CDVI CTU48 - U4GO UHF Pedestrian Access Card Credential - 10 Pack
Product Description
CDVI CTU48 - U4GO UHF Pedestrian Access Card Credential - 10 Pack
The CDVI CTU48 is a high-performance Ultra High Frequency (UHF) ISO RFID card designed specifically for the CDVI U4GO access control range.
When used alongside CDVI’s high-performance readers, the CTU48 offers a highly reliable reading range of up to 10 metres. This makes it an ideal choice for streamlining access in parking facilities, gated communities, commercial campuses, and rolling stock environments without requiring users to wind down windows or manually present a card closely to a reader.
Key Features
- U4GO Compatibility: Engineered to work seamlessly with the U4GO A6U48 (mid-range) or A10U48 (long-range) UHF readers.
- Long-Range UHF Technology: Operates on the 865–868 MHz frequency, offering hands-free access control for drivers and pedestrians.
- Standard ISO Format: CR80 credit card size, making it slim enough to fit into standard wallets or the CHU4GO vehicle card holder.
- High-Speed Detection: Accurately reads credentials on vehicles moving at speeds of up to 50 mph (80 km/h).
- Customisable: Glossy PVC/PET surface allows for customised on-site printing of staff IDs, logos, or photo identification.
- Convenient Packaging: Supplied in a cost-effective pack of 10.
Ideal Applications
Gated residential communities and luxury estates
Commercial logistics yards and HGV transport hubs
Staff and student parking facilities for universities or corporate offices
Multi-storey car parks requiring hands-free barrier automation
Contact Us
Our helpful and friendly sales team are here to help with any questions you may have about our bollard accessories, or to assist with a quotation for your site. We can be reached by phone on 01283 512 111, by email at sales@firstfence.co.uk or through our online live chat system.
Specifications & Downloads
| Dimensions | 85.6mm x 54mm x 0.8mm |
| Frequency | 865MHz |
| Cycle Testing | 100,000+ |
What's Included
| Name | Quantity |
|---|---|
| ISO RFID Card | 10 |
Specifications & Downloads
| Dimensions | 85.6mm x 54mm x 0.8mm |
| Frequency | 865MHz |
| Cycle Testing | 100,000+ |
What's Included
| Name | Quantity |
|---|---|
| ISO RFID Card | 10 |
Product Description
CDVI CTU48 - U4GO UHF Pedestrian Access Card Credential - 10 Pack
The CDVI CTU48 is a high-performance Ultra High Frequency (UHF) ISO RFID card designed specifically for the CDVI U4GO access control range.
When used alongside CDVI’s high-performance readers, the CTU48 offers a highly reliable reading range of up to 10 metres. This makes it an ideal choice for streamlining access in parking facilities, gated communities, commercial campuses, and rolling stock environments without requiring users to wind down windows or manually present a card closely to a reader.
Key Features
- U4GO Compatibility: Engineered to work seamlessly with the U4GO A6U48 (mid-range) or A10U48 (long-range) UHF readers.
- Long-Range UHF Technology: Operates on the 865–868 MHz frequency, offering hands-free access control for drivers and pedestrians.
- Standard ISO Format: CR80 credit card size, making it slim enough to fit into standard wallets or the CHU4GO vehicle card holder.
- High-Speed Detection: Accurately reads credentials on vehicles moving at speeds of up to 50 mph (80 km/h).
- Customisable: Glossy PVC/PET surface allows for customised on-site printing of staff IDs, logos, or photo identification.
- Convenient Packaging: Supplied in a cost-effective pack of 10.
Ideal Applications
Gated residential communities and luxury estates
Commercial logistics yards and HGV transport hubs
Staff and student parking facilities for universities or corporate offices
Multi-storey car parks requiring hands-free barrier automation
Contact Us
Our helpful and friendly sales team are here to help with any questions you may have about our bollard accessories, or to assist with a quotation for your site. We can be reached by phone on 01283 512 111, by email at sales@firstfence.co.uk or through our online live chat system.