
TIVAL
Pressure Switch
Whenever The pressure of the medium being monitored at the sensor presses against a flat diaphragm,a bellows,or a piston (depending on the pressure range). A lever and spring system,using a cascade snap-action switch,enables chatter-free switching. If there is no pressure at the sensor element,contact 1-2 is closed. This can be used as an βONβ signal for a pump or compressor.
Type FF 4-12 AAGPressure Switch
The pressure of the medium being monitored at the sensor presses against a flat diaphragm,a bellows,or a piston (depending on the pressure range). A lever and spring system,using a cascade snap-action switch,enables chatter-free switching. If there is no pressure at the sensor element,contact 1-2 is closed. This can be used as an βONβ signal for a pump or compressor.
Type FF 4-32 DAHPressure Switch
The pressure of the medium being monitored at the sensor presses against a flat diaphragm,a bellows,or a piston (depending on the pressure range). A lever and spring system,using a cascade snap-action switch,enables chatter-free switching. If there is no pressure at the sensor element,contact 1-2 is closed. This can be used as an βONβ signal for a pump or compressor.
Type FF 4-8 DAHPressure Control
The pressure of the medium being monitored at the sensor presses against a flat diaphragm,a bellows,or a piston (depending on the pressure range). A lever and spring system,using a cascade snap-action switch,enables chatter-free switching. If there is no pressure at the sensor element,contact 1-2 is closed. This can be used as an βONβ signal for a pump or compressor.
Type PS1-A4RPressure Switch
The pressure of the medium being monitored at the sensor presses against a flat diaphragm,a bellows,or a piston (depending on the pressure range). A lever and spring system,using a cascade snap-action switch,enables chatter-free switching. If there is no pressure at the sensor element,contact 1-2 is closed. This can be used as an βONβ signal for a pump or compressor.