terminal.

Adaptec TA has 2 power sources, 5VDC and 12VDC and you can connect any of FingerTec terminals to Adaptec TA by selecting the correct voltage. It also comes with a backup power in case of power failure.
 
Process
To connect the external siren to the terminal, follow the steps below.
1.    Open the back casing of the TA100C (FMM) terminal.

2.   Plug in the connector of the external siren into the MCU Board.
 
3.   Follow the wiring diagram to connect the terminal to Adaptec TA.
  
 
4.   Change the External Bell Relay settings in the terminal device itself.
      Go to Menu > Personalize > Bell Schedule > Options > External Bell Relay > NC2 

5.   To add a new bell schedule, go to Menu > Personalize > Bell Schedules > New Bell Schedule > Set
       the option accordingly:
·         Bell Status: To turn the bell on or off.
·         Bell Time: Set the time for the bell to ring automatically.
·         Repeat: Set the bell to repeat on certain days or every day.
·         Bell Type: You can set for the bell to be triggered from the internal bell or from an    
 external bell that is wired to the device.
·         Ring Tone: Select your preferred ringtone that will emit from the bell.
·         Internal Bell Relay: Specifies the time duration for the alarm to ring (ranges from 1s to999s).
·         External Bell Relay: Specifies the time duration for the alarm to ring (ranges from 1s to999s).

Setting Up Email notifications in Ingress software

Many access control softwares provide real time monitoring as a standard security feature. Security personnel often spend their time in front of monitors to monitor real-time events and video footages to guard against theft and maintain the security of the premises. Prior to the advent of electronic security systems, this was one of the most basic human-dependent security monitoring method that utilizes the traditional security model.  This led to human errors and incompetence playing a major role in the security concerns of the access control system. Thus, a good access control system comes with an integrated automatic notification system to inform the security manager in case of emergencies or abnormal scenarios.

Ingress can work with your SMTP email server to send notification emails to the person in charge of security or the system administrator. You can define the types of abnormal scenarios detected by Ingress, for example break-ins, door breech and etc to inform the security manager.

First of all, you must setup your SMTP email server under System Settings à Emails



Start to edit the details of your SMTP server by clicking Edit under Email Configuration. Save the settings so Ingress can link up your SMTP server.
 
 

Click Edit under Recipient Info to create email addresses of recipients. OK to save.

Second, you will need to define the types of incident before system can send emails under System Settings à Alarm à Edit à Add

 
 
The type of alarms are different for Ingressus controllers and standalone devices. Select the type of your device, for example standalone device.
Now pick the type of incidents from the list. OK to save settings.
 
 
Check the checkbox Send Email to activate Ingress to send email notifications. Click the browse button to select recipients.
 

 


Last step, you can configure the content of the emails by clicking Email Preview. Draft the content of your email now. Click Save when you are done.
 


 

ACTIVATING THE DOOR CLOSURE DELAY SIREN IN INGRESSUS

Because A Mere Second Could Pose Danger to Your Property

Security is an important aspect in every organization nowadays. Improper security measures may cause bigger problems such as robbery, data theft or even endanger the safety of a person. Even with the proper access control products installed, the security of a building may be compromised if the door is not closed properly after a person has entered the premises. Hence, it is an advantage when the access control device triggers the siren when the door is not shut properly.

As we all know, Fingertec’s standalone access-control devices are equipped with the function to trigger the internal or external alarm siren when the door is not closed within the pre-defined time.  However, not many know that the same can be done for Ingressus, via the Ingress software. Simply follow the steps below to activate the external siren for during the exit delay period. 

Alarm System Requirements

The requirement for this setup is a door, which has been installed with Ingressus that is paired with any of Fingertec’s slave devices and a door sensor.

Connect and Power Up The External Siren

First of all, you must connect an external siren to the Auxiliary output port at Ingressus.

Please note that Ingressus does not supply the power to the siren, hence an external power source will be needed to power-up the siren. The siren must be connected to NO and COM port of AUX output at Ingressus. Refer to below image for clarification.



Configuring the Door Sensor Type and Delay Time

Next, you will have to configure the door sensor type and delay time, so that the siren will be triggered when the door is not closed within the defined time. Simply follow these steps below in Ingress software

Doors > Select door name > Click “Edit” > Set “Lock Open Duration” to desired time > Set “Door Sensor Type” to “Normal Close” > Set “Door Sensor Delay” to desired time > Save > Sync to device



Setting Up The Fire Alarm Zone

After setting up the door, you will need to configure the Fire Alarm zone to trigger the Auxillary Output when Ingressus detects that the door has been left open exceeding the “Door Sensor Delay” time. Follow these steps below to configure the Fire Alarm Zone:

Zone (Ingressus) > Fire Alarm > Right Click > Add Zone > Rename to desired name > Right Click > Select device (Ingressus) > Click at device name > Click “Edit” > Tick at “Fire Alarm” > Set “Trigger Condition” to “Opening Timeout” > Set “Input Point Address” > Tick the desired output at “Output Point Address” > Set “Action Type” to “Open” > Set the “Delay” to desired value (The amount of time the siren triggers) > Tick “Stop alarm once door is closed” > Save > Sync to Device




Verification Fail Alarm in FingerTec Access Control Devices

FingerTec’s access control devices are equipped with a Verification Fail alarm feature. The Verification Fail alarm will trigger the device’s alarm (internal or external alarm) if a user failed to verify for a pre-determined number of times. This feature is made to warn the administrator that the device is being vandalized or if someone is trying to break in into a building. Assuming that you had set the Alarm threshold to allow a maximum of 3 tries, if a user fails to verify after 3 times, the alarm will be triggered.

To set up this feature, you can refer to the following steps. This may vary depending on the model of the device you are using.

 

Monochrome Terminals (Kadex, R2, AC900)

You can select the Alarm Count Option following the steps below.

Menu> Options> Access Options > Alarm CNT > Define the value

*To disable this feature, you can set the value to 0.


 


Color Screen Terminals (Q2i, Ikiosk 100+)

You can set this feature in 1:1 Match Retry Times, and Password Retry Times in Display option:

Menu> System> Display > 1:1 Match RetryTimes > Define the value (1-9)

Menu> System> Display > Password RetryTimes > Define the value (1-9)

*Please note that for colored screen devices, the Retry Times cannot be disabled. You can only set it to the maximum value, which is 9. This will give the users enough time to verify.
 

 

FaceID (FaceID 2,  FaceID 3, FaceID 4d)

You can configure this feature in Access Parameter Settings:

Menu> System> Access Control Settings > Access Control Parameters > Failure Alarm Thr > Define the value (1-9)

Please note that for FaceID series, the alarm threshold cannot be disabled. You can only set it to the maximum value, which is 9. This will give the users enough time to verify.

 
 

Removing the sound of alarm from H2i

Our R&D have come out with a tool for H2i users to remove the sound of alarms with ease, as the H2i terminal does not come with a screen.

To download the tool, please click here.

*Please note that when this update is performed, the alarm will not be triggered in the event of:~

1.            Door Forced Open

2.            Failed verification after a certain number of time.

3.            Device being forcefully removed as such the tamper switch is released.