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RF-UA240
Superisys
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Long-range reading capability（0-10M）: With the same reader power, its theoretical maximum reading distance is among the longest of all common RFID antenna types (coaxial cable antennas, low-gain omnidirectional/directional antennas). Actual distance depends on the environment, tag, and power, but effective directional reading of over 10 meters is typically easily achievable.
High directivity and precise positioning: Its radiation area is a well-defined "pipe" or "sector." A physical space can be precisely defined as the reading/writing zone, enabling "read upon entry, stop upon exit" logic.
Excellent anti-interference performance:
Spatial anti-interference: The narrow beam makes it less susceptible to interference from other RFID systems and wireless devices from other directions.
Anti-multipath interference: Due to the concentrated energy of the main beam, it has stronger suppression capabilities against multipath signals caused by walls and metal reflections, resulting in more stable performance in complex environments.
Key Process Points in Production Lines (High-Precision Triggering):
Applications: Used in automotive assembly lines and precision electronics production lines to trigger precise reading and writing of products or pallets at specific workstations (such as tightening, testing, and coding).
Advantages: Narrow beam ensures that only products at the current workstation are triggered, preventing misreading of products at preceding or following workstations, guaranteeing a strict correspondence between data and physical products.
Dense Reader Environments (Interference Resistance):
Applications: In warehouse sorting centers, multiple conveyor belts are densely arranged, each equipped with an RFID system. Using a 9dBi antenna effectively confines radio frequency energy, reducing mutual interference between adjacent reader antennas.
Advantages: Enables stable operation of the system in denser layouts, improving overall space utilization.
| Type | RF-UA240 |
| Working frequency | 860-928Mhz |
| Polarization mode | Circular polarization |
| Gain | 9dBi |
Standing Bobby | ≤1.3:1 |
| Beam Width(°) | Hor:65±3 Ver:65±3 |
| Shaft ratio | ≤3dB |
| Input impedance | 50Ω |
| Size | 240*240*32mm |
| Weight | 720G |
| Interface | N-Female |
| Installation type | Bracket, product comes with 4 M6 screws |
| Shell material | Aluminum Alloy+ABS |
| Working temperature | -40-55℃ |
| Storage temperature | -40-85℃ |
| Humidity | 5%-95%RH |
| Protection level | IP65, EN60529 |
Long-range reading capability（0-10M）: With the same reader power, its theoretical maximum reading distance is among the longest of all common RFID antenna types (coaxial cable antennas, low-gain omnidirectional/directional antennas). Actual distance depends on the environment, tag, and power, but effective directional reading of over 10 meters is typically easily achievable.
High directivity and precise positioning: Its radiation area is a well-defined "pipe" or "sector." A physical space can be precisely defined as the reading/writing zone, enabling "read upon entry, stop upon exit" logic.
Excellent anti-interference performance:
Spatial anti-interference: The narrow beam makes it less susceptible to interference from other RFID systems and wireless devices from other directions.
Anti-multipath interference: Due to the concentrated energy of the main beam, it has stronger suppression capabilities against multipath signals caused by walls and metal reflections, resulting in more stable performance in complex environments.
Key Process Points in Production Lines (High-Precision Triggering):
Applications: Used in automotive assembly lines and precision electronics production lines to trigger precise reading and writing of products or pallets at specific workstations (such as tightening, testing, and coding).
Advantages: Narrow beam ensures that only products at the current workstation are triggered, preventing misreading of products at preceding or following workstations, guaranteeing a strict correspondence between data and physical products.
Dense Reader Environments (Interference Resistance):
Applications: In warehouse sorting centers, multiple conveyor belts are densely arranged, each equipped with an RFID system. Using a 9dBi antenna effectively confines radio frequency energy, reducing mutual interference between adjacent reader antennas.
Advantages: Enables stable operation of the system in denser layouts, improving overall space utilization.
| Type | RF-UA240 |
| Working frequency | 860-928Mhz |
| Polarization mode | Circular polarization |
| Gain | 9dBi |
Standing Bobby | ≤1.3:1 |
| Beam Width(°) | Hor:65±3 Ver:65±3 |
| Shaft ratio | ≤3dB |
| Input impedance | 50Ω |
| Size | 240*240*32mm |
| Weight | 720G |
| Interface | N-Female |
| Installation type | Bracket, product comes with 4 M6 screws |
| Shell material | Aluminum Alloy+ABS |
| Working temperature | -40-55℃ |
| Storage temperature | -40-85℃ |
| Humidity | 5%-95%RH |
| Protection level | IP65, EN60529 |
| Parameter | Specification |
| Minimum Order Quantity | one |
| Price | Discuss personally |
| Delivery Time | 5-8 Work Days |
| Payment Terms | T/T, Western Union |
| Supply Ability | 1000 per day |
| Parameter | Specification |
| Minimum Order Quantity | one |
| Price | Discuss personally |
| Delivery Time | 5-8 Work Days |
| Payment Terms | T/T, Western Union |
| Supply Ability | 1000 per day |
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