20
2025
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06
Is there a permanent solution to replace slip rings, and flexible cables?
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News information
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Wiring issues with numerous signal lines and power lines in rotating equipment?
Anti-interference issues between numerous signal lines and power lines?
Fatigue life of flexible cables and the corresponding risk of downtime?
In harsh working conditions, data communication terminals and power supply are easily unstable?
The mating life of plug pins and other mechanical connections is only tens of thousands of times. How to ensure long-term continuous operation?
Today, we bring you a product that solves all these pain points!
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Millimeter-wave short-range communication module
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Short-range communication module Capable of 0-10mm transmitting power and real-time Ethernet data across an air gap of
When operating independently, it is 200W
100Mbps, full-duplex
It can even propagate through various materials such as wood, glass, and plastic. This allows you to use this technology to replace easily worn connectors and slip rings in industrial applications, while minimizing costly downtime.
Features
Non-contact
Wear-free, maintenance-free 。
Flexible
High degree of installation freedom, with flexible installation freedom.
Universal
100Mbps (full-duplex) independent protocol and latency-free real-time Ethernet communication.
Plug and play
The transmitter and receiver modules connect automatically without configuration.
Status visible
With an annular LED on the housing, making it easy to observe the operating status from all angles.
Combination
By combining two short-range communication module paths, the power supply can be increased, and it has an automatic current balancing function.
Functional principle
Short-range communication module Through 0-10 mm air gap to transmit power and real-time Ethernet data non-contact （ The optimal sensing distance is 5-8mm) 。
For contactless transmission, you need at least two devices:
A transmitter module
One or more receiver modules
You can combine any number of receiver modules with the transmitter module as needed, and vice versa.
Power transmission
The transmitter module inductively transmits power to the receiver module.
Short-range communication module Transmits non-contact 200W of power. The transmitter module attempts to connect to the receiver module via active power polling. Power transmission between the transmitter and receiver modules is only activated after a connection is established.
The 24V output voltage is maintained at 8A by an active closed-loop control circuit. Output current, until the maximum transmission distance is reached.
Data transmission
Data is transmitted in parallel via two 60GHz connections (one uplink and one downlink). Separate frequency bands are used to enable full-duplex mode. Short-range communication module Supports real-time contactless communication and is completely protocol-independent.
1-to-n transmission
You can combine any number of receiver modules with the transmitter module as needed, and vice versa.
Example: Robot tool changer
The transmitter module is usually mounted on the robot arm ， Each tool (number n) has a receiver module. Once the receiver module comes near the transmitter module, a connection is automatically established.
Addressing
Since only one receiver module is paired with one transmitter module for short-range communication at a time, no addressing is required.
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优尼科,Unionx,无线,毫米波,近距离,毫米波近距离通讯
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09-15
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