Movement / Vibration Sensor - Standard ; Miniature. Sensor reacts when disturbed by giving a fleeting change of state (i.e. N/O to N/C or vice versa). The time taken to settle depends on the amount...
Movement / Vibration Sensor - Standard ; Miniature. Sensor reacts when disturbed by giving a fleeting change of state (i.e. N/O to N/C or vice versa). The time taken to settle depends on the amount...
Movement / Vibration Sensor - Standard ; Miniature. Sensor reacts when disturbed by giving a fleeting change of state (i.e. N/O to N/C or vice versa). The time taken to settle depends on the amount...
Radial, Axial and U Design. Using 2 ball actuators, these switches have the advantage of remaining closed at rest while remaining completely non-position sensitive. 2 ball actuator design Less sens...
Radial, Axial and U Design. Using 2 ball actuators, these switches have the advantage of remaining closed at rest while remaining completely non-position sensitive. 2 ball actuator design Less sens...
Radial, Axial and U Design. Using 2 ball actuators, these switches have the advantage of remaining closed at rest while remaining completely non-position sensitive. 2 ball actuator design Less sens...
Linear Acceleration ; Shock Switches. Normally open contact acceleration switches used to detect sudden changes in velocity Steel gold plated case Choice of activation levels: 2G ( ; 455-3665 455-3...
Linear Acceleration ; Shock Switches. Normally open contact acceleration switches used to detect sudden changes in velocity Steel gold plated case Choice of activation levels: 2G ( ; 455-3665 455-3...
Linear Acceleration ; Shock Switches. Normally open contact acceleration switches used to detect sudden changes in velocity Steel gold plated case Choice of activation levels: 2G ( ; 455-3665 455-3...
Vibration ; Motion Sensors. Plastic cased sensors suitable for low-power use such as alarms and non-hazardous applications. Gold plated ball and gold plated terminals for improved life and stabilit...
Vibration ; Motion Sensors. Plastic cased sensors suitable for low-power use such as alarms and non-hazardous applications. Gold plated ball and gold plated terminals for improved life and stabilit...
Maximum Shock / Vibration = 16mm/s Maximum Current = 20 mA Switching Frequency = 1 → 1000 Hz Minimum Operating Temperature = -35°C Maximum Operating Temperature = +125°C
Maximum Shock / Vibration = 16mm/s Maximum Current = 20 mA Switching Frequency = 1 → 1000 Hz Minimum Operating Temperature = -35°C Maximum Operating Temperature = +125°C
Maximum Shock / Vibration = 16mm/s Maximum Current = 20 mA Switching Frequency = 1 → 1000 Hz Minimum Operating Temperature = -35°C Maximum Operating Temperature = +125°C
Maximum Shock / Vibration = 16mm/s Maximum Current = 20 mA Switching Frequency = 1 → 1000 Hz Minimum Operating Temperature = -40°C Maximum Operating Temperature = +85°C
Maximum Shock / Vibration = 16mm/s Maximum Current = 20 mA Switching Frequency = 1 → 1000 Hz Minimum Operating Temperature = -40°C Maximum Operating Temperature = +85°C
Maximum Shock / Vibration = 16mm/s Maximum Current = 20 mA Switching Frequency = 1 → 1000 Hz Minimum Operating Temperature = -40°C Maximum Operating Temperature = +85°C
Maximum Shock / Vibration = 16mm/s Maximum Current = 20 mA Switching Frequency = 1 → 1000 Hz Minimum Operating Temperature = -40°C Maximum Operating Temperature = +85°C
Maximum Shock / Vibration = 16mm/s Maximum Current = 20 mA Switching Frequency = 10 → 1000 Hz Minimum Operating Temperature = -35°C Maximum Operating Temperature = +125°C
Maximum Shock / Vibration = 16mm/s Maximum Current = 20 mA Switching Frequency = 10 → 1000 Hz Minimum Operating Temperature = -35°C Maximum Operating Temperature = +125°C
Maximum Shock / Vibration = 16mm/s Maximum Current = 20 mA Switching Frequency = 10 → 1000 Hz Minimum Operating Temperature = -35°C Maximum Operating Temperature = +125°C
Maximum Shock / Vibration = 16mm/s Maximum Current = 20 mA Switching Frequency = 10 → 1000 Hz Minimum Operating Temperature = -40°C Maximum Operating Temperature = +85°C
Maximum Shock / Vibration = 16mm/s Maximum Current = 20 mA Switching Frequency = 10 → 1000 Hz Minimum Operating Temperature = -40°C Maximum Operating Temperature = +85°C
Maximum Shock / Vibration = 16mm/s Maximum Current = 20 mA Switching Frequency = 10 → 1000 Hz Minimum Operating Temperature = -40°C Maximum Operating Temperature = +85°C
