FBL1200 PRO - Access Control System ZKTeco - Free user manual and instructions

Product Type	Access Control System with Face Recognition
Brand	ZKTeco
Model	FBL1200 PRO
Dimensions (H×W×D)	210 × 105 × 25 mm
Weight	0.5 kg
Power Supply	12V DC, 1A
Power Consumption	≤ 12W
Display	2.8-inch TFT color screen
Camera	IR camera for face recognition
Recognition Speed	≤ 1 second per user
User Capacity	1,000 face templates
Card Capacity	1,000 RFID cards (optional)
Communication	TCP/IP, RS485, USB Host
Access Control Interfaces	Lock relay, door sensor, exit button
Operating Temperature	-10°C to 45°C
Operating Humidity	20% to 80% RH
Ingress Protection	IP54 (indoor use)
Mounting	Wall mount (bracket included)
Main Functions	Face recognition, card and password verification, door control, time attendance, alarm
Maintenance	Clean camera lens with soft dry cloth; avoid moisture
Safety	Built-in tamper switch; data encryption for user templates
Spare Parts & Repairability	Power adapter, mounting screws, replacement brackets; service by authorized technicians
General Information	Compatible with ZKTeco software (Access, Time & Attendance)

Frequently Asked Questions - FBL1200 PRO ZKTeco

How to factory reset the FBL1200 PRO?

Press and hold the RESET button (located on the back panel) for 5 seconds until the device restarts. This will clear all user data and restore defaults.

How to add a new user via face recognition?

Go to Menu > User Management > Add User. Follow the on-screen prompts to enroll a face (stand 30-50 cm from camera). You can also assign a card or password.

Can I connect the device to a PC for attendance logs?

Yes, connect via USB or TCP/IP. Download ZKTeco Time & Attendance or Access Management software to pull logs.

How to set the date and time?

Navigate to Menu > System Settings > Date/Time. Set manually or enable NTP synchronization if network is available.

What is the maximum number of face templates?

The FBL1200 PRO stores up to 1,000 face templates. Additional users can be added via card or password if face capacity is full.

How to connect a door lock?

Use the LOCK+ and LOCK- terminals on the back. Connect the lock power supply (typically 12V) and the lock relay (NO/NC). Refer to wiring diagram in the manual.

Does the device work outdoors?

The FBL1200 PRO is rated IP54, suitable for sheltered outdoor areas. Avoid direct rain or extreme temperatures.

How to change the administrator password?

Enter Menu > System Settings > Security. Enter the old admin password, then set a new one. Default admin password is usually 12345.

Why does the face recognition fail sometimes?

Ensure adequate lighting (no backlight), clean lens, and face is centered. Re-enroll the user under varying conditions (glasses, expressions) for better recognition.

How to update firmware?

Download the latest firmware from ZKTeco website. Copy the file to a USB flash drive (FAT32). Insert into the device and go to Menu > Maintenance > Update Firmware.

USER MANUAL FBL1200 PRO ZKTeco

Flap Barrier Turnstile-FBL6000 Pro Series

Applicable Model(s): FBL1000 Pro series, FBL1200 Pro series, FBL2000 Pro series, FBL2200 Pro series, FBL4000 Pro series, FBL4200 Pro series, FBL5000 Pro series, FBL5200 Pro series, FBL6000 Pro series, FBL6200 Pro series

Version: 1.1

Date: October 2019

Contents

1. Product Introduction.... 1
   1.1 Product Appearance and Dimensions 1
   1.2 Technical Parameters....2
   1.3 Model Number and Access Control....2
2. Power-on Test Prior to Installation 3
3. Electric and Civil Installation 4
4. Menu Operation....7
5. Wiring Diagram 9
6. Product Maintenance....10
   6.1 Chassis....10
   6.2 Movement....10
   6.3 Power 10

1. Product Introduction

The wing gate is composed of the chassis, core component, wing arms, a PCB (printed circuit board), infrared sensors, a reader, and the access control system.

The system uses standard electric interfaces. It meets fire fighting passage requirements and is equipped with dedicated fire control linkage interfaces. The entire system complies with the same quality standard to ensure reliability, stability, and smoothness of the system during running.

The wing gate is applicable to work attendance, access control, consumption management, and special passage control of enterprises and institutional organizations. It is conducive to the management of ticket check passages in stations, wharves, convention and exhibition centres, and swimming pools.

1.1 Product Appearance and Dimensions

Below is the design and dimensions of FBL6000 Pro:

Technical line drawing of two mechanical gate structures with no visible text or symbols

Pure mechanical diagram showing two vertical components connected by a horizontal bar, without any text, labels, or symbols.

1.2 Technical Parameters

Dimension (mm)	FBL6000 Pro: L = 1400, W =300, H = 1000
Lane width	600mm	Input voltage	AC110 ~ 240V;50 - 60Hz
Input control signal	Switching signal	Output voltage	DC24V
Time of opening/closing	1 second (adjustable)	Relative humidity	5% - 80%
Temperature	-28°C to 60°C	Passage rate	Maximum 30/minute
Infrared sensor	5	Working environment	Indoor

1.3 The model number and access control

Access Model	None	C3-200 and 2*Wiegand reader	inBio 260 and 2* FR1500/ID reader	2*Facedepot 7B device
FBL6000 Pro	√
FBL6011 Pro	√
FBL6022 Pro	√
FBL6033 Pro	√
FBL6200 Pro	√
FBL6211 Pro	√
FBL6222 Pro	√
FBL6233 Pro	√

Figure 1-1

2. Power-on Test Prior to Installation

Test Procedure:

1. Connect a temporary test cable to the device and supply the input power of AC100-240V adaptive to the device (Note that a ground cable must be connected.)

