Infrared switches offer numerous advantages in various applications. Some of the main advantages are as follows:

   Convenience

1. Hands-free Operation: Infrared switches enable hands-free control, which is especially useful in situations where people's hands are full or when maintaining hygiene is crucial. For example, in public restrooms, infrared sensor faucets and soap dispensers allow users to access water and soap without touching the fixtures, reducing the spread of germs.

2. Automatic Activation: They can be set to automatically turn on or off devices or systems based on the detection of infrared radiation from a human body or other heat sources. In households, infrared motion sensors can be used to automatically turn on lights when someone enters a room and turn them off when the room is vacated, providing convenience and energy savings.

   Energy Efficiency

1. Optimal Power Management: By detecting occupancy, infrared switches can ensure that devices such as lights, air conditioners, and fans are only operational when needed. In office buildings, infrared sensors can be installed in conference rooms and corridors to automatically control lighting and ventilation systems, reducing energy consumption during unoccupied periods.

2. Reduced Standby Power: Since infrared switches can precisely control the activation and deactivation of devices, they help to minimize standby power consumption. This is particularly beneficial for electronic devices that are often left in standby mode, as it can lead to significant energy savings over time.

   Safety

1. Enhanced Visibility: In dark environments, infrared switches can be used to trigger the activation of lights, improving visibility and reducing the risk of accidents. In stairwells or parking lots, infrared motion - activated lights can provide better illumination when people are present, enhancing safety for pedestrians and drivers.

2. Preventing Electrical Hazards: Some infrared switches are designed to cut off power in the event of a short circuit or other electrical faults. This helps to prevent electrical fires and other hazards, protecting both people and property.

   Versatility

1. Wide Range of Applications: Infrared switches can be used in a variety of settings, including residential, commercial, and industrial environments. They can be applied to control doors, gates, elevators, security systems, and many other devices, making them a versatile solution for different access control and automation needs.

2. Compatibility with Other Systems: Infrared switches can often be integrated with other smart home or building management systems. For example, they can be connected to a central control panel or a smartphone app, allowing users to remotely monitor and control the devices connected to the infrared switches.

   Durability

1. No Mechanical Wear: Unlike traditional mechanical switches that rely on physical contact and may experience wear and tear over time, infrared switches operate based on infrared sensing technology, which has no moving parts. This makes them more durable and less prone to mechanical failures, resulting in a longer lifespan.

2. Resistant to Environmental Factors: Infrared switches are generally more resistant to dust, moisture, and other environmental factors compared to some other types of switches. They can function properly in a wide range of temperatures and weather conditions, making them suitable for both indoor and outdoor applications.

   
   

   
   

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

The Facility codes in the access control IC card usually range from 1 to 255 in the standard 26-bit Wiegand format. However, the values and meanings of the Facility codes may vary for different access control systems and card formats:

Wiegand format

1. Standard 26-bit Wiegand format: This is a widely used industrial standard. In this format, the facility code (Facility codes) occupies 8 bits, the maximum facility code is 255, and each facility code can have a card ID number from 1 to 65,535, up to 65,535.

2. 34-bit Wiegand format: The length and position of the facility code may vary. For example, some 34-bit formats may have an 8-bit facility code starting from Bit#2; while another 34-bit facility code may be 12-bit, starting from Bit#21.

Other formats

1. M1 card: The M1 card is a common access control IC card type. Its data structure does not directly correspond to the clear Facility codes field in the Wiegand format. The first 4 bytes of sector 0, block 0 are the card number, the 5th byte is the check bit, the 6th to 8th bytes are the card type, and the last 8 bits are the manufacturer code. The card's permission management and other functions are mainly achieved through the read and write control of sectors and blocks.

2. CPU card: CPU card has higher security and more complex instruction system and data structure. It is usually used in access control systems with extremely high security requirements. Its permission management is often achieved through internal operating systems and applications. Different from the traditional concept of Facility codes, it may involve more key management, identity authentication and other mechanisms.

