The S4A UHF RFID reader long range typically offers the following connectivity options:

RS232: This is a serial communication interface that allows for data transfer between the RFID reader and other devices such as a computer. It is a common and reliable connection option for many industrial and data communication applications.

RS485: Another serial communication interface that is suitable for longer distance communication and can be used in multi-device networks. RS485 offers better noise immunity and can support the connection of multiple RFID readers or other devices in a single network.

Wiegand: Wiegand is a data transfer protocol commonly used in access control systems. The S4A UHF RFID reader may offer Wiegand 26 or Wiegand 34 interfaces, which can be connected to access control panels or other security systems to transmit the read RFID tag information for access control or identification purposes.

RJ45: This is an Ethernet interface that enables network connectivity. With an RJ45 connection, the RFID reader can be integrated into a local area network (LAN) and communicate with other networked devices or a central server for data management and processing.

S4A UHF RFID reader long range data interface

The S4A UHF RFID reader long range provides several data interface options. It likely offers standard interfaces such as USB for easy connection to a computer or other devices. USB interfaces are widely used due to their universality and ease of use. They allow for quick data transfer and can be plugged into a variety of systems. Additionally, there might be options for serial communication interfaces like RS232 or RS485. These interfaces are often used in industrial settings where reliability and long-distance communication are required. They can handle large amounts of data and are known for their robustness. Another possible data interface could be Ethernet. Ethernet connections enable network connectivity, allowing the RFID reader to be integrated into a larger networked system. This allows for remote monitoring and control of the reader, as well as seamless integration with other networked devices and software applications.

S4A UHF RFID reader long range antenna connection

The S4A UHF RFID reader long range typically has specific antenna connection options to ensure optimal performance. It may use SMA connectors, which are known for their reliability and good signal transmission. SMA connectors are commonly used in RF applications as they provide a secure and stable connection between the reader and the antenna. The antenna connection is crucial for the proper functioning of the USB UHF RFID READER as it determines the range and accuracy of tag detection. Different antennas can be connected depending on the specific application requirements. For example, a directional antenna might be used for long-range detection in a specific direction, while an omnidirectional antenna could be used for covering a wider area. The antenna connection should be easy to install and maintain, allowing for quick setup and troubleshooting if needed.

S4A UHF RFID reader long range power connection

The S4A USB UHF RFID READER usually has multiple power connection options to suit different installation scenarios. It may support DC power input, which is common in many industrial and commercial applications. DC power can be provided through a power adapter or a dedicated power supply unit. This allows for stable and consistent power delivery to the reader. In some cases, the reader might also support PoE (Power over Ethernet). PoE enables the reader to receive both power and data through a single Ethernet cable, reducing the complexity of installation and minimizing the need for additional power cables. This is particularly useful in environments where cable management is a concern or where it is difficult to run separate power cables. Additionally, some models might offer battery backup options for portable or temporary installations. This allows the reader to continue functioning even in the event of a power outage.

In conclusion, the S4A usb uhf rfid reader offers a variety of connectivity options to meet the diverse needs of different applications. Whether it's data interface, antenna connection, or power supply, these options ensure that the reader can be easily integrated into different systems and environments, providing reliable and efficient RFID tag detection.

Regarding the UHF RFID 20-meter reader offered by S4A, here's information on warranty and technical support:

Warranty:

S4A provides a standard warranty for its UHF RFID readers, which typically covers defects in materials and workmanship. The exact duration of the warranty is not specified here but is generally outlined in the product documentation or sales contract. This warranty ensures that if you encounter any issues with the reader due to manufacturing defects, S4A will address them within the warranty period.

Technical Support:

S4A offers technical support to assist with the installation, setup, maintenance, and reconfiguration of the RFID readers. This support is crucial for customers who may need guidance on how to use the reader effectively or troubleshoot any issues that arise. The support team is equipped to handle inquiries both on-site and remotely, ensuring that you have access to the help you need to keep your system running smoothly.

Customization and Compatibility:

S4A's UHF RFID readers are designed to be compatible with various standards, including national (920~925MHz), American (902~928MHz), and European (865~868MHz) standards, with the option for customization to meet specific frequency requirements. This flexibility is supported by their technical team, ensuring that the reader can be adapted to various applications and environments.

Software and SDK Support:

S4A provides free software and SDK (Software Development Kit) with its UHF Long Ranger Reader 20M, which facilitates secondary development and integration with other systems. This support is invaluable for customers who need to develop custom solutions or integrate the reader into existing systems.

