HID iCLASS SE U90 Long Range UHF Reader
The HID iCLASS SE U90 is a long range Ultra High Frequency (UHF) reader designed for Australian frequency operation and applications where a longer read distance is required than standard proximity readers. It is commonly used for vehicle entry points and long distance credential reading using compatible UHF credentials.
This reader provides Wiegand output and can be powered from 12V DC or 24V DC supplies, supporting integration into access control systems that accept Wiegand reader inputs.
Key Features
- U90 size long range UHF reader format.
- Operating frequency for Australia: 915MHz to 928MHz.
- Typical maximum read range: 3m to 5m.
- Wiegand output for controller integration.
- Input voltage: 12V DC or 24V DC.
- IP65 rated enclosure.
Specifications
- Item Code: RDRSEU9089
- Reader Series: iCLASS SE - UHF Long Range Reader Series
- Reader Size: U90
- Operating Frequency (Australia): 915MHz to 928MHz
- Typical Read Range: 3m to 5m
- Output: Wiegand
- Input Voltage: 12V DC or 24V DC
- Peak Current Draw: 1A at 12V
- Ingress Protection: IP65
What's In The Box
- 1 × HID iCLASS SE U90 long range UHF reader
Suitable Uses
- Vehicle access control and boom gate entry points.
- Driveway and perimeter entry applications requiring longer read distance.
- Commercial and industrial sites using UHF credentials at range.
- Outdoor reader installations requiring IP65 protection.
Dimensions
Frequently Asked Questions
- What is the typical read range for this reader?
Typical maximum read range is specified as 3m to 5m. Actual performance depends on credential type, mounting location and site conditions. - Can this reader be powered from 24V?
Yes. It supports input voltage of 12V DC or 24V DC. - Is this suitable for outdoor installations?
Yes. It is rated IP65, which supports outdoor installation when mounted and sealed correctly.
Additional Information
- Long range UHF readers are commonly specified for vehicle entry points where drivers should not need to stop and present a card at the reader.
- Read distance can be reduced by mounting near large metal surfaces or in areas with high radio frequency interference.
- Peak current draw should be considered when sizing power supplies, particularly when powering multiple devices from one supply.
