SBTL3022 - Uncategorized ZKTeco - Free user manual and instructions
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| Product Type | Biometric Terminal |
| Brand | ZKTeco |
| Model | SBTL3022 |
| Authentication Method | Fingerprint Verification |
| Display | 2.8-inch TFT Color Screen |
| Fingerprint Capacity | 3,000 Templates |
| User Capacity | 1,500 Users |
| Transaction Log | 100,000 Events |
| Communication | TCP/IP, RS485, USB Host |
| Access Control Interface | Door Lock, Exit Button, Alarm |
| Power Supply | 12V DC, 3A |
| Power Consumption | Less than 5W |
| Dimensions (W x H x D) | 170 x 130 x 35 mm |
| Weight | 0.5 kg |
| Operating Temperature | 0°C to 45°C |
| Operating Humidity | 20% to 80% |
| Fingerprint Sensor | Optical |
| Card Reader (Optional) | 125kHz EM or 13.56MHz MIFARE |
| Languages Supported | EN, FR, ES, PT, etc. |
| Cleaning Instructions | Clean with a soft, dry cloth. Avoid moisture. |
| Spare Parts | Power adapter, mounting bracket, screws |
| Warranty | 1 Year (Standard) |
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USER MANUAL SBTL3022 ZKTeco
Swing Barrier Instructions
Applicable Models: SBTL 2000 / 3000
Version: 1.0
Date: Mar. 2021
Contents
Chapter 1 Product Introduction....2
1.1 Model number and access control....2
1.2 Chassis and dimensions.... 2
1.3 Mechanical system of the swing barrier.... 3
1.4 Electronic control system.... 3
1.5 The working principle of swing barrier....4
1.6 System composition of the product....4
Chapter 2 The installation of the product....6
2.1 Installation notes....6
2.2 Installation position of the swing barrier....6
2.3 Cables Installation and Fixation....7
Chapter 3 Menu Operation....8
3.1 Function Introduction......8
3.2 Menu Introduction....9
Chapter 4 Common failure analysis....14
Chapter 5 Product maintenance....15
5.1 Chassis maintenance.... 15
5.2 Movement maintenance....15
5.3 Power maintenance.... 15
Chapter 1 Product Introduction
1.1 Model number and access control
| Model\Access | NO | C3-200 with two KR100E reader | inBIO260 with two FR1200/ID reader |
| SBTL2000 | √ | ||
| SBTL2011 | √ | ||
| SBTL2022 | √ | ||
| SBTL3000 | √ | ||
| SBTL3011 | √ | ||
| SBTL3022 | √ |
1.2 Chassis and dimensions
SBTL2000/3000 series, with stainless steel housing, provide simple and beautiful design with anti-corrosion. It is provide orderly and civilized passage to people while eliminating illegal personnel access. In case of emergency, it ensures timely evacuation channel smoothly and convenient personnel.
SBTL2000's appearance and dimensions are as shown in figure 1-2A:
SBTL3000's appearance and dimensions are as shown in figure 1-2B:
Figure1-2A
Figure1-2B
1.3 Mechanical system of the swing barrier
The mechanical system of a swing barrier turnstile includes the chassis and the core component. The chassis is a carrier where the direction indicator, the read-write device, the Infrared sensor, and the door locks is installed. The core component mainly consists of the electric motor, the frame, the belt, and the swing boom.
1.4 Electronic control system
The electronic control system of a swing barrier turnstile is mainly composed of the reader, master control panel, access controller, infrared sensor, direction indicator, alarm, and the transformer.
Reader: The reader reads the data onto the card and sends it to the controller.
Master control panel: The master control panel is the system's control center that receives signals from the reader and the photoelectric switch, performs logical judgment and processing of these signals, also sends executive commands to the direction indicator, electric motor and alarm.
Infrared sensor: It detects the position of a pedestrian and plays the role of safety protection.
Direction indicator: This indicator displays the current status of the sign of the channel, and directs the pedestrian to pass through the channel in a safe and orderly manner.
Alarm: The alarm gives an alarm message if the system detects any unauthorized entry to the channel.
1.5 The working principle of swing barrier
1.5.1 After powered on, the system performs self-check. If no failure is detected, the machine starts to operate normally. If a failure is detected, the system displays related messages on the LCD Display screen so that the user can have a quick knowledge of and solve the problem.
1.5.2 When the reader detects a valid card, the buzzer will give a nice audible prompt to the pedestrian, indicating that the card is being read successfully. And then, the reader sends signals to the access controller to request permission to pass through the passage. The access controller will send the signal to the master control panel.
