Success Story — Intralogistics

Wireless Safety for AMRs at the Goods Transfer Station

An automotive plant operates around the clock and has several production lines that are supplied by autonomous mobile robots (AMRs). The transfer station serves as the central interface between the warehouse and the production line. Hundreds of transfers are handled here per shift.

Client
European Car manufacturer
Cooperation partners
ServisControl s.r.o.
Project area
Czech Republic, European Union

Task Description

Autonomous Mobile Robots (AMRs) transport goods from the warehouse to the production line and hand them over to workers. Safety during interactions between humans (workers) and machines (AMRs) must be ensured at all times. Highly reliable and safe (safety) communication between humans and machines is therefore essential for smooth operation.

Implementation

The goal of the implementation is to ensure the safe handoff of production goods from the AMR to the workers. The AMR may only approach the platform after receiving explicit confirmation from the workers. Without confirmation, the AMR waits just outside the safety zone.

“Thanks to EchoRing, we have successfully implemented a wireless emergency stop system for our AGVs at a European car manufacturer, which has some of the strictest IT requirements in the automotive industry. The quick and smooth integration of the BRIDGE Es was supported by excellent assistance.”

Filip Pospíšil

International Sales Director, ServisControl s.r.o.

Result

The goods transfer station now operates in full compliance with safety regulations while ensuring high throughput. The radio-based solution for the transfer and the position-dependent emergency stop ensures both a safe working environment and efficient transport within the warehouse. This is made possible by the use of the Bridge E with Black Channel communication for the CIP Safety protocol. The location-specific emergency stop function has significantly increased efficiency, as AMRs in the warehouse are not affected by downtime.

Eingesetzte Hardware

Six Bridge-E devices with omnidirectional antennas. Five of them are configured as mobile units, each mounted on an AMR; one serves as an anchor (infrastructure node/access point).

Services

Project evaluation and design of the security network, including support for online integration of the entire security PLC infrastructure.

Project Data

Network size: 6 devices
Real-time protocol: CIP Safety
Other data transmission: none
PLC cycle time: 20 ms
Coverage: 10 x 10 m (33 x 33 ft)
Roaming: No
Monitoring: No

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Daniel Thiel

Wireless Solutions Expert

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