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

Typically, the operating voltage of a fail-safe electric strike lock is 12V DC or 24V DC. For example, The ES-100B and ES-110 B of S4A Access Control also have an operating voltage of 12V DC, and the ES-120B can be customized to 24V. 

Whether an additional power supply is needed depends on the specific situation:

When Integrated with an Access Control System

1. If the access control system has a built-in power supply with the appropriate voltage and sufficient power output to support the electric strike lock, then no additional power supply is required. For example, some advanced access control systems have a 12V or 24V power output interface, which can directly supply power to the fail-safe electric strike lock connected to it.

2. If the access control system's power supply does not match the voltage requirements of the electric strike lock or lacks sufficient power, an additional power supply needs to be added.

Standalone Installation

If the fail-safe electric strike lock is used independently without being integrated into an access control system, an external power supply must be provided to ensure its normal operation. The power supply needs to meet the voltage and current requirements of the lock.

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

If the electric strike lock malfunctions, the following steps can be taken for repair or part replacement:

Troubleshooting the Malfunction

1. Check the Power Supply

    The first step is to ensure that the electric strike lock is receiving power. Use a multimeter to test the voltage at the power input terminals of the lock. If it's a 12V or 24V lock and the measured voltage is significantly lower or non - existent, check the power source, such as the transformer or the battery backup (if applicable). The power supply wires may also be damaged or loose. Inspect the wiring connections from the power source to the lock and tighten any loose connections.

2. Inspect the Wiring

    Examine the wires connecting the electric strike lock to the access control system. Look for signs of damage, such as cuts, frayed wires, or loose connections. If the wires are damaged, they may need to be replaced. In some cases, improper wiring during installation can lead to malfunction. Make sure the wiring is correctly connected according to the manufacturer's instructions, especially the signal wires (for activation and feedback).

3. Verify the Access Control Signal

    If the power supply and wiring seem fine, the problem may lie in the access control signal. Check if the access control system is sending the correct signal to the electric strike lock. Some access control systems have diagnostic tools or logs that can help identify if a signal is being sent when access is supposed to be granted. If the signal is not reaching the lock, there may be a problem with the control panel, relays, or communication between the system and the lock.

4. Examine the Lock Mechanism

    Sometimes, the problem is with the internal lock mechanism itself. The solenoid, which is responsible for retracting the latch, may be jammed or damaged. Listen for any unusual clicking or grinding noises when the lock is supposed to activate. If the solenoid is jammed, it may need to be disassembled and cleaned or replaced. Also, check the latch and striker plate for proper alignment. If they are misaligned, it can prevent the lock from functioning correctly.

Repair and Part Replacement

1. Replacement of Small Components

    If the problem is identified as a faulty component such as a solenoid or a micro - switch, you can usually obtain replacement parts from the manufacturer or an authorized distributor. To replace a solenoid, first, disconnect the power and carefully remove the housing of the electric strike lock. Locate the solenoid and disconnect the wires connected to it. Then, remove the old solenoid and install the new one, making sure to reconnect the wires correctly.

2. Replacement of the Entire Lock

    If the damage to the electric strike lock is extensive or if it's an older model and replacement parts are not readily available, it may be more practical to replace the entire lock. When replacing the lock, make sure to choose a compatible model that matches the voltage, size, and functionality requirements of your access control system. Follow the installation instructions provided by the manufacturer to install the new lock properly. This includes drilling new holes (if necessary), running wires, and setting up the access control connections.

3. Seeking Professional Help

    If you are unsure about how to repair or replace parts of the electric strike lock, it's advisable to seek professional assistance. A locksmith with experience in electronic access control systems or an authorized service technician from the lock manufacturer can diagnose and fix the problem more accurately. They have the necessary tools and expertise to handle complex repairs and ensure that the lock is installed and functioning correctly.