Please note that for specific warranty terms, including duration and conditions, it's best to refer to the official documentation provided by S4A or contact their customer service directly. This will ensure you have the most accurate and up-to-date information regarding your product's warranty and support options.

When you face difficulties during the installation of a Automatic Door Opener Motion Sensor， don't panic. Here are a series of practical steps that can assist you in resolving the issues:

**1. Revisit the Installation Manual and Supplementary Documentation**

- Retrieve the instruction manual that accompanied your door opener. During the often hectic installation process, it's quite possible that you missed a vital step or overlooked a crucial detail. These manuals typically feature troubleshooting segments that can effectively handle common quandaries such as alignment discrepancies, wiring snags, or programming hiccups.

- Don't forget to explore our website or installation video,or wiring diagram. or directly call us: +86 134 1050 0721 ms anna from S4A. There could be a wealth of additional resources at your disposal, including Frequently Asked Questions (FAQs), instructional videos that visually demonstrate the installation process, or recently updated guides that offer more comprehensive assistance specific to the model you are working on.

**2. Reassess Your Installation Work**

- Reexamine the alignment meticulously. Employ a level and a measuring tape to confirm that the opener and actuator are accurately situated. Even a minor misalignment can give rise to substantial operational complications. If you have an inkling that something is amiss with the alignment, carefully loosen the mounting screws just a tad and then make the requisite modifications to correct it.

- If it's an electrically - powered door opener, scrutinize the wiring. Ensure that the wires are connected precisely as per the provided wiring diagram. Check for any loose connections that might disrupt the electrical flow, frayed wires which could pose a safety hazard, or wires that might have been erroneously reversed. If you have any doubts regarding the wiring integrity, it's a prudent move to consult a professional electrician or get in touch with the manufacturer's customer support team for expert guidance.

**3. Look for Online Support Avenues**

- The internet is teeming with DIY and home improvement discussion forums. These platforms are excellent places to seek assistance. When posting your query, be sure to provide a comprehensive description of your problem. Include details such as the specific make and model of your 90-degree automatic door opener, the installation steps you've already executed, and the symptoms that have manifested. Fellow DIY aficionados or even industry professionals might chime in with valuable advice and workable solutions based on their own hands-on experiences.

- Another option is to directly contact the manufacturer's customer support via email or telephone. Their team is equipped with the technical know-how and in-depth product knowledge to shepherd you through the installation process and help you troubleshoot any vexing issues you've encountered.

**4. Contemplate Professional Assistance**

- If, after attempting the above steps, the problem still lingers and you find yourself unable to rectify it independently, it might be a wise decision to enlist the services of a professional. A locksmith with expertise in door mechanisms or a door installation specialist can evaluate the situation objectively and complete the installation with precision. Although this will entail an extra expense, it can prove to be a time - and stress-saving measure in the long run. Moreover, it guarantees that the door opener is installed securely and functions optimally, providing you with peace of mind.

Let's assume we are dealing with a "Premium 90-Degree Automatic Door Opener":

**1. Revisit the Installation Manual and Supplementary Documentation**

- Retrieve the instruction manual that accompanied your Automatic Door Opener Motion Sensor. During the often hectic installation process, it's quite possible that you missed a vital step or overlooked a crucial detail. These manuals typically feature troubleshooting segments which can effectively handle common quandaries such as alignment discrepancies, wiring snags, or programming hiccups specific to the Premium 90 - Degree Automatic Door Opener.

- Don't forget to explore the manufacturer's official website. There could be a wealth of additional resources at your disposal, including Frequently Asked Questions (FAQs), instructional videos that visually demonstrate the installation process, or recently updated guides that offer more comprehensive assistance specific to the Premium 90 - Degree Automatic Door Opener model you are working on.

**2. Reassess Your Installation Work**

- Reexamine the alignment meticulously. Employ a level and a measuring tape to confirm that the opener and actuator of the Automatic Door Opener Motion Sensor are accurately situated. Even a minor misalignment can give rise to substantial operational complications. If you have an inkling that something is amiss with the alignment, carefully loosen the mounting screws just a tad a nd then make the requisite modifications to correct it.

