Panasonic Wireless Emergency Stop Device @Seguro Wes

A highly reliable wireless transmitter/receiver device that complies with ISO13849-1! Controllable from long distances using the 920MHz band. This product is the "@seguro wes" wireless transmitter/receiver device that complies with functional safety standards, enabling safe wireless emergency stops.
It can be used in combination with either a waterproof, rechargeable remote control or a contact transmitter that can be connected to safety devices such as light curtains and door switches, and a receiver that is installed on the machine you want to stop.It is ideal for installation in a location away from the main unit or outdoors, and the antenna can also be separated.
[Why choose this product?]
Obtained ISO 13849-1 conformity certification from the Japan Quality Assurance Organization. Highly reliable abnormality monitoring functions, such as monitoring wireless communication interruptions and power supply monitoring, prevent stoppages and loss of control.
Wireless communication in the 920MHz band allows for long-distance control with minimal interference. A built-in emergency stop relay makes it easy to wirelessly stop a variety of devices. Repeaters can be used to expand the communication area and eliminate blind spots in radio waves.
[Example of applicable system]
Industrial equipment ⇒ Wireless emergency stop signals for factory lines and indoor equipment
AGV/AMR ⇒ Emergency stopping of unmanned vehicles that travel autonomously within factories.Automated construction and agricultural machinery ⇒ Research and development of autonomously moving, remotely controlled construction and agricultural machinery.Service robots ⇒ Research and development of autonomous mobile robots equipped with arms.Small autonomous mobile robots ⇒ Prototypes and research and development of small robots and service robots that travel autonomously outdoors.Large autonomous mobile vehicles ⇒ Prototype development of large vehicles that travel autonomously outdoors, large AGVs, etc. [Use cases]
Emergency stopping of autonomous mobile robots in the event of unexpected behavior during prototype development (prototype development at universities and research institutes, automated driving of construction machinery, dump trucks, excavators, heavy goods transport vehicles, etc.)
Emergency stopping of AMR/AGVs during development and operation in factories where people coexist. Sending emergency stop signals from a distance when there is no emergency stop button nearby on long production lines. Stopping and controlling test equipment from inside the vehicle during environmental testing.
*If you are interested in the SW1 series, please contact the manufacturer.
*For inquiries, please contact Panasonic Advanced Technology Co., Ltd. *We do not deliver to private homes (detached houses or apartment buildings).