Change Language :
Lifelong condition monitoring
EC.W LoRa separator with solar power supply
No more troublesome battery change. The abrasion status of the sliding feeder is communicated via LoRa radio transmission standard to i. Cee. box or i. Cee. plus.
The energy supply is ensured via the solar panel. Graduated percentage service life information is implemented across four sensor layers.
Potential application areas
We have developed EC.W LoRa Solar for this purpose
- Linear robots in the automotive industry
- Cranes in container logistics
- Production cranes
- Machine tools
- Woodworking machines
- Plastics machines
- Bulk handling
Tech up
- Four-level abrasion sensor adjusts the continuous
service life calculation of the e-chain systems® in
25% steps. - Abrasion sensor
individually manufactured in an igus® additive manufacturing procedure - Battery-buffered solar power supply
- Regular communication of the abrasion status of the
sliding feeder on chain side sections by means of LoRa radio transmission standard to
i.Cee.box or i.Cee.Plus
Cost down
- No battery replacement necessary for the entire service life
of the product - Wireless radio transmission means that cable is not needed
within the e-chain system®
Proof
- Ongoing testing in the igus® test laboratory for dynamic energy supply systems, the largest in the world
Sustainability
- Solar cell prevents battery waste
- Replaceable sensor element enables use of the product even if the chain is replaced
- Recycle integrated energy chain through the igus chainge program free of charge
- More on the igus contribution Plastic2Oil
Richard Habering introduces the abrasion sensor EC.W LoRa with solar
- The LoRa sensor is installed in the specifically designed separator of the energy chain
- Power supply is ensured due to the solar cells on the crossbar, which makes battery replacement redundant
- Abrasion is measured in four steps, which allows for an even more precise service life prediction of the energy chain.