Maximum Shock / Vibration = 16mm/s Maximum Current = 20 mA Switching Frequency = 10 → 1000 Hz Minimum Operating Temperature = -40°C Maximum Operating Temperature = +85°C
Maximum Shock / Vibration = 16mm/s Maximum Current = 20 mA Switching Frequency = 10 → 1000 Hz Minimum Operating Temperature = -40°C Maximum Operating Temperature = +85°C
Maximum Shock / Vibration = 16mm/s Maximum Current = 20 mA Switching Frequency = 10 → 1000 Hz Minimum Operating Temperature = -40°C Maximum Operating Temperature = +85°C
Maximum Shock / Vibration = 16mm/s Maximum Current = 20 mA Maximum DC Voltage = 30V Switching Frequency = 10 → 1000 Hz Minimum Operating Temperature = -40°C Maximum Operating Temperature = +60°C
Maximum Shock / Vibration = 16mm/s Maximum Current = 25 mA Maximum DC Voltage = 30V Switching Frequency = 1 → 1000 Hz Minimum Operating Temperature = -40°C Maximum Operating Temperature = +125°C
Maximum Shock / Vibration = 16mm/s Maximum Current = 25 mA Maximum DC Voltage = 30V Switching Frequency = 1 → 1000 Hz Minimum Operating Temperature = -40°C Maximum Operating Temperature = +125°C
Maximum Shock / Vibration = 16mm/s Maximum Current = 25 mA Maximum DC Voltage = 30V Switching Frequency = 1 → 1000 Hz Minimum Operating Temperature = -40°C Maximum Operating Temperature = +125°C
Maximum Shock / Vibration = 16mm/s Maximum Current = 25 mA Maximum DC Voltage = 30V Switching Frequency = 1 → 1000 Hz Minimum Operating Temperature = -40°C Maximum Operating Temperature = +125°C
Maximum Shock / Vibration = 16mm/s Maximum Current = 25 mA Maximum DC Voltage = 30V Switching Frequency = 1 → 1000 Hz Minimum Operating Temperature = -40°C Maximum Operating Temperature = +125°C
Maximum Shock / Vibration = 16mm/s Maximum Current = 25 mA Maximum DC Voltage = 30V Switching Frequency = 1 → 1000 Hz Minimum Operating Temperature = -40°C Maximum Operating Temperature = +125°C
Maximum Shock / Vibration = 16mm/s Maximum Current = 25 mA Maximum DC Voltage = 30V Switching Frequency = 10 → 1000 Hz Minimum Operating Temperature = -40°C Maximum Operating Temperature = +125°C
Maximum Shock / Vibration = 16mm/s Maximum Current = 25 mA Maximum DC Voltage = 30V Switching Frequency = 10 → 1000 Hz Minimum Operating Temperature = -40°C Maximum Operating Temperature = +125°C
Maximum Shock / Vibration = 16mm/s Maximum Current = 25 mA Maximum DC Voltage = 30V Switching Frequency = 10 → 1000 Hz Minimum Operating Temperature = -40°C Maximum Operating Temperature = +125°C
Maximum Current = 20 mA Maximum DC Voltage = 30V Switching Frequency = 10 → 1000 Hz Minimum Operating Temperature = -40°C Maximum Operating Temperature = +60°C
Maximum Shock / Vibration = 32mm/s Maximum Current = 20 mA Switching Frequency = 1 → 1000 Hz Minimum Operating Temperature = -35°C Maximum Operating Temperature = +125°C
Maximum Shock / Vibration = 32mm/s Maximum Current = 20 mA Switching Frequency = 1 → 1000 Hz Minimum Operating Temperature = -35°C Maximum Operating Temperature = +125°C
Maximum Shock / Vibration = 32mm/s Maximum Current = 20 mA Switching Frequency = 1 → 1000 Hz Minimum Operating Temperature = -40°C Maximum Operating Temperature = +85°C
Maximum Shock / Vibration = 32mm/s Maximum Current = 20 mA Switching Frequency = 1 → 1000 Hz Minimum Operating Temperature = -40°C Maximum Operating Temperature = +85°C
Maximum Shock / Vibration = 32mm/s Maximum Current = 20 mA Switching Frequency = 1 → 1000 Hz Minimum Operating Temperature = -40°C Maximum Operating Temperature = +85°C
Maximum Shock / Vibration = 32mm/s Maximum Current = 20 mA Switching Frequency = 1 → 1000 Hz Minimum Operating Temperature = -40°C Maximum Operating Temperature = +85°C
Maximum Shock / Vibration = 32mm/s Maximum Current = 20 mA Switching Frequency = 10 → 1000 Hz Minimum Operating Temperature = -35°C Maximum Operating Temperature = +125°C
Maximum Shock / Vibration = 32mm/s Maximum Current = 20 mA Switching Frequency = 10 → 1000 Hz Minimum Operating Temperature = -35°C Maximum Operating Temperature = +125°C
Maximum Shock / Vibration = 32mm/s Maximum Current = 20 mA Switching Frequency = 10 → 1000 Hz Minimum Operating Temperature = -35°C Maximum Operating Temperature = +125°C
Maximum Shock / Vibration = 32mm/s Maximum Current = 20 mA Switching Frequency = 10 → 1000 Hz Minimum Operating Temperature = -40°C Maximum Operating Temperature = +85°C
Maximum Shock / Vibration = 32mm/s Maximum Current = 20 mA Switching Frequency = 10 → 1000 Hz Minimum Operating Temperature = -40°C Maximum Operating Temperature = +85°C
