Showing posts with label Ingressus. Show all posts

Ingressus Metal Casing Setup



Introduction
Ingressus controllers are designed to control access for a one-door (Ingressus I), two-door (Ingressus II) and four-door environment (Ingressus IV). With Ingressus, a user needs to verify his identity at a Wiegand terminal or an RS485 reader with fingerprint, card, password or any combination of credentials during entry and exit. The Ingressus has to finalize the user’s identity before granting him access to a particular area. The transaction records will be saved into the Ingressus’s inbuilt memory and sent to the software for further processing. Multiple Ingressus installations can be centralized via IP or RS485 connection in a computer installed with the bundled Ingress software. Each Ingressus I works independently at its access point; however, the data is centralized from all Ingressus controllers to give a better and complete picture of the entire security level. 

To set up the Ingressus controller, a 12VDC power supply and backup battery are needed to operate and function well as access control. As these components are needed, the Metal casing is essential to place these components for better maintenance and safety. Therefore, FingerTec provides a specific metal casing accessory for the Ingressus Controller to ease installation. Here are steps for Ingressus metal casing setup:

                                                                                         Ingressus Metal Casing Set

Step 1 : Join the back and the front metal casing

Step 2: Join the right side of the metal casing



Step 3 : Join the top metal casing


Step 4 : Join the bottom metal casing



Step 5 : Prepare the 8 casing Screws

 

Step 6 : Screw every corner of the metal casing

Step 7 : Prepare 4 holder screws

Step 8 : Flip the power supply 

Step 9 : Align the bracket with the power supply, screw hole and screw it with 2 Holder screws

Step 10 : Screw the bracket to metal casing with 2 holder screws

Step 11 : Prepare 2 Holder screws

Step 12
: Screw Bracket at the metal casing with 2 Holder screws

Step 13 : Slot in the ingressus at the bracket where Ingressus have DIN Rail slot at the back

Step 14 : Prepare 2 Casing screws

Step 15 : Mount battery with Z bracket by screwing it with the Casing screw 

Note: If some of the screenshots or steps viewed here are different from the ones in the current system, this is due to our continuous effort to improve our system from time to time. Please notify us at [email protected], we will update it as soon as possible.



How to Setup Interlocking in Ingressus



Introduction For higher-level security, interlocking is the fundamental parts of door access security where two doors are interconnecting, where each of the doors must entirely close before one could access another door. This feature is to prevent someone from tailgating authorized personnel and entering the room without permission. Interlocking is available in Ingressus II and Ingressus IV controller because it involved the installation of at least two doors. Requirements
- Ingress software - Ingressus II or Ingressus IV controller - Slave reader connected to Ingressus controller - Door sensor installed at the door Ingress software must be connected to Ingressus controller while each door must be installed with the door sensor to monitor the door open-close activities. How to activate interlocking? Steps
Select ‘DEVICE’ -> click ‘Zones’ -> select ‘Interlocking’ -> click ‘ADD ZONE’ -> rename interlocking zone


Select interlocking zone “Server room” -> click ‘ADD SETTING TO DEVICE’ -> select check box for the selected device -> click ‘OK’


Select device “Ingressus ii“ -> Click ‘EDIT’ -> Select ‘INTERLOCKING BETWEEN DOOR 1 AND DOOR 2’ -> ‘SAVE’


Synchronize software with controller -> Click on Icon Ingress -> Select ‘NOTIFICATION’


Click check box -> ‘START SYNCHRONIZE’ -> click start synchronize again


How Does It Work?
Access the first door. If you try to open the second door without closing the first door, you can see the ‘Interlock’ sign appears.


You can only access the second door when you close the first door properly.


Note: If some of the screenshots or steps viewed here are different from the ones in the current system, this is due to our continuous effort to improve our system from time to time. Please notify us at [email protected], we will update it as soon as possible. 
 



























How To Configure Ingressus For Fire Alarm System



Introduction: 
FingerTec Ingressus I,II and IV devices have the capability to support all doors in opening and closing them when the alarm is triggered in case of an emergency such as a fire.

Basically, Ingressus has an auxiliary input that can be configured via Ingress software. This input is a dry contact (disconnected) and has no voltage supply.

By using this input, users can send a signal to Ingressus in case of fire hazards occuring within the building. You will however, still need to utilize a smoke detector or third party fire alarm system that can send signal to the alarm using a dry contact signal.


Scenario: 
i) The main idea below is how to keep the doors opened during a fire emergency. Please find below details for Ingressus specification that you need to know in order to set up for fire alarm system.