- If it's an electrically - powered Automatic Door Opener Motion Sensor, scrutinize the wiring. Ensure that the wires are connected precisely as per the provided wiring diagram. Check for any loose connections that might disrupt the electrical flow, frayed wires which could pose a safety hazard, or wires that might have been erroneously reversed. If you have any doubts regarding the wiring integrity, it's a prudent move to consult a professional electrician or get in touch with the manufacturer's customer support team for expert guidance.

**3. Look for Online Support Avenues**

- The internet is teeming with DIY and home improvement discussion forums. These platforms are excellent places to seek assistance. When posting your query, be sure to provide a comprehensive description of your problem. Include details such as the specific make and model of your Ed100 Electric Swing Automatic Door Opener, the installation steps you've already executed, and the symptoms that have manifested. Fellow DIY aficionados or even industry professionals might chime in with valuable advice and workable solutions based on their own hands-on experiences with similar high - end door openers.

- Another option is to directly contact the manufacturer's customer support via email or telephone. Their team is equipped with the technical know - how and in-depth product knowledge to shepherd you through the installation process and help you troubleshoot any vexing issues you've encountered with the Premium 90 - Degree Automatic Door Opener.

**4. Contemplate Professional Assistance**

- If, after attempting the above steps, the problem still lingers and you find yourself unable to rectify it independently, it might be a wise decision to enlist the services of a professional. A locksmith with expertise in door mechanisms or a door installation specialist can evaluate the situation objectively and complete the installation of theEd100 Electric Swing Automatic Door Opener with precision. Although this will entail an extra expense, it can prove to be a time - and stress - saving measure in the long run. Moreover, it guarantees that the Premium 90 - Degree Automatic Door Opener is installed securely and functions optimally, providing you with peace of mind. 

Author: Written by Ms.Anna Zhang from S4A INDUSTRIAL CO., LIMITED

Key Considerations for Installing a Sliding Automatic Door Unit

When undertaking the installation of a sliding automatic door unit, it is essential to pay heed to the following crucial aspects:

1. Preparatory Steps Before Installation

-Accurate Site Measurement:

    - Meticulously gauge the dimensions of the doorway opening. The width and height must be measured with the utmost precision to guarantee a seamless fit of the sliding automatic door unit. Adequate clearance around the door is vital to enable smooth gliding. Typically, a clearance of approximately 5 - 10 mm on each side and at the top is regarded as appropriate. This allows the door to move without any hindrance and ensures proper alignment.

    - Examine the levelness of the floor and the verticality of the sidewalls. An uneven floor can lead to erratic sliding or even cause the door to become stuck. The permissible deviation in floor flatness is usually within a few millimeters. Any significant irregularities need to be rectified prior to installation to prevent operational issues.

- **Tool Readiness**:

    - Assemble essential tools like a drill, screwdriver, level, tape measure, and wrench. These tools are the backbone of the installation process. For instance, a drill is indispensable for creating holes for screw fastening, while a level is crucial for ascertaining the correct alignment and position of the door rail.

    - Procure the requisite installation accessories, such as screws, bolts, and door rollers. Ensure that these accessories are compatible with the specific model and quality standards of the door unit. Using incorrect or substandard accessories can compromise the integrity and performance of the installation.

- **Installation Manual Review**:

    - Various sliding automatic door units have distinct installation prerequisites and procedures. Thoroughly peruse the installation manual furnished by the manufacturer. This will provide insights into details like the proper sequence for assembling components, methods for making adjustments, and essential safety precautions. Adhering to the manual's guidelines is key to a successful and safe installation.

**2. Door Rail Installation**

- **Precise Positioning**:

    - The door rail must be installed in a perfectly horizontal and parallel manner to the floor. Employ a level to confirm that there is no inclination in either the left - right or front - back directions. If the rail is misaligned, the door will tend to veer to one side during operation, leading to potential damage and inefficient use.

    - The height of the rail from the floor should align with the design specifications of the door unit. Generally, it is situated around 10 - 15 cm above the floor, providing ample space for the smooth operation of the door rollers. This height is optimized to ensure stability and ease of movement.

- **Secure Fixing**:

    - Utilize appropriate screws or bolts to affix the door rail to the upper portion of the doorway. Ensure that the screws are tightened firmly but with caution to avoid over - tightening, which could potentially damage the rail or the surrounding structure. It is advisable to pre - drill pilot holes, especially when dealing with wood or other materials that are prone to splitting or cracking. This precautionary step helps maintain the integrity of the installation surface.

