Wireless emergency stop

A unique product in which two goals are pursued: high degree of safety combined with the best user experience. The wireless E-stop is a product of Tyro Remotes which no longer is only in the Netherlands, but now is also being shipped throughout Europe. The Indus Gemini wireless emergency stop is designed in accordance with the ISO 13849-1 norm: PL c. With this smart safety solution the emergency stop button is always within easy reach.

  • Performance Level: NEN-EN-ISO 13849-1 (PLc)
  • Rechargeable with Li-ion battery
  • Battery life uninterrupted use 50 hours
  • Temperature range: 0°C – 60°C
  • Produced with double safety relays with forced contacts
  • Range of up to 600 m in free field
  • 868 MHz narrow band
  • Transmitter/receiver with unique 64-bit ID Safety Code
  • Receiver: IP65, wireless emergency stop: IP44
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Is wireless really secure?

The chance of failure must be minimal. From a technical point of view, it is not surprising that many people consider the emergency stop button as the safest solution. Are the conditions in which your fitter/mechanic does maintenance or repairs really always safe? Can he/she easily reach the emergency stop button in case of an emergency?

Gain valuable seconds

The fixed wired E-stop is usually mounted on the machine. In some situations every second counts, these precious seconds can be gained by using the wireless emergency stop. The person concerned could find himself in a difficult situation, being unable to reach the emergency stop button due to distance or being trapped, with all the consequences that follow. With the Tyro Remote Wireless emergency stop you anticipate these risks and thereby gain life-saving seconds.

Safety at schools

Also at schools the wireless emergency button ensures improved safety. The practical teacher cannot spend too much time on a pupil operating a machine, he gives advice, answers questions and generally does his rounds during the lesson. If an emergency occurs, the pupil could panic and not always know what to do. With an extra wireless emergency stop you anticipate and eliminate these risks.

Out of range protection

To prevent a false sense of security it is imperative that the system verifies that communication between the wireless emergency stop and the receiver is possible. Only in that case is it possible that another emergency stop signal can be given.

Redundant circuits

Build up the hardware determines Performance Level. At Performance Level c a single and a double fault can be recognized by the system so that the safety function is not compromised.

Technology

To achieve this, use is made of a redundant set up system, 2 processors are checking each other continuously to verify that there are no defects or errors.

Redundant relays with forced contacts

By applying these relays dangerous faults such as sticky contacts can be recognised safely. To further increase this safety the relays are doubled (redundant).

Redundant-circuits

Safety relays with forced contacts are used for installations that have a limited amount of safety functions and realise logical couplings, such as the emergency stop button.

Each emergency stop a unique ID

To prevent a receiver reacting to each radio signal on the right frequency, each wireless emergency stop is tuned to the receiver in advance. When a number of radio-graphically operated machines are next to each other and ID codes are not used it can result in machines reacting to the wrong signals. This is obviously creates a risk.

56-bit ID Safety Code

The Indus Gemini features a 56-bit ID Safety Code; with which countless combinations are made possible, resulting in an almost non-existent chance of the same specific coding with two transmitters simultaneously.