Seamless Integration of Access Control, Smart Building, SCADA, and WEB PLC
Emergency restroom, multi-door interlock, and facility entry/exit control with traffic signal integration
Browsing Records
Seamless Integration of Access Control, Smart Building, SCADA, and WEB PLC
Emergency restroom, multi-door interlock, and facility entry/exit control with traffic signal integration
Hardware Features:
Logic Programming Features:
Programming User Interface:
Built-in easy to program and interactive user interface
.png)
.png)
.png)
.png)
1. Multi-door Interlock Application Cases :
.png)
Conditions:
4 Doors Interlock: When one of the doors is unlocked, other 3 doors could not be unlocked until that door is closed
Feature：
Contact Description:
| Door | DI Address PB |
DI Address Door Sensor |
DO Address Door Relay |
DO Address Alarm |
|
Door A |
DIX0 | DIX1 | DOY0 | DOY1 |
|
Door B |
DIX2 | DIX3 | DOY2 | DOY3 |
|
Door C |
DIX4 | DIX5 | DOY4 | DOY5 |
|
Door D |
DIX6 | DIX7 | DOY6 | DOY7 |
| Fire DI | DIX16 |
Case Explanation :
We will use Door A as example to explain the program logic:
1. When the door sensor DIX3/DX5/DIX7 and the door lock relay DOY2/DOY4/DOY6 of door B/door C/door D are closed, press Door A push button DIX0 , the door lock relay DOY0 can be trigger on 6 seconds.
2. When the fire alarm input DIX16 is closed, the door lock relay of door A/door B/door C/door D can be released on;
3. When the door sensor DIX1 of door A is closed, the door lock relay of door A can be automatically relocked;
4. When the door sensor DIX1 of door A is forced to open and the door relay DOY0 of door A is off, the alarm relay DOY1 of door A will be turned on;
5. When the door sensor DIX1 of door A is open, the timer TMR0 is triggered. When TMR0 is more than 8 seconds, the door open too long alarm relay DOY1 is triggered.
6. When the door sensor DIX1 of door A is closed, the alarm relay DOY1 can be stopped.
WEB Setting:
Ladder Programming:
.png)
701ClientSQL Graphic Control Configuration Steps:
B. Custom Application Cases
Conditions:
A. There are five rooms, with a total of eight interlocking doors in this case. If one door of Room1-5 is opened, all other doors in that room will be locked. As an illustration, when door B is open, doors A, C, and D will be closed.
B. In Rooms 1-5 and relevant places, there are a total of 8 emergency buttons. Pressing each of emergency button will unlock all connected doors of that room for 60 seconds.
C. All emergency buttons will trigger the same alarm for 60 seconds.
Contact Description:
*Text in red indicates AR-401-IO1608 expansion contacts.
*Text in blue indicates firmware configuration points. Installers, please ignore.
| AR-401-IO-0808R / *AR-401-IO1608 Contacts | |||
| DI | Contacts | DO | Contacts |
| DIX0 | Emergency Button 1 | DOY0 | Electric Lock A |
| DIX1 | Door Sensor A | DOY1 | Electric Lock B |
| DIX2 | Emergency Button 2 | DOY2 | Electric Lock C |
| DIX3 | Door Sensor B | DOY3 | Electric Lock D |
| DIX4 | Emergency Button 3 | DOY4 | Electric Lock E |
| DIX5 | Door Sensor C | DOY5 | Electric Lock F |
| DIX6 | Emergency Button 4 | DOY6 | Electric Lock G |
| DIX7 | Door Sensor D | DOY7 | Electric Lock H |
| DIX0 (DIX16) | Emergency Button 5 | DOY0 (DOY16) | Alarm Output (For all of Emergency Buttons) |
| DIX1 (DIX17) | Door Sensor E | ||
| DIX2 (DIX18) | Emergency Button 6 | ||
| DIX3 (DIX19) | Door Sensor F | ||