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

If the TTLock Hotel Access Control malfunctions or fails to unlock, you can try the following solutions:

General Troubleshooting Steps

1. Check the Batteries: Low battery power is a common cause of malfunctions. Replace the batteries in the lock with new ones and try unlocking again.

2. Check Bluetooth Connection: Make sure your smartphone's Bluetooth is turned on and within range of the lock. If the connection is weak or interrupted, try moving closer to the lock or restarting your phone's Bluetooth.

3. Update the App: Ensure that you are using the latest version of the TTLock app. Sometimes, bugs in the app can cause unlocking issues, and updating it may resolve the problem.

4. Restart the Lock: Locate the reset button on the lock, usually on the interior side. Press and hold the reset button for a few seconds until you hear a beep or see the lock restart. Then try unlocking again through the app.

Emergency Unlocking Methods

1. Use a Backup Key: Some TTLock hotel access control systems come with backup keys. Check if your lock was supplied with backup keys and use them to unlock the door in case of emergencies.

2. Use the Keypad: If your lock has a keypad, you can try entering the password or PIN code to unlock the door. Make sure you enter the correct code and press the enter or lock button to complete the unlocking process.

3. Contact Hotel Staff: If you are a guest and unable to unlock the door using the above methods, contact the hotel front desk or staff immediately. They have master keys or other means to assist you in unlocking the door.

Traditional side-view mirrors have long served as essential safety features in vehicles, providing drivers with critical rearward visibility. However, the automotive industry is witnessing a revolutionary change with the introduction of digital side view camera mirror monitor systems. These advanced technologies leverage digital cameras and monitors to enhance driver visibility, enhance overall safety. In the following, we will explore the advantages of digital side view camera mirror monitor systems and their impact on road safety.

1. Enhanced Field of View

Digital side view camera mirror monitor systems offer a significantly wider field of view compared to conventional mirrors. By utilizing digital cameras with wider view, these systems provide an extended visual perspective, thereby reducing blind spots and enhancing situational awareness. The wider field of view allows drivers to detect vehicles, pedestrians, and cyclists more effectively, minimizing the risk of accidents during lane changes or turns.

2. Reduced Blind Spots

Conventional side-view mirrors have inherent blind spots that can make maneuvering and lane changes hazardous. With digital side view camera mirror monitor systems, blind spots are minimized, if not eliminated entirely. The presence of left&right cameras strategically placed on the sides of the vehicle offers a comprehensive view of the side and rear, including areas that are typically not visible with regular mirrors. This reduction in blind spots increases safety and helps prevent collisions during lane changes or backing up.

4. Customizable Display Options

Digital side view camera mirror monitor systems often feature customizable display options, giving drivers the flexibility to tailor their view as per their preferences. Drivers can adjust the position, zoom level, and image brightness to optimize their viewing experience. This adaptability allows drivers to prioritize the information they need, such as blind spot monitoring, parking assistance, or rearview display, ensuring a personalized and safe driving experience.

5. IP67 Camera Lenz, Super Anti-fog And Waterproof

One of the primary advantages of the Digital Side View Camera Mirror Monitor System is its ability to provide improved visibility when rain and fog affect the traditional side-view mirrors. These adverse weather conditions tend to obstruct or blur the reflective surface of traditional mirrors, making it difficult for drivers to discern objects in their blind spots or adjacent lanes. In contrast, digital camera-based systems provide a clear and unobstructed view of the surroundings, as the cameras are equipped with advanced imaging capabilities that excel in low-light conditions. This ensures that drivers can see other vehicles, pedestrians, or obstacles with greater clarity, reducing the risk of collisions.

Digital side view camera mirror monitor systems represent a significant leap forward in automotive safety technology. Roadpassion developed aftermarket digital side view camera&monitor system to allow user to install in car conveniently. No only keep the tranditional mirror for driver, but also using our mirror system during bad weather conditional to assist driving safe. By offering an extended field of view, improved visibility in low-light conditions, reduced blind spots, and enhanced aerodynamics, these systems enhance driver safety and contribute to a more efficient driving experience.