Description
Integrated seamlessly into dynamic industrial positioning and tracking systems, the Omron V680-HS63-R is a high-reliability square RFID antenna engineered specifically for automated environments requiring continuous motion. Equipped with a highly flexible robotic cable, this antenna resists torsional strain and repetitive bending, making it ideal for robotic arms and indexing tables. The detachable amplifier unit design optimizes maintenance workflows by allowing cable or head replacements without rewiring the entire system architecture. Utilizing a robust housing, the physical antenna face provides excellent environmental defense against cutting oils and water infiltration in demanding manufacturing setups.
Features
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Robotic-Grade Flex Cable: Specially insulated flexible cable designed to withstand persistent movement, bending, and torsion.
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Modular Architecture: Detachable amplifier design allows for swift hardware servicing and minimizes machine downtime.
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High Environmental Resistance: Certified IP67 waterproof protection coupled with IP67G-equivalent oil resistance at the antenna head.
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Square Form Factor: Optimized magnetic field distribution for reliable read/write operations with square-type transponders.
Applications
- Automotive assembly line work-in-progress (WIP) tracking in presence of cutting oils.
- Robotic tool changers and articulation joints requiring flexible cabling.
- Automated Guided Vehicles (AGVs) and shuttle dispatch systems.
- Heavy machinery parts routing and pallet identification networks.
Technical Specifications
| Parameter |
Specification Value |
| Manufacturer |
Omron |
| Model Number |
V680-HS63-R |
| Product Family |
V680 Series RFID System |
| Antenna Configuration |
Square (Detachable Amplifier Type) |
| Cable Type |
Flexible / Robotic Cable |
| Connector Specification |
Non-waterproof inline connector |
| Degree of Protection (Antenna Head) |
IP67 (IEC 60529:2001), Oil resistance equivalent to IP67G (JIS C 0920:2003) |
| Ambient Operating Temperature |
-10 to 60 degC (with no icing) |
| Ambient Storage Temperature |
-25 to 75 degC (with no icing) |
| Product Weight |
0.85 kg |
| Shipping Weight (Calculated) |
2.00 kg |
Connections and Interfaces
| Interface Element |
Description / Function |
| Detachable Cable End |
Plugs directly into the mating V680-HA series amplifier unit |
| Robotic Flexible Joint |
Reinforced strain relief collar preventing damage from persistent mechanical motion |
Empirical Engineering Insights
Alternative Models & Compatibility
The V680-HS63-R utilizes a high-flexibility robotic cable specifically targeted at moving assemblies. If your deployment involves stationary installations, consider the standard V680-HS63-W (waterproof connector version), which offers simpler field protection parameters. This antenna must be connected to a V680-HA63A or V680-HA63B amplifier module to function; direct connection to controllers is not supported.
Application Pitfalls & Engineering Notes
While the main antenna head is certified to IP67 and IP67G (oil-resistant), the inline connector linking the antenna assembly to the amplifier is non-waterproof. This connector must be housed within a clean, sealed electrical enclosure or junction box. Allowing moisture or liquid cooling agents to breach this connector will result in signal attenuation and read failure faults.
Commissioning & Wiring Tips
To prevent inductive interference, always route the flexible RF cable in separate conduits from high-power AC motor lines, VFD drives, and heavy power feeders. When installing the robotic cable into a drag chain, verify that the bending radius does not exceed the mechanical threshold specified by the OEM guidelines to avoid premature copper fatigue inside the shielding.
Installation Guidelines
CRITICAL WARNING: Prior to mounting, disconnecting, or servicing the antenna assembly, ensure that all main supply power to the connected V680 controller or amplifier module is completely de-energized. Do not connect or disconnect the antenna while the amplifier unit is powered up, as electrical transients can cause hardware damage to the internal RF transceiver circuitry.
1
Mount the square antenna head securely to a rigid, non-metallic mounting bracket to avoid RF field detuning.
2
Route the flexible cable through drag chains or robotic joints, leaving sufficient slack at the bend radius.
3
Position the non-waterproof connector inside a dust-free, dry enclosure or machine control cabinet.
4
Lock the detachable connection safely to the designated V680-HA series amplifier unit before energizing.