| DIX4 (DIX20) | Emergency Button 7 | ||
| DIX5 (DIX21) | Door Sensor G | ||
| DIX6 (DIX22) | Emergency Button 8 | ||
| DIX7 (DIX23) | Door Sensor H | ||
Door Sensor Trigger Table
| DI (Door Open) | DO (Door Locked) | Contacts | Relay |
| Door A (DIX1) | Door B | DOY1 | K2 |
| Door B (DIX3) | Door A C D | DOY0 DOY2 DOY3 | K1 K3 K4 |
| Door C (DIX5) | Door B D E | DOY1 DOY3 DOY4 | K2 K4 K5 |
| Door D (DIX7) | Door B C F | DOY1 DOY2 DOY5 | K2 K3 K6 |
| Door E (DIX1) (DIX17) | Door C F G H | DOY2 DOY5 DOY6 DOY7 | K3 K6 K7 K8 |
| Door F (DIX3) (DIX19) | Door D E G H | DOY3 DOY4 DOY6 DOY7 | K4 K5 K7 K8 |
| Door G (DIX5) (DIX21) | Door E F H | DOY4 DOY5 DOY7 | K5 K6 K8 |
| Door H (DIX7) (DIX23) | Door E F G | DOY4 DOY5 DOY6 | K5 K6 K7 |
Emergency Button Trigger Table
| DI | DO | Relay | Output-1 | Output-2 |
| Emergency Button 1 (DIX0) | DOY0 (DOY16) | K1 | Central Alarm with 60 seconds | Unlock Door A |
| Emergency Button 2 (DIX2) | DOY0 (DOY16) | K1 | Central Alarm with 60 seconds | Unlock Door A B |
| Emergency Button 3 (DIX4) | DOY0 (DOY16) | K1 | Central Alarm with 60 seconds | Unlock Door B C D |
| Emergency Button 4 (DIX6) | DOY0 (DOY16) | K1 | Central Alarm with 60 seconds | Unlock Door C E |
| Emergency Button 5 (DIX0) (DI16) | DOY0 (DOY16) | K1 | Central Alarm with 60 seconds | Unlock Door E F G H |
| Emergency Button 6 (DIX2) (DI18) | DOY0 (DOY16) | K1 | Central Alarm with 60 seconds | Unlock Door D F |
| Emergency Button 7 (DIX4) (DI20) | DOY0 (DOY16) | K1 | Central Alarm with 60 seconds | Unlock Door G |
| Emergency Button 8 (DIX6) (DI22) | DOY0 (DOY16) | K1 | Central Alarm with 60 seconds | Unlock Door H |
WEB Setting:
Ladder Programming:
701ClientSQL Graphic Animation:
*The scenario described involves the opening of door B by personnel, followed by the locking of doors A, C, and D. At this point, the individual presses the emergency button in Room 2. Subsequently, doors B, C, and D are unlocked, and the central alarm is triggered.
Conditions:
There are two rooms on site, each with two doors. A/B doors are interlocked, and C/D doors are interlocked。
Point Description
| DI / DO Table | |||||
| DI | Device | Status | DO | Device | Status |
| X0 | Push Button A | NO | Y0 | Alarm A | NO |
| X1 | Door Sensor A | NC | Y1 | Electric Lock A | NO |
| X2 | Push Button B | NO | Y2 | Alarm B | NO |
| X3 | Door Sensor B | NC | Y3 | Electric Lock B | NO |
| X4 | Push Button C | NO | Y4 | Alarm C | NO |
| X5 | Door Sensor C | NC | Y5 | Electric Lock C | NO |
| X6 | Push Button D | NO | Y6 | Alarm D | NO |
| X7 | Door Sensor D | NC | Y7 | Electric Lock D | NO |
| Logical Action Table - Door Sensor | |
| X1 | Y2 Latch Output |
| X3 | Y1 Latch Output |
| X5 | Y4 Latch Output |
| X7 | Y3 Latch Output |
| Logical Action Table - Push Button | |||
| Item | Action 1 | Action 2 | Action 3 |
| X0 | Y0 Output for 60 seconds | Y1 Stop Output for 60 seconds | |
| X2 | Y2 Output for 60 seconds | Y1 Stop Output for 60 seconds | Y3 Stop Output for 60 seconds |
| X4 | Y4 Output for 60 seconds | Y5 Stop Output for 60 seconds | |
| X6 | Y6 Output for 60 seconds | Y5 Stop Output for 60 seconds | Y3 Stop Output for 60 seconds |
Parameter Settings:
Ladder Programming:
Referenced Commands:
Pulse Output / Rising Edge Trigger / Level Trigger
Example Download:
Conditions:
There are two rooms on site, each with two doors. A/B double doors are interlocked, and B/C double doors are interlocked.
