FC-393E/M Metal Access Controller

Access controller FC-393E/M is specially designed for electric lock and security system. It adopts a unique metal shell design, smart keyboard board operation, built-in high-end microprocessor, and its anti-interference ability, safety and reliability both are extremely high, and can self-diagnose and protect themselves to ensure that the system works safely and effectively. The access controller can support different proximity cards (EM card, EM compatible card, EM format encryption card, MF1 format Mifare card) to open the door according to the model. It has three door opening methods: proximity card opening, password opening, proximity card + password opening, etc. , The user can choose the appropriate way to open the door according to their needs, and the relevant parameter settings can be carried out directly on the keyboard without a computer, making the operation easier.

FC-393E/M metal access controller is powerful and easy to install. It is an ideal access control device used in offices, homes, computer rooms and public places.

Function Introduction:

1. The FC-393E/M access controller has a keyboard self-locking function. The user can set the number of keyboard errors and preset the keyboard self-locking time, which can effectively prevent others from detecting the door password.

2. Anti-dismantling alarm function, that is, when the device is disassembled in working state, the access controller will trigger an alarm and output a prompt sound.

3. Illegal door opening alarm function. When the device detects abnormal door opening through the door sensor switch signal, the door sensor will trigger an alarm and output a prompt sound. After the door sensor is installed, this function will be automatically activated.

4. The access controller can store up to 10,000 sets of door opening data information (including proximity card opening data, password opening data, proximity card + password opening data), and all stored information will not be lost due to power failure, and it also supports doorbell output. It can be used with wired doorbell.

Product Size:

Wiring Diagram:

Access Controller Wiring Port：

+12V: Power supply anode, input range: DC9-13.8V

GND: Power supply cathode, it's also the common point of the signal

NC: Normally close point of the relays, current load is DC3A / 30V

COM: Common point of the relays, current load is DC3A / 30V

NO: Normally open point of the relays, current load is DC3A / 30V

PUSH: Exit Button, low level unlock

DOOR: Door status switch, connected with magnet, low level means door shut

ALM: Alarm output port, low level there is alarm, current load is 100ma

FIRE: Connect the alarm signal (Connect GND trigger)

BELL: Connected with doorbell

Device Model Introduction:

1. FC-393EA supports EM format ID card and supports 1000 user capacity.

2. FC-393EB supports EM format encryption card and supports 1000 user capacity.

3. FC-393M access controller supports MF1 format Mifare card and supports 1000 user capacity.

Structure Diagram:

Instructions for access controller:

1. Log in to the programming status: Type "*" + "program password" + "#", the default password is 1234, after logging in to the management status, the green light (MODE) turns on.

2. Exit the management state: type "**". After exiting the management state, the green light (MODE) will flash.

3. Enter the card number to add the card: type "10" + "#" + "8-digit card number" + "#", and indicate: "0012345678" is printed on the card, and the card can be issued as long as the last 8 digits are entered.

4. Add a password to open the door: key in "11" + "#" + "4-8 digits to open the password" + "#", note: the password is 4 to 8 digits, and a maximum of 100 groups of passwords can be added.

5. Add a duress password: type "12" + "#" + "4-8 digit duress password" + "#" to indicate: the duress password is only one set, and the original one is overwritten when a new duress password is added.

6. Quickly add card: type "20" + "#" + "read card", and indicate: multiple cards can be added at the same time. If the card is stopped for 10 seconds, the program will automatically exit the management state.

7. Self-numbered card issuance: key in "21" + "#" + "read card" + "3 digit self-number" and indicate: easy to remember. If a card is issued in room 302 (self-numbered 302), the card number corresponds to the room number, which is easy to remember. One self-number supports multiple cards. If you need to continuously add self-numbered cards, please enter the # key after entering the 3-digit self-number to read the card and send the next card continuously.

8. To issue a password card: key in "24" + "#" + "read card" + "enter the 4-8 digit password of the card" + "#". Note: After entering the command, read the card, and then enter the password.

Access controller password setting:

1. Modify the administrator password: key in "60" + "#" + "4-8 new administrator password" + "#" + "repeat 4-8 new administrator password" + "#". Note: When changing the new administrator password, you need to confirm the new password twice. When entering, the two passwords should be the same, otherwise it will fail.

2. Modify the door open timeout prompt: key in "63" + "#" + "3-digit door open timeout time" + "#". Note: When entering 000, the door open timeout prompt function is turned off, the unit is second (maximum can be set 255 seconds).

3. Modify the door opening delay time: key in "66" + "#" + "3-digit door opening delay time" + "#". Note: When entering 000, it is set to 0.5 seconds, the default is 3 seconds, and the longest is 255 seconds.

4. Anti-detection opening password setting: key in "68" + "#" + "1 digit error times + 2 digit lock duration" + "#". Note: When you enter the default value of 999, it will self-lock for 99 seconds after 9 errors.

Compatible with FCARD one card pass management system, support: unified management of access control, offline access control, time attendance access controller, guard tour, consumption machine, water controller, elevator access control board, parking lot system, etc., realizing a real one card pass system with one card and one library.