1.5.3 After receiving the signal from the access controller, the master control panel sends valid control signals to the direction indicator and the electric motor. And the direction arrow turns green.
1.5.4 Pedestrians pass through the channel according to the direction indicator signs, infrared sensors detect the pedestrians pass through the whole process, and continue to send signal to the master control board until the pedestrian has been completely through the channel.
1.5.5 If the pedestrian enters the channel but forgets to have the card read by the reader, or the card he by the pedestrian is invalid, that the system will stop the pedestrian, and give an audible alarm until the pedestrian retreats from the channel. The pedestrian can pass through the channel only after a valid card is read by the card reader.
1.6 System composition of the product
The single-channel management system is composed of two single-core swing barrier turnstiles. The multi-channel management system is composed of two single-core barriers and multiple dual-core barriers.
1.6.1 Working modes of the system
To meet the requirements for use for different places, this system provides multiple working modes for the user. Including fire protection mode, normal working mode, testing mode,. The parameters can be set by using three built-in keypads ("ENT", "UP", and "DOWN") on the master control panel.
Option 16 in the menu is configurable using the values 0, 1, and 2.
If 0 is used, the system is being under the normal mode and does not detect the fire protection signals. If the detected fire protection signal is a pulse signal, the value is set to 1. Once this pulse signal is
detected, the system will automatically open the barriers and stop actions until it is powered off to restart. If the detected fire protection signal is a continuous level signal, the value is set to 2. Once this continuous high-level signal is detected, the system will automatically open the barriers and then wait until this high-level signal disappears. After this signal disappears, the system automatically closes the barriers and falls into the normal working mode.
Option 15 can be used to set the self-testing mode of the system. If the value is set to 1, the system will enter the automatic testing mode. Under this mode, the system automatically figures out the parameters such as the inertia of the swing arm.
1.7 Product related parameters
| Dimension(mm) | SBTL2000 : L=1200, W=280, H=1000SBTL3000 : L=1500, W=260, H=1000 | ||
| Communication Interface | RS485 | Input voltage | AC100-120V/200-240V,50-60Hz |
| Input control signal | Switching signal | output voltage | DC 24V |
| Time of opening/closing | 0.6S(adjustable) | Relative humidity | 5%-10% |
| temperature | -28°C-60°C | Pass speed | RFID: Maximum 42/minuteFingerprint: Maximum 35/minuteFace: Maximum 11/minuteVein: Maximum 23/minute |
| Infrared sensor | 6 | Working environment | indoor/Outdoor |
Chapter 2 The installation of the product
2.1 Installation notes
2.1.1 It is recommended that the swing barrier turnstile should be installed on a cement platform with 50mm to 100mm in height.
2.1.2 It is recommended that the swing barrier turnstile should not be used in corrosive environment.
2.1.3 Make sure the protective earth wire of the system is reliably connected to avoid personal injuries or other accidents.
2.1.4 After installation, check whether connection is reliable at the connecting points of the protective earth wire, at the connector assemblies and wiring points of the circuits, as well as at each movable part of the swing barrier turnstile. Any loose nuts, screws and other fasteners should be tightened in time to avoid swing barrier turnstile failures caused by long-time operations.
2.2 Installation position of the swing barrier
The installation position depends on the size of the swing barrier. If the swing barrier turnstile is installed near a wall, a distance from 100mm between the swing barrier turnstile and the wall needs to be reserved for ease of opening the top cover of the machine to perform maintenance and adjustment. The master and slave of a SBTL2000 swing barrier turnstile may either form a channel, or form two channels with a SBTL2200 swing barrier turnstile, as shown in figure 2-2A;
Figure2-2A SBTL2000 Single channel and dual channel
The master and slave of a SBTL3000 swing barrier turnstile may either form a channel, or form two channels with a SBTL3200 swing barrier turnstile, as shown in figure 2-2B;
Figure2-2B SBTL3000 Single channel and dual channel
2.3 Cables Installation and Fixation
For the outlets of the concealed cables, please refer to the drawing showing the mounting holes. The input voltage for this swing barrier turnstile is AC100-120V/200-240V and its master and slave are connected by a 6-core cable. When installing this swing barrier turnstile, the user only needs to connect it to the corresponding ports. Note that the PVC conduits are buried 100mm below the ground, with the height of the exposed part not exceeding 100mm. In addition, the conduit outlet is bent back to prevent ingress of water into the conduit.
SBTL2000 installation holes and cabling positions as shown in Figure 2-3A.
