L1 · Assets · UHF RFID 16 / 28 Times-7 · Near-field antenna Request a price now →
A1163
L1 · Assets · UHF RFIDNear-field antenna from Times-7 — metal and liquid environments, 600 × 300 × 8.6 mm. Supplied, installed and supported by Intensecomp, and tested with Inventrack 6.0.
PriceOn request
1
- — Configured and installed by our engineers
- — Local support from Singapore
- — Tuned on site with a compatible reader for Inventrack 6.0
Specifications.
As listed on the current Intensecomp product page. Confirm against the manufacturer’s datasheet before ordering.| Brand | Times-7 |
|---|---|
| Type | Near-field antenna |
| Category | Near-field antennas |
| Layer | L1 · Assets · UHF RFID |
| Dimensions | 600mm x 300mm x 8.6mm (23.62" x11.81" x 0.34") |
| Frequency | 865-868 MHz (ETSI) / 902-928 MHz(FCC) |
| Connector | SMA female side fly lead (482mm, 19” / RG316 cable) |
| Antenna Gain | NA |
Product details
Key features.
The SlimLine A6590C is explicitly designed for applications, which require “near zone only” tag detection or involves metals, liquids or any other challenging materials. With hardly any far-field components and no surface dead spots, the Times-7 True NearField antennas provide reliable tag reads within a very constricted read zone.
- — Largest NearField RFID antenna on the market with a surface of 300 x 600 mm at just 8.6 mm height.
- — Excels in RFID applications that involves metals, liquids or any other challenging materials. With hardly any far-field components and no surface dead spots.
- — Integrated cable channels to protect and hide away cables
- — Inter-connecting straps to firmly keep antennas aligned and in place
- — If you require a larger surface, please go to the A1163 (300 x 600 mm) or for a more compact size go to A1115 (150 x 150 mm).
- LiquidsSelecting the right antenna is pivotal for effective liquid asset reading. The True NearField reader antenna range stands out with their powerful surface fields that can effectively penetrate through liquids. Utilizing a True NearField antenna near the tracked item yields superior read results, minimizing RF radiation absorption by the liquid.
- MetalMetal-rich surroundings can significantly impact the farfield antennas, causing reduced gain while increasing RF energy reflection. This, in turn, leads to an erratic and unpredictable read range and potential read losses. To circumvent these challenges, True NearField antennas prove advantageous, as they exclusively operate using the magnetic field at the antenna surface