2. Wait 30 seconds till the wing gate completes the self-test procedure.

3. Start the air switch inside the wing gate to check whether the wing gate functions properly and check whether the LED indicators function properly. If they all function properly, start the civil installation. If an exception occurs, contact your sales agent.

Technical line drawing of a mechanical assembly with two red circles highlighting a detail (no text or symbols present)

Figure 2-1 Air Switch

3. Electric and Civil Installation

1. Device installation conditions

The location where the device is installed must be a concrete flat surface so that the expansion screws can be fastened firmly. If the planned foundation does not meet this criterion, consult professional building or decoration personnel and create stable conditions for firmly fastening of the wing gate.

2. Determination of the location of device installation

Decide the installation location based on the space needed as illustrated in Figure 3-1A and Figure 3-1B.

Figure 3-1A Single-Passage Wing Gate

Figure 3-1B Dual-Passage Wing Gate

3. Cable connection

For the location of the hole where the cables come out, please refer to Figure 3-2 below.

4. Device installation

a) Turn on the master machine and slave machine, adjust the wing arms to ensure that the wing arms are in the same line and the distance between wings is 50 ~mm . Turn the wings to the OFF state.
b) Test whether the infrared rays transmitted by infrared sensors on both sides align with each other.
c) Make marks: Mark the screw hole of the base and chassis base edges on the ground.

d) Drill holes: Get ready a hammer drill and a 14 mm drill bit, vertically drill a hole with the depth of 80 mm in the screw hole centre marks.

Alternatively, drill holes according to installation hole positions, see Figure 3-2 for installation hole positions. The unit of the figures in the drawings is mm.

Figure 3-2

e) Apply screw glue to the outer surface and threads of the expansion screws, insert expansion screws, and put the master machine and slave machine in the marked positions. Use a level to check whether the installation ground foundation is level. If not, use a pad for adjustment.

Note: Eight expansion screws must be completely inserted, as shown in Figure 3-3.

Technical line drawing of a mechanical assembly with three labeled components (no text or symbols present)

Figure 3-3

5. Card Swiping Warning Lines

It is recommended that a warning line is set to prompt users to swipe cards outside the warning lines, as shown in Figure 3-4.

Figure 3-4

4. Menu Operation

- Menu

There are four keys on the control panel, including "UP", "DOWN", "ENT", and "ESC". Press "ENT" to modify settings, press "UP" and "DOWN" button to select a function, and press "ESC" to exit.

● The menu has the following options:

1. Passing mode

Two-way swipe (default)

Left free, Right swipe

Left swipe, Right free

Two-way free

Left prohibit, Right swipe

Left swipe, Right prohibit

Left prohibit, Right free

Left free, Right prohibit

Two-way prohibit

2. Opening speed

Low speed

Medium speed (default)

High speed

3. Closing speed

Low speed

Medium speed (default)

High speed

4. Volume setting

Volume: off

The value ranges from 1 to 16 (default 5).

1 is the minimum value; 16 is the maximum value.

5. Opening duration

After the gate is opened, it will be automatically closed if no one passes through within a certain duration. The default value is 10 seconds. The value ranges from 5 to 60.

6. Reset the counter

Exit counter

Entry counter

All (default)

7. Gate closing delay time

Time: 0\~10s (default 0s)

8. Trailing alarm detection

Mode: Close the door and audio alarm

Audio alarm only (default)

Disable the alarm function

9. Swiping mode

Method: Allow card swiping in the channel (default)

Do not allow card swiping in the channel

10. False direction entry

Mode: Close the door and audio alarm

Audio alarm only (default)

Disable the alarm function

11. Set fire signal

Enable (default)

Disable

12. Exchange voice of door opening

Yes

No (default)

13. Speed compensation of master machine

Compensation value: 000

1\~20 (default: 000)

14. Speed compensation of slave machine

Compensation value: 000

1\~20 (default: 000)

15. Gate closing mode

Out of the anti-pinch area, close the gate. (default)

Out of the channel, close the gate.

16. Memory opening

Whether to open: No (default)

Yes

17. System working mode

Mode: Working mode (default)

Test mode

Restore to factory

18. Version number

Version: V7.0.3

5. Wiring Diagram

Below is the wiring diagram:

Figure 5-1

6. Product Maintenance

6.1 Chassis

The chassis is made of SAE 304 stainless steel. When the device has been used for a long period, there may be rust or stain on the surface of the chassis. Remember to regularly sand the surface along the grain softly and carefully, then coat the surface with anti-rust oil. Avoid covering the infrared sensors.

6.2 Movement

Cut off the power supply before maintenance. Then, open the door, wipe off the dust on the surface, and lubricate the transmission mechanism. Check and tighten other connection parts.

6.3 Power

Cut off the power supply before maintenance. Check the plug connection; if anything is loose, fix it. Do not randomly change any connection positioning. Check the external power insulation regularly. Do periodic check for any kind of leakage. Check if the technical parameters of each interface are normal. Check the service life of the electronic components.

Caution: The above-mentioned maintenance method of the swing gates, especially the movement and the electric control maintenance, must be carried out by professional personnel. Always remember to cut off the power supply before maintenance and repair.