**3. Door Panel Installation**

- **Door Roller Installation**:

    - Attach the door rollers to the top of the door panel as per the manufacturer's instructions. The rollers should be installed symmetrically and possess smooth rotational capabilities. Verify that the rollers can glide freely along the door rail without any obstructions or tightness. This is crucial for the seamless operation of the door panel.

    - Some advanced door rollers feature adjustable mechanisms. You can tweak the height and position of the rollers to achieve the optimal fit and ensure the smoothest possible sliding of the door panel. This adjustability allows for fine - tuning to account for any minor discrepancies in the installation or the characteristics of the doorway.

- **Panel Mounting**:

    - Lift the door panel with the pre - installed rollers and carefully place it onto the door rail. Ensure that the door panel is centered precisely on the rail and can slide back and forth without any impediments. Check the alignment of the door panel with the doorway. The gaps between the door panel and the sidewalls as well as the floor should be uniform. This uniformity not only enhances the aesthetic appeal but also contributes to the proper functioning of the door.

**4. Automatic Door Opener Installation**

- **Optimal Mounting Location**:

    - The automatic door opener is commonly installed on the side wall or above the door. The specific position should be determined based on the type of opener and the overall design of the door unit. It is imperative to ensure that the opener has an unobstructed line o

Author: Written by Ms.Anna Zhang from S4A INDUSTRIAL CO., LIMITED

Electric strike locks are quite versatile and can be used with a variety of door types:

Wooden Doors

Solid Wood Doors: These are a common choice for interior applications such as in offices, homes, and some commercial settings. Electric strike locks can be easily installed on solid wood doors. The density of the wood provides a stable base for the installation of the strike plate and the associated hardware. However, it's important to ensure that the screws used for installation are of an appropriate length to penetrate the wood without splitting it. For example, in a high - end office with solid wood interior doors, an electric strike lock can be installed to provide access control to restricted areas such as server rooms or executive offices.

Hollow - Core Wood Doors: These doors are lighter and less expensive than solid wood doors and are often used in less - secure interior applications like closets or some non - critical office partitions. While they can be used with Electromagnetic strike lock, additional reinforcement may be needed. This is because the hollow - core structure may not provide sufficient strength to support the repeated use of the lock. For instance, if an electric strike lock is installed on a hollow - core door in a hotel room, it might be necessary to insert a wooden or metal reinforcement plate inside the door to prevent the door from warping or the strike from loosening over time.

Metal Doors

Steel Doors: Commonly used in industrial, commercial, and high - security settings such as banks, data centers, and warehouses. Electric strike locks work well with steel doors due to the door's strength and durability. The installation process usually involves drilling precise holes in the steel frame and door to mount the strike and other components. The metal - to - metal contact between the strike and the latch provides a secure connection. In a bank vault, for example, an electric strike lock installed on a steel door can be integrated with an advanced access control system to ensure only authorized personnel can enter.

Aluminum Doors: These are popular for their lightweight and corrosion - resistant properties. They are often used in modern commercial buildings, especially for exterior storefronts and some interior applications. Electric strike locks can be installed on aluminum doors, but special care must be taken to avoid corrosion between the different metals (the lock's components and the aluminum door). This may involve using anti - corrosion coatings or gaskets to prevent electrolytic reactions that could damage the door or the lock.

Glass Doors

Framed Glass Doors: These doors have a metal or wood frame that surrounds the glass panel. Fail-safe electric strike lock can be installed on the frame, similar to how they are installed on regular wooden or metal doors. The lock's strike plate is attached to the frame, and the latch on the door engages with it. In a retail store with glass - framed entrance doors, an electric strike lock can be used to control access during business hours and secure the store after hours.

Frameless Glass Doors: Installing electric strike locks on frameless glass doors is more challenging but still possible. Special clamps or brackets are often used to attach the lock components to the glass. These types of doors are commonly found in high - end commercial buildings and luxury residences. The installation of a Fail-safe electric strike lock on a frameless glass door requires precise engineering to ensure the door's aesthetics are not compromised while maintaining security. For example, in a high - rise office building's glass - walled conference rooms, frameless glass doors with electric strike locks can provide a seamless and secure access solution.

Author: Written by Ms.Anna Zhang from S4A INDUSTRIAL CO., LIMITED

A 12V electric strike lock can generally be integrated with an existing access control system, but several factors need to be considered:

Compatibility of Voltage and Signal

Power Supply Compatibility: Most access control systems are designed to work with a range of voltages. A 12V electric strike lock is a common voltage specification. If the access control system has a 12V power output option or can be adjusted to provide 12V output for the lock, then the power supply aspect of integration is possible. Some access control systems have built - in power supplies that can support multiple devices, including 12V electric strike locks.