SBTL3000 installation holes and cabling positions as shown in Figure 2-3B.
Figure 2-3A
Figure 2-3B
Mark out the screw hole centers of the stand, and the edge of the chassis bases on the ground according to the sizes as shown on the figure 2-3A. Use a hammer drill to perforate M12 screw holes and then ins the screws. Place the swing barrier turnstile according to the sizes and positions as shown in the figure before installation and fixation. Connect the online cables and perform the power-on test. If the test is OK, tighten the screws. It is recommended that a warning line was marked out on the ground after the machine is installed, so as to prompt the pedestrian to stand behind the warning line when swiping the card. As shown in Figure 2-3C:
Figure 2-3C
Chapter 3 Menu Operation
3.1 Function Introduction
- After powered on, the LCD screen on the control board will display the default state showing the current working mode.
2.There are 4 buttons on the control board: UP, DOWN, ENT, and ESC, show as Figure 3-1:
UP: to move upwards or increase the value.
DOWN: to move downwards or decrease the value.
ENT: to enter a menu setting item or confirm the current modified value.
ESC: to return to the previous menu or cancel the current operation.
figure 3.1
3. Operation and instruction of menu
Press the ENT button and enter the password input interface. The default password is: UP, UP, DOWN, DOWN, DOWN, DOWN. You may press the ESC button to erase the last input. After entering the menu, press UP or DOWN to choose a menu item, then press ENT to enter the interface and adjust such function or value.
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.
3.2 Menu Introduction
After input correctly password then press ""OK"" and the menu operation interface is displayed. The menu has the following options:
1. Barrier positioning
Zero position (Default).
Left opening position.
Right opening position.
2. Opening mode
Bi-direction swiping card(Default)
Left free + Right swiping card.
Left swiping card + Right free.
Bi-direction control by IR sensor.
Left forbidden + Right swiping card.
Left swiping card + Right forbidden.
Left forbidden + Right free.
Left free + Right forbidden.
Bi-direction forbidden.
3.Open duration
5\~60s (The default is 10s).
4. False direction entry
Close door and voice alarm.
Voice alarm (Default).
Alarm disabled.
5. Speed of barrier closing and opening
Low speed.
Middle speed (Default).
High speed.
6.Anti-tailgate
Alarm disabled.
Voice alarm (Default).
Close door and voice alarm.
7. Reset counter
Exit counter (Default).
Entry counter.
Both.
8. Gate closing delay time
0\~10s (The default is 0).
9. Unlock brake
Delay to unlock (Default).
Unlock after card swiping.
10. Brake starting angle
3\~10° (The default is 3°).
11. Fire signal setting
Right opening (Default).
Left opening.
Disable.
12. System working mode
Working mode (Default).
Test mode.
Factory reset.
13.Volume setting
Disable.
1\~16 (The default is 5).
14. Exchange voice of door opening
No (Default).
Yes.
15.IR anti-pinch setting
Disable.
Stop turning for anti-pinch (Default).
Open the barrier for anti-pinch.
16. Memory function
Disable (Default).
Enable.
17. Select anti-pinch area
No anti-pinch (Default).
All IR areas for anti-pinch.
18. Master device speed compensation
0\~20 (The default is 0).
19. Slave device speed compensation
0\~20 (The default is 0).
20.Swiping card mode
Allow to swipe card in passage (Default).
Not allow to swipe card in passage.
21.Version
V6.0.4.
flowchart
graph TD
subgraph Controller
A["Reader 1"] --> B["Master machine board"]
C["Reader 2"] --> B
B --> D["Infrared receiving port"]
B --> E["Slave machine board"]
end
subgraph Master machine board
F["IR-L: IR1, IR-R: IR4, AP-L: IR2, AP-R: IR3, IR1, IR4 at the bottom, IR2, IR3 on the top"]
G["Infrared receiving port"]
H["Master machine board"]
I["Slave machine board"]
end
J["Controller"] --> K["Master machine board"]
L["Master machine board"] --> M["Slave machine board"]
N["Infrared receiving port"] --> O["Master machine board"]
P["Slave machine board"] --> Q["Master machine board"]
R["Infrared receiving port"] --> S["Slave machine board"]
T["Slave machine board"] --> U["Slave machine board"]
V["Master machine board"] --> W["Slave machine board"]
X["Slave machine board"] --> Y["Slave machine board"]
Z["Master machine board"] --> AA["Slave machine board"]
AB["Master machine board"] --> AC["Slave machine board"]
AD["Master machine board"] --> AE["Slave machine board"]
AF["Master machine board"] --> AG["Slave machine board"]
AH["Master machine board"] --> AI["Slave machine board"]
AJ["Master machine board"] --> AK["Slave machine board"]
AL["Master machine board"] --> AM["Slave machine board"]
AN["Master machine board"] --> AO["Slave machine board"]
Functions of terminals at each zone:
System power input: The main voltage is changed by a transformer to 24V and supplied to the main panel.
