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I2 smart access control controller serves as the core device of an intelligent access control system, featuring a built-in professional access management platform and strong compatibility. It can seamlessly integrate with access card readers, electric door locks, exit buttons, facial recognition terminals, and other security devices for coordinated operation. Designed for office parks, industrial facilities, campuses, residential communities, and various other access management scenarios, the controller enables efficient permission management and helps build a secure, stable, and convenient smart access control system.
Using standard TCP/IP Ethernet communication, the controller can be directly connected to a local network with simple cabling, stable transmission, and no distance limitations. It supports direct access to the WEB management interface through a browser without requiring dedicated software installation, allowing users to quickly configure permissions, monitor device status, and adjust parameters. Easy to learn and highly efficient for remote management.
Built with an industrial-grade core processor and a mature hardware architecture, the controller delivers stable and reliable performance. Featuring wide-voltage input, lightning protection, and anti-static design, it offers strong resistance to electromagnetic interference. The full-metal housing provides excellent heat dissipation, ensuring long-term stable operation without downtime in various complex power supply and environmental conditions.
The I220 supports independent management of two doors, while the I240 supports four-door control. Both models provide centralized permission configuration, status monitoring, and access record management. Advanced features such as batch authorization, permission grouping, and time schedule management make large-scale deployments in campuses, office buildings, and factories more efficient while significantly reducing maintenance and operational costs.
Equipped with advanced features including multi-card opening, first-card opening, holiday scheduling, anti-passback, interlock control, and alarm linkage, the system provides enhanced security management capabilities. It can also integrate with fire alarm and emergency alarm systems to automatically unlock and keep doors open during emergencies, making it ideal for high-security projects with strict access management requirements.
ARM-A7 Processor
128Mbit
200,000 Cards, 500,000 Records
TCP/IP,Wiegand
2-Door Version:：2 × Card Readers 2 × Exit Buttons 2 × Relays 2 × Door Sensors 2 × Alarm Inputs 4-Door Version:：4 × Card Readers 4 × Exit Buttons 4 × Relays 4 × Door Sensors 4 × Alarm Inputs
DC 12V
2-Door Version: ≤35W, 4-Door Version: ≤70W
-10°C ～ 60°C
0–90% RH (Non-condensing)
300 × 240 × 55 mm
Centralized management for multiple door access permissions
Intelligent turnstile access logic management
Integrated alarm and fire safety linkage control
Overall access control for entire park premises
With over 20 years of experience in smart hardware R&D and manufacturing, Newcapec delivers high quality and reliable smart terminal products and solutions for customers worldwide. Supported by a professional engineering team, intelligent manufacturing capabilities, and strict quality management systems, we provide one-stop services covering product design, OEM/ODM customization, mass production and technical support, helping enterprises, industrial parks, campuses and communities build safer, smarter and more efficient smart spaces.
Contact UsThe smart access control controller is the core management device of an access control system. It connects components such as card readers, electric locks, exit buttons and door sensors, performing identity verification and door control based on preset access rights.
Yes. Depending on the model configuration, our door access controllers support dual-door or four-door management, enabling centralized control and management of multiple access points.
The access control module supports integration with various security devices, including IC card readers, face recognition terminals, fingerprint recognition devices, electric locks, door sensors, exit buttons, and more. It can be configured to build a complete access control management system based on project requirements.
Yes. By connecting to a management platform via the network, administrators can remotely manage personnel data, configure access rights, monitor device status, and query access logs.
The devices feature a modular design that supports flexible installation and rapid deployment. They are adaptable to various access control scenarios and connect to peripheral devices and management platforms via standardized interfaces.
