Vibration Sensors (128 artikelen)

Maximum Current = 300 mA Maximum DC Voltage = 16V Maximum Operating Temperature = +55°C Dimensions = 30x108x22 (WxHxD)\ mm

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

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

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 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 = 25 mA Maximum DC Voltage = 30V Switching Frequency = 1 → 1000 Hz Minimum Operating Temperature = -40°C Maximum Operating Temperature = +125°C

Maximum Shock / Vibration = 32mm/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 = 32mm/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 = 32mm/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 = 32mm/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 = 32mm/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 = 32mm/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 = 64mm/s Maximum Current = 20 mA Switching Frequency = 1 → 1000 Hz Minimum Operating Temperature = -35°C Maximum Operating Temperature = +125°C

Maximum Shock / Vibration = 64mm/s Maximum Current = 20 mA Switching Frequency = 1 → 1000 Hz Minimum Operating Temperature = -35°C Maximum Operating Temperature = +125°C

Maximum Shock / Vibration = 64mm/s Maximum Current = 20 mA Switching Frequency = 1 → 1000 Hz Minimum Operating Temperature = -35°C Maximum Operating Temperature = +125°C

Maximum Shock / Vibration = 64mm/s Maximum Current = 20 mA Switching Frequency = 1 → 1000 Hz Minimum Operating Temperature = -40°C Maximum Operating Temperature = +85°C

Maximum Shock / Vibration = 64mm/s Maximum Current = 20 mA Switching Frequency = 1 → 1000 Hz Minimum Operating Temperature = -40°C Maximum Operating Temperature = +85°C

Maximum Shock / Vibration = 64mm/s Maximum Current = 20 mA Switching Frequency = 1 → 1000 Hz Minimum Operating Temperature = -40°C Maximum Operating Temperature = +85°C

Maximum Shock / Vibration = 64mm/s Maximum Current = 20 mA Switching Frequency = 1 → 1000 Hz Minimum Operating Temperature = -40°C Maximum Operating Temperature = +85°C

Maximum Shock / Vibration = 64mm/s Maximum Current = 20 mA Switching Frequency = 1 → 1000 Hz Minimum Operating Temperature = -40°C Maximum Operating Temperature = +85°C

Maximum Shock / Vibration = 64mm/s Maximum Current = 20 mA Switching Frequency = 10 → 1000 Hz Minimum Operating Temperature = -35°C Maximum Operating Temperature = +125°C

Maximum Shock / Vibration = 64mm/s Maximum Current = 20 mA Switching Frequency = 10 → 1000 Hz Minimum Operating Temperature = -35°C Maximum Operating Temperature = +125°C

Maximum Shock / Vibration = 64mm/s Maximum Current = 20 mA Switching Frequency = 10 → 1000 Hz Minimum Operating Temperature = -35°C Maximum Operating Temperature = +125°C

Maximum Shock / Vibration = 64mm/s Maximum Current = 20 mA Switching Frequency = 10 → 1000 Hz Minimum Operating Temperature = -40°C Maximum Operating Temperature = +85°C

Maximum Shock / Vibration = 64mm/s Maximum Current = 20 mA Switching Frequency = 10 → 1000 Hz Minimum Operating Temperature = -40°C Maximum Operating Temperature = +85°C

Maximum Shock / Vibration = 64mm/s Maximum Current = 20 mA Switching Frequency = 10 → 1000 Hz Minimum Operating Temperature = -40°C Maximum Operating Temperature = +85°C

Maximum Shock / Vibration = 64mm/s Maximum Current = 20 mA Switching Frequency = 10 → 1000 Hz Minimum Operating Temperature = -40°C Maximum Operating Temperature = +85°C

Maximum Shock / Vibration = 64mm/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 = 64mm/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 = 64mm/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 = 64mm/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 = 64mm/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 = 64mm/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 = 64mm/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 = 64mm/s Maximum Current = 25 mA Maximum DC Voltage = 30V Switching Frequency = 10 → 1000 Hz Minimum Operating Temperature = -40°C Maximum Operating Temperature = +125°C

Honeywell VRS Sensors. Honeywell offers VRS sensors for high output, general purpose, power output, high resolution, high temperature, and hazardous location applications. High Output VRS sensors a...

Honeywell VRS Sensors. Honeywell offers VRS sensors for high output, general purpose, power output, high resolution, high temperature, and hazardous location applications. High Output VRS sensors a...

The Kemet VS vibration sensors can detect vibrations in a wide frequency range from 10 Hz up to 15 kHz, through the effective conversion of vibrations to electrical signal by utilizing proprietary ...

The Kemet VS vibration sensors can detect vibrations in a wide frequency range from 10 Hz up to 15 kHz, through the effective conversion of vibrations to electrical signal by utilizing proprietary ...

The Kemet VS vibration sensors can detect vibrations in a wide frequency range from 10 Hz up to 15 kHz, through the effective conversion of vibrations to electrical signal by utilizing proprietary ...

The Kemet VS vibration sensors can detect vibrations in a wide frequency range from 10 Hz up to 15 kHz, through the effective conversion of vibrations to electrical signal by utilizing proprietary ...

The Kemet VS vibration sensors can detect vibrations in a wide frequency range from 10 Hz up to 15 kHz, through the effective conversion of vibrations to electrical signal by utilizing proprietary ...

The Kemet VS vibration sensors can detect vibrations in a wide frequency range from 10 Hz up to 15 kHz, through the effective conversion of vibrations to electrical signal by utilizing proprietary ...

MTN1185 Series 4-20mA Accelerometer. Used for air handling units, building services, fans 4-20mA output for PLC interface Output proportional to RMS velocity (mm/s) Available with 0-10mm/s (533-236...

MTN1185 Series 4-20mA Accelerometer. Used for air handling units, building services, fans 4-20mA output for PLC interface Output proportional to RMS velocity (mm/s) Available with 0-10mm/s (533-236...

EEx ia lic. BAS02ATEX1057/3. MTN1185I Series 4-20mA ATEX Approved Accelerometer. ATEX Group I and II approved Used for IS data collector, oil, mining, etc 4-20mA output for PLC interface Output pro...

MTN/1830SM8 Mini Low Profile with M8 Mount. Used for machine tools and Paper Machinery 100mV/g +/-10% Nominal at 80Hz Frequency from 2Hz to 9KHz Bias voltage nominal 12Vdc Electrical noise 0.1 mg m...

MTN/1020 Mini Accelerometer with TNC Connector and A/C Output. Used for general industry, pumps, fans, air handling units, machine tools 100 mV/g ±10% Nominal at 80 Hz Frequency from 2 Hz to 13 kHz...

MTN/1100 Series General Purpose. Used for Data-collector, heavy industry, paper machinery 100mV/g +/-10% Nominal at 80Hz Frequency from 2Hz up to 10KHz +/-80G Dynamic acceleration range Bias Voltag...

MTN/1800 Model Analysis. R ;D, PCB testing, Model analysis 1000mV/g +/-5% Frequency from 5Hz to 12 KHz +/-10 G Dynamic acceleration range Bias voltage nominal 12Vdc Connection via BNC plug IP65 sea...

MTN/1100 Series General Purpose. Used for Data-collector, heavy industry, paper machinery 100mV/g +/-10% Nominal at 80Hz Frequency from 2Hz up to 10KHz +/-80G Dynamic acceleration range Bias Voltag...