Point Description
| DI / DO Table | |||||
| DI | Device | Status | DO | Device | Status |
| X0 | Controller A | NO | Y0 | Alarm A | NO |
| X1 | Push Button A | NO | Y1 | Electric Lock A | NO |
| X2 | Door Sensor A | NC | Y2 | Alarm B | NO |
| X3 | Push Button B | NO | Y3 | Electric Lock B | NO |
| X4 | Door Sensor B | NC | Y4 | Alarm C | NO |
| X5 | Push Button C | NO | Y5 | Electric Lock C | NO |
| X6 | Door Sensor C | NC | Y6 | Alarm D | NO |
| X7 | Y7 | ||||
| Logical Action Table - Door Sensor | ||
| Item | Action 1 | Action 2 |
| X1 | Y2 Latch Output | -- |
| X3 | Y1 Latch Output | Y3 Latch Output |
| X5 | Y2 Latch Output | -- |
| Logical Action Table - Push Button | |||
| Item | Action 1 | Action 2 | Action 3 |
| X0 | Y0 Output for 60 seconds | Y1 Stop Output for 60 seconds | -- |
| X2 | Y2 Output for 60 seconds | Y1 Stop Output for 60 seconds | Y3 Stop Output for 60 seconds |
| X4 | Y4 Output for 60 seconds | Y5 Stop Output for 60 seconds | -- |
Parameter Settings:
Ladder Programming:
Referenced Commands:
Pulse Output / Rising Edge Trigger / Level Trigger
Example Download:
Conditions:
The site is divided into three rooms. The first room has A/B/C three doors interlocked, the second room has C/D double doors interlocked, and the third room has D/E double doors interlocked.
.jpg)
Point Description:
| PLC Mainboard (AR-401-PLC-0808R) DI / DO Correspondence Table | |||||
| DI | Device | Status | DO | Device | Status |
| X0 | Controller A | NO | Y0 | Alarm A | NO |
| X1 | Push Button A | NO | Y1 | Electric Lock A | NO |
| X2 | Door Sensor A | NC | Y2 | Alarm B | NO |
| X3 | Push Button B | NO | Y3 | Electric Lock B | NO |
| X4 | Door Sensor B | NC | Y4 | Alarm C | NO |
| X5 | Push Button C | NO | Y5 | Door Closer D | NO |
| X6 | Door Sensor C | NC | Y6 | Indicator Light D | NO |
| X7 | Y7 | ||||
| AR-401-IO-1608R DI / DO Correspondence Table | |||||
| DI | Device | Status | DO | Device | Status |
| X0 | Controller D | NO | Y0 | Alarm D | NO |
| X1 | Push Button D | NO | Y1 | Electric Lock D | NO |
| X2 | Door Sensor D | NC | Y2 | Alarm E | NO |
| X3 | Push Button E | NO | Y3 | Electric Lock E | NO |
| X4 | Door Sensor E | NC | Y4 | ||
| X5 | Y5 | ||||
| X6 | Y6 | ||||
| X7 | Y7 | ||||
| Logic Action Table - Door Sensor | |||
| Item | Action 1 | Action 2 | Action 3 |
| X2 | Y3 Latch Output | Y5 Latch Output | -- |
| X4 | Y1 Latch Output | Y5 Latch Output | Y7 Latch Output |
| X6 | Y1 Latch Output | Y3 Latch Output | -- |
| X18 | Y5 Latch Output | Y19 Latch Output | |
| X20 | Y17 Latch Output | ||
| Logic Action Table - Push Button | ||
| Item | Action 1 | Action 2 |
| X0 | Y1 Output for 5 seconds | -- |
| X1 | Y0 Output for 60 seconds | Y1/ Y3/Y5 Stop Output for 60 seconds |
| X3 | Y2 Output for 60 seconds | Y3 Stop Output for 60 seconds |
| X5 | Y4 Output for 60 seconds | Y5/ Y17 Stop Output for 60 seconds |
| X16 | Y17 Output for 5 seconds | -- |
| X17 | Y16 Output for 60 seconds | Y17/ Y19 Stop Output for 60 seconds |
| X19 | Y16 Output for 60 seconds | Y19 Stop Output for 60 seconds |
Parameter Settings:
Ladder Programming:
Referenced Commands:
Pulse Output / Rising Edge Trigger / Level Trigger
Example Download:
Conditions:
There are two rooms on site, each with two doors. A/B double doors are interlocked, and C/D double doors are interlocked.
