SIB UHF15 – 5M–15M UHF Range Reader with 920–925MHz Frequency & 12V DC Operation
Overview:
• The SIB UHF15 is a UHF long-range reader designed for vehicle access control, parking management, and automatic identification applications.
• Provides a UHF reading range from 5 to 15 meters, making it suitable for hands-free vehicle tag reading and controlled entry systems.
• Operates on national standard UHF frequency range from 920MHz to 925MHz.
• Works with 12V DC power supply for easy integration with access control and parking systems.
• Designed in a larger panel-style structure for stronger long-range reading performance.
• Suitable for projects requiring reliable long-range card or tag reading without close contact.
Key Features:
• 5M–15M UHF Long-Range Reader
• UHF Reader for Vehicle Access
• 920MHz – 925MHz Working Frequency
• 12V DC Operating Voltage
• Large Panel Reader Design
• Suitable for Parking and Gate Access Control
• Hands-Free Tag Reading Application
• Practical Solution for Controlled Vehicle Entry
Technical Specifications:
• Product Type: UHF Long-Range Reader
• Model: UHF15
• Reading Range: 5 – 15 m
• Working Frequency: 920MHz – 925MHz
• Frequency Standard: National Standard
• Working Voltage: 12V DC
• Dimensions: 450 × 450 × 120 mm
• Application: Vehicle Access / Parking Access / Long-Range Tag Reading
• Installation Type: Fixed Reader Installation
Applications:
• Parking Access Control
• Vehicle Gate Entry Systems
• Residential Compound Entrances
• Commercial Parking Facilities
• Factory Vehicle Access
• Logistics and Warehouse Entrances
• Controlled Vehicle Identification
• Automatic Barrier Gate Integration
Connect Gates Recommendation:
• Connect Gates recommends the SIB UHF15 for parking and vehicle access projects that require longer UHF reading distance from 5 to 15 meters.
• Its 920–925MHz UHF frequency, 12V DC operation, and larger reader dimensions make it suitable for barrier gates, parking lanes, residential compounds, factories, logistics areas, and commercial vehicle access control systems.