Battery input: (optional) After a power outage, the swing barrier of the machine is opened with power from the backup battery and no longer closed.
Fire switch: During emergencies ensuring users fast unencumbered exit to safety.
Right entry, common, left entry: Control the barrier opens to left or right side.
Access control power supply: Supply for the access board.
RS485 communication port: receive external signals
Master/slave terminal: It is connected to the master and slave boards to transfer signals.
Electromagnetic brake: It is connected to the electromagnet inside the core component to prevent collision and pinch.
Connecting cable of the motor: It is connected to the motor and supplies power to the motor.
Left infrared detectors, left anti-pinch/right infrared detectors, right anti-pinch detectors: It detects the position of a pedestrian in the channel. It has the detecting and anti-pinch function.
Direction indicator board terminal: This terminal is connected to the LED board to indicate whether the pedestrian can pass through the channel.
Chapter 4 Common failure analysis
| Number | Failure phenomena | Analysis and solution |
| 1 | Direction indicator no response or indication is not correct. | Check whether the connection to the roof lamp is correct or not. |
| 2 | After swipe the card there is only a swing arm action. | Check the type setting and the 6 core connection line of main and auxiliary machi |
| 3 | Barrier opens after a long time without closing. | Check whether the time of the opening is 1 long. |
| 4 | Swing the arm swing at zero position. | This situation may be caused by the thirtee sets of the menu is too large. to decrease value of the thirteenth items may solve the problems. |
| 5 | "Serious malfunctions. Pendulum rod rotation is out of preset range,please do zero correction". | User needs to correct the zero position,left open position and right open position in seventh items. |
Chapter 5 Product maintenance
5.1 Chassis maintenance
The chassis is made up of 304 stainless steels. There may be rust stains on its surface after using for a long time. Regularly sand the surface along the grain softly and carefully, Coat the surface with anti-rust oil, Do not cover the infrared sensor.
5.2 Movement maintenance
Cut off power supply before maintenance. Open the door, clean surface dust, apply butter to the transmission mechanism. Check whether the belt is loose, if loose, adjust the position of the motor to make the belt tightening. Check and tighten others connection parts.
5.3 Power maintenance
Cut off power supply before maintenance. Check whether the plug is loose, if loose need to tightly it, do not replace the connection position at random, check whether the external power supply is exposed, timely wrapped, whether there is any leakage, timely treatment. Check the technical parameters of interface is normal, the aging of electronic components to be replaced.
(Attention: Above swing barrier maintenance must be maintained by professional personnel, Especially the movement and the electric control part, first cut off the power supply, ensure the operation safety.)
- Swing Barrier Instructions
- Contents
- Chapter 1 Product Introduction....2
- Chapter 2 The installation of the product....6
- Chapter 3 Menu Operation....8
- Chapter 4 Common failure analysis....14
- Chapter 5 Product maintenance....15
- Chapter 1 Product Introduction
- Model number and access control
- Chassis and dimensions
- Mechanical system of the swing barrier
- Electronic control system
- The working principle of swing barrier
- System composition of the product
- Working modes of the system
- Product related parameters
- Chapter 2 The installation of the product
- Installation notes
- Installation position of the swing barrier
- Cables Installation and Fixation
- Chapter 3 Menu Operation
- Function Introduction
- Operation and instruction of menu
- Menu Introduction
- Barrier positioning
- Opening mode
- 3.Open duration
- False direction entry
- Speed of barrier closing and opening
- 6.Anti-tailgate
- Reset counter
- Gate closing delay time
- Unlock brake
- Brake starting angle
- Fire signal setting
- System working mode
- 13.Volume setting
- Exchange voice of door opening
- 15.IR anti-pinch setting
- Memory function
- Select anti-pinch area
- Master device speed compensation
- Slave device speed compensation
- 20.Swiping card mode
- 21.Version
- Chapter 4 Common failure analysis
- Chapter 5 Product maintenance
- Chassis maintenance
- Movement maintenance
- Power maintenance
Brand : ZKTeco
Model : SBTL3022
Category : Uncategorized