Point Description:
| DI / DO Correspondence Table | |||||
| DI | Device | Status | DO | Device | Status |
| X0 | Push Button A | NO | Y0 | Electric Lock A | NO |
| X1 | Door Sensor A | NC | Y1 | Electric Lock B | NO |
| X2 | Push Button B | NO | -- | -- | -- |
| X3 | Door Sensor B | NC | -- | -- | -- |
| X4 | -- | -- | -- | -- | -- |
| X5 | -- | -- | -- | -- | -- |
| X6 | -- | -- | -- | -- | -- |
| X7 | 火警接點 | NO | -- | -- | -- |
| Logic Action Table - Door Sensor | |
| Item | Action 1 |
| X1 | Y1 Latch Output |
| X3 | Y0 Latch Output |
| Logic Action Table - Push Button | |||
| Item | Action 1 | Action 2 | Action 3 |
| X0 | Y0 Output for 5 seconds | -- | -- |
| X2 | Y2 Output for 5 seconds | -- | -- |
| X7 | Y0 Latch Output | Y1 Latch Output | -- |
Parameter Settings:
Ladder Programming:
Referenced Commands:
Pulse Output / Rising Edge Trigger / Level Trigger
Example Download:
Conditions:
There is one room on site with three doors, A/B and C are three-door interlocked.
Point Description:
| DI / DO Correspondence Table | |||||
| DI | Device | Status | DO | Device | Status |
| X0 | Push Button A | NO | Y0 | Electric Lock A | NO |
| X1 | Door Sensor A | NC | Y1 | Electric Lock B | NO |
| X2 | Push Button B | NO | -- | -- | -- |
| X3 | Door Sensor B | NC | -- | -- | -- |
| X4 | -- | -- | -- | -- | -- |
| X5 | -- | -- | -- | -- | -- |
| X6 | -- | -- | -- | -- | -- |
| X7 | Fire Alarm Contact | NO | -- | -- | -- |
| Logic Action Table - Door Sensor | |
| Item | Action 1 |
| X1 | Y1 Latch Output |
| X3 | Y0 Latch Output |
| Logic Action Table - Push Button | |||
| Item | Action 1 | Action 2 | Action 3 |
| X0 | Y0 Output for 5 seconds | -- | -- |
| X2 | Y2 Output for 5 seconds | -- | -- |
| X7 | Y0 Latch Output | Y1 Latch Output | -- |
Parameter Settings:
Ladder Programming:
Referenced Commands:
Pulse Output / Rising Edge Trigger / Level Trigger
Example Download:
2. Factory Entrance and Exit Traffic Signal Integration System
Scenario:
This lane allows bidirectional traffic and includes direction detection functionality to open barriers/rolling doors according to the direction of travel.
※ The barriers/rolling doors used in this setup have timed drop and anti-pinch functions.Therefore, this example only controls the "Up" contact of the barriers/rolling doors and does not control the "Stop" & "Down" contacts.
※ The anti-pinch RF for the rolling doors in this setup is triggered in parallel with the same DI point on the PLC. It is normally open, and when a vehicle passes through, it short-circuits, causing the rolling door to continuously trigger the "Up" contact.
