SIB NT02 – 2-Door Access Control Controller Board
Overview:
• The SIB NT02 is a 2-door access control controller board designed for managing two door access control points.
• Suitable for connecting access control readers, door locks, exit buttons, and related door control accessories.
• Provides a practical control solution for small and medium access control installations requiring centralized door management.
• Designed for use in offices, service rooms, restricted areas, residential buildings, and commercial facilities.
• Suitable for projects that require a dedicated controller board to manage multiple doors instead of standalone keypad devices.
Key Features:
• 2-Door Access Control Controller Board
• Supports Two-Door Access Management
• Suitable for Reader and Lock Connection
• Supports Door Control Accessories
• Practical Solution for Small and Medium Access Control Projects
• Suitable for Office and Commercial Installations
• Designed for Centralized Door Control
• Easy Integration with Access Control Systems
Technical Specifications:
• Product Type: Access Control Controller Board
• Model: NT02
• Door Capacity: 2 Doors
• Controller Type: Door Controller Board
• Compatible Use: Access Control Readers / Door Locks / Exit Buttons
• Application: Two-Door Access Control
• Installation Type: Control Panel / Controller Board Installation
• Recommended Use: Office / Commercial / Restricted Area Access Control
Applications:
• Two-Door Access Control
• Office Door Control
• Service Rooms and Utility Areas
• Staff-Only Restricted Areas
• Residential Building Access
• Commercial Facility Access
• Storage Rooms and Internal Doors
• Access Control System Integration
Connect Gates Recommendation:
• Connect Gates recommends the SIB NT02 for projects that require reliable access control management for two doors through a dedicated controller board.
• It is a practical choice for offices, service rooms, restricted areas, and small to medium access control projects where readers, locks, and exit buttons need to be connected through centralized control.