Movement Sensor

C-7231 This sensor is completely free of mercury and therefore no parts are toxic, poisonous or that may harm the environment. It is designed to cover a wide range of applications including machinery, security, automotive, games, toys, automation and
consumer products. The sensor is mounted horizontally, its switching status change to be tilted about 10º from the horizontal. The sensors contacts are normally open or closed, depending on which is mounted position.

C-7233 Sensor is completely free of mercury and therefore does not contain toxic parts, or that could harm the environment. The lean of the sensor is activated when its angle will vary in relation with its installation position. The first sign of vibration will operate it, regardless of position. It is very sensitive and it can be used as movement sensor. The lineal acceleration sensor will close its contact if it receives an impact superior to 5G and it opens the contact if the level decreases. The C-7233 movement sensor is omni-directional, and it will open the contact if it is in vertical position and it close the contact when it come back or it is inclined more than 60º.

C-7234 Sensor is manufactured from none toxic materials, they hermetical sealed are very safe. The lean of the sensor is activated when its angle will vary in relation with its installation position. The vibration one will operate in all positions, it is very sensitive and it can be used as movement sensor. The lineal acceleration sensor will close its contact if it receives an impact superior to 5G and it opens the contact if the level decreases. The C-7234 movement sensor is omni-directional, and it will open the contact if it is in vertical position and it close the contact when it come back or it is inclined more than 60º.

C-7232 sensor is completely free of mercury and therefore does not contain toxic parts, or that could harm the environment. It is specifically designed to detect movement and vibration. Not affected by mounting position, providing a similar level of
sensitivity regardless of it, being equally suitable for use in circuits analogue and digital. The sensor reacts when it is unbalanced by an impact or vibration, causing a brief change of status (eg moving from normally open to normally closed or vice versa). The time disturbance of the sensor depend on the amount of energy received at the time of impact. The low contact resistance of this sensor make it ideal for incorporation in both new designs and in existing designs.