1. Ingressus 1
    (one aux-in / one aux-out) to control two doors during a fire alarm.

2. Ingressus 2
   (two aux-in / two aux-out) to control four doors during a fire alarm.

3. Ingressus 4
    (two aux-in / two aux-out) to control six doors during a fire alarm.

As for Ingress software, there are still some configurations that need to be carried out. Please refer to the screenshot below:
 

Firstly, please set the Fire Alarm Condition to Auxiliary Input 1 and the Trigger Condition to Auxiliary Input Shorted. This is so that the Ingressus will receive the signal from the fire alarm through Auxiliary Input 1. Next, check both Lock 1 and Auxiliary 1 at Output Point Address as well as select the Action Type as Normal Open.

In doing so, when the fire alarm triggers, it will shorten the Auxiliary Input 1 and cause the door to open (Auxiliary Output 1). Normal Open condition will thus keep the door opened until it is manually closed at Ingress software.

ii) Close door automatically after the alarm goes off.
As shown in the screenshot below, please set the Fire Alarm Condition to Auxiliary Input Disconnected and Input Point Address to Auxiliary Input 1 as well as the Action Type to Close.

Once the fire hazard has been dealt with, the fire alarm will usually revert back to normal condition and stop the alarm. In this case, it will disconnect the Auxiliary Input 1 and close your door.

Configuration in Ingress software:




Wiring Diagram for further reference:

Input - (can be any dry contact signal)
 (Diagram 1)

Output - (Adaptec Plus / X)
(Diagram 2)

As you can see in Diagram 2, your door should be connected in series with the Ingressus Auxiliary Output. Therefore, when the Ingressus Auxiliary Input is shorted, it will open the Auxiliary Output which will in turn open the EM Lock circuit.

Standalone device:

(Diagram 3) 

Diagram 3 shows that the door is connected in series with the NC/Com of Ingressus door. Hence, when the input is triggered, Ingressus Auxiliary Input will be shorted and unlock the Ingressus door as well as the  EM Lock circuit. Please however, DO NOT USE a single Auxiliary Output for two doors as it will affect your voltage supply for the EM Lock.

Note: If some of the screenshots or steps viewed here are different from the ones in the current
system, this is due to our continuous effort to improve our system from time to time. Please notify us at [email protected], we will update it as soon as possible.

How To Pair QR110 (MiFare) With FingerTec Master Readers




Introduction
FingerTec QR110 is a slave QR code reader for door access, and recently this model has been designed to also read MiFare card. This is a quick guide on how to pair QR110 (MiFare) with FingerTec Master Readers.

For information on QR110 (RFID) please refer to this post:
How to pair FingerTec QR110 Slave Reader with FingerTec Master Readers

QR110 (MiFare) Compatible Device -
Below are the list of FingerTec device models that are compatible with QR110 (MiFare):
1.       R2
2.       R3
3.       Q2i (FEM 800 only)
4.       Kadex
5.       M-Kadex
6.       Ingressus Controller

Note that QR110 (MiFare) is using 34-bit Wiegand signal to communicate with the master readers.

Requirement -
The main requirements needed for pairing QR110 (MiFare) with the master readers are:
1.       Wiegand-In Port
2.       Wiegand 34-bit Communication
3.       MiFare Card

Connection between QR110 and FingerTec Master Readers -
The connection for QR110 (MiFare) with the Master Readers is the same with QR110 (RFID). You may find the connection details as shown in the diagram below:

1. Pairing With Ingressus Controller
 

2. Pairing With FingerTec Master Readers.
 

QR110 MiFare Setting -
As QR110 MiFare reader is a very simple and convenient reader to begin with, no configuration or setting is required from the device. All users need to do is just plug in the device and the process is complete.

Master Readers Setting -
Before pairing the Master Readers with QR110, the devices on the other hand, will first need to be enabled in Wiegand 34-bit format as per the setting below:

1. R2 and Kadex:
Menu > option > system option > Wiegand input setting > FP device > Input format = WG34 Without ID  > Restart.

2. R3 and Q2i:
Menu > Comm > Wiegand > input option > Define = 34 > Bit counts = 34 > Input = NO. > Restart.

3. Face ID 3:
Menu > comm > Wiegand input > Wiegand Format =  Wiegand 34 > Input = Card No. > Save > Restart.

4. m-Kadex:
Requires a tool update as provided below (also works with R2 and Kadex):
https://s3.amazonaws.com/files.fingertec.com/Azim+Tools/Tools/FTEnableWG34_BWdevice.exe

 5. Ingressus:
Connect 3 Wiegand cables between QR110 (MiFare) reader and Ingressus (no other settings required).

Once done, FingerTec Master Readers will thus be paired up with the QR110 (MiFare) reader.

Note: If some of the screenshots or steps viewed here are different from the ones in the current system, this is due to our continuous effort to improve our system from time to time. Please notify us at [email protected], we will update it as soon as possible.