Signal Compatibility: The access control system sends an activation signal to the electric strike lock when access is granted. This signal is usually in the form of a digital signal (e.g., a relay closure). The electric strike lock needs to be able to recognize and respond to this signal. Most modern 12V electric strike locks are designed to work with standard access control signals such as a momentary or latching signal. The access control system's output configuration (such as the duration and type of signal) needs to match the requirements of the electric strike lock. For example, if the electric strike lock requires a 1 - second momentary 12V signal to activate, the access control system should be able to provide such a signal.

Wiring and Connectivity

Wiring Requirements: Integrating a 12V electric strike lock into an existing access control system requires proper wiring. The lock usually has two or more wires - a power wire (positive) and a ground wire (negative), and sometimes an additional wire for signal feedback or other functions. The wiring needs to be run from the access control system's output terminals to the corresponding terminals of the electric strike lock. This may involve running wires through conduits or along the edges of walls and door frames. It's important to follow electrical safety codes and ensure that the wires are not exposed or at risk of damage.

Connector Compatibility: The connectors on the electric strike lock and the access control system need to be compatible. If they are not, adapter connectors may be needed. Some systems use screw - type terminals, while others may use plug - and - play connectors. Ensuring a proper physical connection is essential for the reliable operation of the integrated system.

System Configuration and Programming

Access Control Software/Hardware Configuration: The existing access control system may need to be configured to recognize and manage the new 12V electric strike lock. This could involve setting up user access rights, access schedules, and other parameters specific to the lock's location. For example, if the electric strike lock is installed on an exterior door, the access control system may need to be programmed to allow access only during business hours or to specific user groups.

Testing and Troubleshooting: After the initial integration, thorough testing is essential. This includes testing different access methods (such as using access cards, keypads, or biometric devices) to ensure that the 12V electric strike lock functions correctly. If there are any issues, such as the lock not activating or false activations, troubleshooting steps such as checking the wiring, signal strength, and system configurations need to be carried out.

Author: Written by Ms.Anna Zhang from S4A INDUSTRIAL CO., LIMITED

Most TTLock Apartment Access Control Systems can be remotely controlled through the mobile app. The requirements and steps are as follows:

Requirements

1. Hardware: You need to have a TTLock-compatible smart lock installed on the apartment door.

2. Software: Install the TTLock mobile app on your smartphone, which is available for both iOS and Android systems.

3. Network: The smart lock needs to be connected to the network, either through a Wi-Fi gateway or other network connection methods supported by the lock. Some locks may also support Bluetooth connection for local control and need to be paired with your phone via Bluetooth.

Steps

1. Register and Log In: Download and install the TTLock app from the App Store or Google Play. Open the app and register an account if you don't have one already. Log in to your account using your registered phone number or email and password.

2. Add the Lock: Stand next to the TTLock smart lock on the apartment door and make sure your phone's Bluetooth is turned on. In the app, select "Add Lock" or a similar option and follow the on-screen prompts to complete the lock addition process. This usually involves the app searching for nearby Bluetooth devices and identifying the lock.

3. Connect to the Network: If your lock supports Wi-Fi and requires network connection for remote control, you need to configure the lock to connect to your home Wi-Fi network. The specific steps may vary depending on the lock model, but generally, you will need to enter your Wi-Fi network name and password in the lock's settings through the app.

4. Enable Remote Control: In the app, find the settings or options related to the specific lock you added. Look for an option like "Remote Control" or "Enable Remote Access" and toggle it on. Some locks may require additional verification or activation steps, such as entering a verification code sent to your phone or email.

5. Remote Operation: Once the remote control is enabled, you can open the app from anywhere and select the corresponding apartment lock. You can then choose to lock or unlock the door remotely, set temporary access codes for guests or service personnel, view access logs to see who has accessed the lock and when, and manage other lock-related settings.

Author: Written by Ms.Anna Zhang from S4A INDUSTRIAL CO., LIMITED

You can use the TTLock standalone access control without an internet connection. The available functions are as follows:

Unlocking Functions

1. Bluetooth Unlocking: As long as your mobile phone is within the Bluetooth connection range of the lock, you can use the TTLock app on your phone to unlock the door through Bluetooth.