Conditions:
A. Vehicle Entry (1F -> B1)
1. After the vehicle enters and meets the direction detection for 1F, the long-range card reader is activated, and the B1 red light is turned on.
2.When the card reader identifies a valid card, it triggers the "Up" function for both the barrier gate and the rolling door.
3. The B1 traffic light remains green while in standby. When a vehicle enters 1F, the light changes to red to warn that no vehicles should exit from B1 until the vehicle passes through and meets the direction detection for B1. Once the vehicle meets B1's direction detection, the B1 traffic light returns to green.
B. Vehicle Exit (B1 -> 1F)
1. After the vehicle exits and meets the direction detection for B1, the B1 red light is activated.
2. Once the vehicle satisfies the B1 exit direction detection, it triggers the "Up" function for both the barrier gate and the rolling door.
3. The 1F traffic light remains green while in standby. When a vehicle exits from B1, the light changes to red to warn that no vehicles should enter 1F until the vehicle has passed through. Once the vehicle meets the direction detection for 1F, the 1F traffic light returns to green.
Contact Description:
| DI/DO Contacts | |||||||
| DI | Device | Status | Optional | DO | Device | Status | Optional |
| X0 | 1F RF-A | NO | Y0 | Barrier Up | NO | ||
| X1 | 1F RF-B | NO | Y1 | Rolling Door Up | NO | ||
| X2 | B1 RF-C | NO | Y2 | B1 Red Light | NO | ● | |
| X3 | B1 RF-D | NO | Y3 | 1F Red Light | NO | ● | |
| X4 | Barrier Anti-pinch | NO | Y4 | Activate Card Reader | NO | ||
| X5 | Rolling Door Anti-pinch | NO | Y5 | B1 Green Light | NO | ● | |
| X6 | Card Reader RELAY (Valid Card Opens Door Output) |
NO | Y6 | 1F Green Light | NO | ● | |
Command Explanation:
The following durations can all be customized to match the specific lane configuration on site.
• Index 000: When entering, activate the long-range card reader function to read the card for 20 seconds.
• Index 001: When a valid card is read, the card reader outputs a relay to the PLC, which then triggers the barrier and rolling door to open (2 seconds).
• Index 002: When entering, the vehicle triggers the B1 red light at the lower edge of 1F; B1 red light ON for 20 seconds.
• Index 003: When entering, the vehicle triggers the B1 red light at the lower edge of B1; B1 red light OFF.
※ The B1 red light will turn back to green after the specified duration or when the vehicle has passed through B1's ground loop/RF.
• Index 004: B1 Green Light (green while in standby); activation condition is B1 red light OFF.
• Index 005: When exiting, the vehicle triggers the upper edge of B1, opening the barrier and rolling door.
• Index 006: When exiting, the vehicle triggers the 1F red light at the lower edge of B1; 1F red light ON for 20 seconds.
• Index 007: When exiting, the vehicle triggers the 1F red light at the lower edge of 1F; 1F red light OFF.
※ The 1F red light will turn back to green after the specified duration or when the vehicle has passed through 1F's ground loop/RF.
• Index 008: 1F Green Light (green while in standby); activation condition is 1F red light OFF.
• Index 009: Remote control door open dry contact; opens the barrier and rolling door.
• Index 010: Barrier opening conditions (virtual points), combined points, with more than four conditions.
• Index 011: Barrier opening conditions (actual points), including conditions from Index 010 and remote control door open trigger.
• Index 012: Rolling door opening conditions (virtual points), combined points, with more than four conditions.
• Index 013: Rolling door opening conditions (actual points), including conditions from Index 012 and remote control door open trigger.
• Index 014: Close the barrier; if "Barrier Up" is not outputting, it can be triggered to "Barrier Down" via the remote control.
• Index 015: Close the rolling door; if "Rolling Door Up" is not outputting, it can be triggered to "Rolling Door Down" via the remote control.
WEB Configuration Screen
Ladder Programming:
| File Name | Version | Updated Date | Download | ||
|---|---|---|---|---|---|
| Manual | |||||
 WEB PLC Manual
|
V250512 | 2025-05-12 | Download | ||