How The Long Range Reader Works With Ingressus Controller


Introduction On Vehicle Access Control:
Vehicle Access Control System is a security control method that can be utilized to allow the access of transportation vehicles such as cars into a compound. In access control systems, users are required to present their credentials before they can be granted access and the same can be said for the Vehicle Access Control System as well. Access Control is the concept of utilizing advanced technology to keep unauthorized individuals from accessing a building or an area within a facility. Therefore in a Vehicle Access Control System, the vehicle boom barrier operation is the main platform designed to manage the car’s access areas.

Normally, this operation requires an RFID Access Card and users will need to present the RFID card in order to obtain the access for their vehicles. Now with the latest technology, TimeTec presents the Anti-Torn UHF Long Range RFID Sticker to replace the traditional RFID Access Card. Simply stick it on the inside or outside of the vehicle’s windscreen in order for the  Long Range Reader to automatically grant your vehicles access into the premise.

Below is a depiction on how this particular system operation works together with Ingressus Controller:
 

How It Works?
Whenever a vehicle approaches the gate, the Long-Range Reader will read the UHF RFID Sticker with up to a maximum of 10 Meters distance depending on the Reader and environment.

Once the Reader has obtained the information from the Sticker, the data will then be sent to the Ingressus Controller which contains all of the user data for verification to allow the users to enter the premise.

After the Ingressus Controller has identified the data, the device will in turn send a signal to the Barrier Gate Controller. Once received the signal, the Barrier Gate Controller will unlock the gate and close it after the vehicle has completely passed the loop sensor.

Wiring Connection:

As the Long-Range Reader uses a Wiegand connection for its communication, Wiegand 1 at the Ingressus will be used to connect the Long-Range Reader for the Entrance gate. The NO and COM at Lock 1 will be used as an Output to send a signal to the Barrier Gate Controller.
For the Exit gate, the device uses the Wiegand 3 as connection to the Long-Range Reader. The NO and COM at Lock 2 will be used as an Output to send a Signal to the Barrier Gate Controller.

All in all, the Ingressus Controller is a one stop verification that not only centralizes the devices involved but also provides a centralized verification for an exceptional security that no other brands can provide.

Note: If some of the screenshots or steps viewed here are different from the ones in the current system, this is due to our continuous effort to improve our system from time to time. Please notify us at [email protected], we will update it as soon as possible.

Prevent Duplicate Password During Enrollment Process (Ingressus Controller / k-Kadex)


 Introduction:
Ingressus controller is a device that is developed to be paired with a slave device, such as k-Kadex. To ensure that the Ingressus Controller is always functioning properly with k-Kadex, we’ve prepared this article to explain how to configure the Ingressus controller when utilizing the password verification option. This is because the Ingressus controller cannot verify the user’s password if there are duplicate passwords (2 or more users using the same password). Note that by installing the latest Ingress Software installer, the system now has the option to check for any duplicate password before uploading all the users enrolled into the Ingressus Controller.

Process:
1. Double check your Ingress Software version (Click Ingress Icon (Top left Corner) > About Us)
If the system is below Version V3.1.5.11, you will need to download the installer from the links provided below:

Ingress Server MYSQL V3.1.5.11: https://s3.amazonaws.com/files.fingertec.com/Software+Releases/Ingress/2018/Ingress+V3.1.5.11+2018-05-30/Ingress+Server(MySQL).zip

Ingress Client MYSQL V3.1.5.11:
https://s3.amazonaws.com/files.fingertec.com/Software+Releases/Ingress/2018/Ingress+V3.1.5.11+2018-05-30/Ingress(MySQL).zip

2. After adding Ingressus controller into the Ingress Software, click the “Doors” tab and select Verify Mode as “Card or Pin Plus Password”


3. For New Ingress Software Installation - Before enrolling the users into Ingress Software, please enable “Disallow” duplicate password value for users.
 

4. After enabling this option, whenever another users fill in the same password, the system will display a duplicate password detected message to inform the users.
 

Additionally, before uploading all the existing users from the Ingress Software into the Ingressus controller, please also turn ON “ Disallow duplicate password value for users “, in order for the system to check if have any user has a duplicate password.

Below is a screenshot that display the existing users with a duplicate password after enabling the “Disallow duplicate password value for users” option.


If there are users using the same password, Admin will then need to click the “Reset Password” button to reset/delete the affected users password. Afterwards, the Admin will be required to assign/enroll a new password for the users, and upload it into the existing devices and Ingressus controller.

Note: If some of the screenshots or steps viewed here are different from the ones in the current system, this is due to our continuous effort to improve our system from time to time. Please notify us at [email protected], we will update it as soon as possible.  

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.
(Figure 1)

(Figure 2)

(Figure 3)

(Figure 4)

(Figure 5)

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)

(Figure 3)

(Figure 4)

(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.