2. Fingerprint Unlocking: If your TTLock device has a fingerprint recognition function and you have registered your fingerprint in advance, you can directly use your fingerprint to unlock the door without relying on the internet.

3. Password Unlocking: You can set a password in the TTLock app in advance. When needed, enter the correct password on the lock's keypad to unlock the door. This process does not require an internet connection.

4. IC Card Unlocking: Some TTLock systems support IC card unlocking. You can use the registered IC card to unlock the door by swiping the card near the card reader of the lock, and this function can also be used offline.

5. Mechanical Key Unlocking: TTLock smart locks usually come with mechanical keys as a backup. In case of emergencies or when other unlocking methods fail, you can use the mechanical key to unlock the door directly, without the need for an internet connection.

Basic Management Functions

1. User Management: You can add, delete, or modify user information and access permissions through the TTLock app when the phone is connected to the lock via Bluetooth. For example, you can set different unlocking methods and access time periods for family members, friends, or tenants.

2. Lock Settings: You can set some basic parameters of the lock through the app, such as auto-lock time, alarm volume, and password length. These settings only need to be configured once and can be saved in the lock's local memory, and do not require an internet connection for subsequent use.

Author: Written by Ms.Anna Zhang from S4A INDUSTRIAL CO., LIMITED

Most electric strike locks can be programmed with multiple access levels, including different user access and time-based access, when used in conjunction with an appropriate access control system. 

Here are the specific cases:

Different User Access Levels

Card and Password Systems: In S4A access control system with card readers and password keypads, each user can be assigned a unique access card or password. The system administrator can program the electric strike lock to recognize specific cards or passwords and grant different levels of access. For example, regular employees may have access only during business hours and to specific areas, while managers may have 24/7 access to all areas. The access control system stores the user information and access rights in a database, and when a user presents their card or enters the password, the system verifies the credentials and sends the appropriate signal to the electric strike lock to allow or deny access.

Biometric Systems: Biometric access control systems, such as fingerprint or facial recognition scanners, can also be integrated with electric strike locks to provide different user access levels. Each user's biometric data is enrolled in the system, and the administrator can set up specific access rights for each individual. For instance, some employees may only be able to enter the building through the main entrance, while security personnel may have access to all entrances and restricted areas. When a user attempts to access, the biometric scanner captures and verifies their biometric data, and if the authentication is successful and the user has the appropriate access rights, the electric strike lock is activated to grant access.

Time-Based Access

Scheduled Access: The S4A access control system ACB-001 ACB-002 ACB-004 can be programmed to allow access to the electric strike lock only during specific time periods. For example, in an office building, the main entrance lock can be set to allow employees to enter between 8:00 am and 6:00 pm on weekdays. Outside of these hours, the lock remains locked and access is denied. This is useful for restricting unauthorized entry during non-business hours and enhancing security. The system administrator can easily configure the access schedules through the access control software, and the electric strike lock will operate according to the programmed schedule.

Temporary Access: In some cases, it may be necessary to grant temporary access to a particular user or group of users. For example, a contractor may need access to a building for a specific project for a limited period. The S4A access control system can be configured to issue a temporary access credential, such as a time-limited access card or a one-time password, which will only work during the specified time period. The electric strike lock will recognize and respond to these temporary credentials, allowing the contractor to enter the building only during the authorized time.

Author: Written by Ms.Anna Zhang from S4A INDUSTRIAL CO., LIMITED

The TTLock Card Access Control system is compatible with a variety of lock types, including electric dead bolts, mortise locks, and padlocks.

1. Electric Dead Bolts: Many smart lock manufacturers integrate TTLock technology into their electric dead bolt products. These locks usually have an electronic control module that can communicate with the TTLock system, enabling the use of cards for access control.

2. Mortise Locks: Some mortise locks can also be made compatible with TTLock Card Access Control. This requires the mortise lock to have additional electronic components or modifications to support the card reading and communication functions with the TTLock system.

3. Padlocks: There are padlocks on the market that support TTLock Card Access Control. These padlocks are often designed for specific applications where the convenience of card access is needed, such as in some shared facilities or rental properties.

S4A factory has produced fingerprint lock with TTlock APP,Such as:iLock-01,iLock-02 etc

All fingerprint locks can be matched with different sizes of lock cylinders according to customer requirements.

Author: Written by Ms.Anna Zhang from S4A INDUSTRIAL CO., LIMITED