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Ready to ShipThese locks vary in complexity and functionality, with some supporting multiple types of RFID cards and integrating with existing security systems.
Single-Point Locking Systems
These doors secure themselves at only one location. They let a strike interface with an RFID reader to gain access. Businesses normally use these systems if they have low traffic. Such systems are inexpensive and straightforward to install, making them ideal for small offices or retail shops.
Multi-Point Locking Systems
They lock at various points along the doorframe, providing extra security. They interact with RFID-enabled access control systems to provide more security and support more extensive door designs. Organisations use these systems when needing comprehensive security solutions, such as with large warehouses and critical infrastructure sites.
Electric Strike Plates
These function as the connecting lock mechanism between traditional locking systems and RFID access control. When power from an RFID system releases the strike, it allows the latch or bolt of the traditional lock to be opened. This setup enables the integration of RFID technology within current lock structures without complete lock replacement. They suit firms with existing lock systems and require budget-friendly access control.
Fail-Safe and Fail-Secure Strikes
Fail-safe strikes losing power when the system is compromised and open the door, which continues to be secure during a power loss. They work well in emergency evacuation areas since they let people leave with no authentication. Fail-secure strikes remain locked even if power is lost, keeping security intact, making these locking systems essential in crucial facilities, including data centres and finance institutions.
The primary purpose of an RFID electric strike locking system is to allow authorised users entry while denying it to others. The system works by sending an electronic signal to the strike from an RFID reader, which releases the locking mechanism. The locking mechanism then allows the door to be opened.
This locking system greatly enhances safety by providing records of every entry that can help in auditing. It reduces security problems linked to keys because users can be assigned electronic cards.
Many systems continue working during power outages. They store several accesses on their statistics. Some allow the use of mobile devices for entry, while others integrate into current security frameworks.
These systems come with many helpful options that boost their performance:
The design of these locks is crucial for both functionality and durability. They are built with robust materials like stainless steel or reinforced zinc alloys to withstand physical tampering and wear over time. This ensures long-term reliability in high-traffic areas.
Also, the system strikes tend to integrate easily with various door styles and frames, accommodating a wide range of architectural designs. This makes the system flexible to client's unique design needs and ensuring seamless installation in existing infrastructures.
Unlike traditional locks that needed keys, these designs are user-friendly. They allow users to enter by simply presenting their RFID tags. This keyless entry provides convenience and improves access speed in busy environments.
Corporate Environments
These locking systems are vital in efficiently coordinating employees' entry into various office segments. They are crucial in network and finance firms where data security and entry control have top priority. In these places, the locks neatly monitor entry points and log entry records to audit efforts. These features enable the servicing of multiple door designs while rapidly granting access to mission-critical sites. Their integration capability with existing security platforms makes them ideal solutions for office security.
Retail and Commercial Establishments
Large stores and commercial areas use these electric strikes to control customer and staff access to various sections. They let shop managers designate different access levels using several RFID cards, including how many hours employees or delivery services can open certain doors. These locks ensure easy entry during busy times via quick access and connection with other security systems, including alarms. They also efficiently manage high entry traffic.
Healthcare Facilities
Hospitals need these electric strikes to safeguard medicine stores, surgery units, and patient records. The locking systems ensure that only certified medical personnel gain access to valuable areas. They systematically control and track entry, helping with compliance checks. The fail-safe feature ensures that the doors exit normally in emergencies, critical in health centres and businesses.
Educational Institutions
The systems work well on campus, controlling the entry of students, staff, and outsiders. Schools and colleges employ them to permit only faculty and scheduled visitors into restricted areas like labs and administrative offices. The technology conveniently manages user requests and entry levels. Most systems also have mobile access for security personnel, enabling door checks from any location. Their capacity to log entry enables further safety examination and incident query on campus.
Industrial and Manufacturing Sites
They are employed at industrial plants to ensure dangerous regions are accessed only by certified personnel. They integrate with other access control systems to manage entry for different employees based on work level. The robust design of electric strikes withstands the tough conditions found in manufacturing plants. Their monitoring capacity ensures sustained compliance with safety rules while enabling the remote monitoring of restricted access.
Security Level Required
The locking systems' security levels vary based on the area served. In high-security zones like banks and military nlayces, choose systems with advanced features, including multi-point locking and fail-safe operations. More basic areas, like small offices, maybe just the single-point systems, which are simpler but still provide decent safety. Consider other factors like system encryption and data protection, which are also critical for ensuring robust security in sensitive environments.
Access Management Needs
Different businesses need varying levels of entry management. Systems with multi-user capacity and flexible entry levels are best for larger organisations. They let departments and management manage access individually. Those with audit trails allow security reviews after incidents. Set up simple permission lists or provide limited access for contractors. Choose a system matching the unique entry management needs to provide safety and ease of entry.
Integration with Current Systems
In many cases, businesses have existing security frameworks. Make sure the new electric strike integrates effortlessly with the current access control systems and other security features like alarms and CCTV. Choose an open-architecture system enabling simple integration with a variety of technologies. It also helps to ensure that the system works with various types of RFIDs or mobile access technologies. This will develop a unified security approach across various platforms.
Durability and Reliability
These locking systems must be tough. This is especially in heavy caseload or external spaces. Search for electric strikes made of premium materials such as stainless steel. Also, consider if the locking mechanisms are rated for high traffic. Find systems with weatherproof features for outdoor areas. One that has redundancy and backup power ensures security is sustained during power failures. This affects operations in critical areas like data centres and industrial sites.
Ease of Installation and Maintenance
Consider how easy these electric strikes will be to install and maintain. It will help ease strains on the current staffing in the deployment process. Look for systems with plug-and-play components requiring little to no hardware changes. Serious maintenance demands can decrease operational productivity. Also, several systems have online diagnostics to monitor problems. It will reduce the time spent on maintenace.
An electric strike locking mechanism helps people open doors using an electronic signal and a special card. It is used in many places like schools, hospitals, and companies. Unlike old locks where people needed keys, these new locks let users scan cards or phones to enter. They help track who goes in and out, making places safer and easier to manage.
Mount the electric strike in the door frame after connecting it to the power and control systems. Set up the RFID readers and link them to the access management software. Enrol users and assign their access levels. Finally, test the system to ensure strikes respond correctly to the valid RFID scans.
Most of these locking systems operate on 12V to 24V DC from standard power supplies. Some directly link to smart door hardware systems powered by PoE Ethernet cabling.
Yes, many modern electronic strikes have systems allowing entry through smartphone apps. This reduces reliance on physical access cards and gives more convenient entry options. They are especially useful for temporary access for visitors or contractors.
The system's upkeep calls for routine inspections of hardware checks for wear, software updates, and tests of backup power. Entrances should also be cleaned to remove dust. One should also ensure the electric strike and locks work well together as intended. When maintained well, these systems work with fewer issues and ensure security is sustained.
