The CW1725 Series from Comus International is a tip-over switch designed for applications requiring a reliable tilt detection mechanism. This switch operates in a normally closed position when vertical and opens at an angle between 15¬8 and 35¬8 from vertical. It features a hermetically sealed construction filled with inert gas, ensuring resistance to ambient environmental conditions. The switch is also protected against invertibility, making it suitable for various applications.
The CW1725 Series has a contact capacity of 0.25 A at a maximum voltage of 60 V, with a maximum switching capacity of 3 VA. The contact resistance is rated at a maximum of 30 Oc at 5 VDC. It operates effectively within a temperature range of -37¬8C to 100¬8C. The dimensions include a diameter of approximately 0.606 inches (15.4 mm) and an overall length of 0.433 inches (11.0 mm), making it compact for integration into different designs. Customization options are available, allowing for tailored solutions to specific project requirements.
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The CW1725 Series from Comus International is a tip-over switch designed for applications requiring a reliable tilt detection mechanism. This switch operates in a normally closed position when vertical and opens at an angle between 15¬8 and 35¬8 from vertical. It features a hermetically sealed construction filled with inert gas, ensuring resistance to ambient environmental conditions. The switch is also protected against invertibility, making it suitable for various applications.
The CW1725 Series has a contact capacity of 0.25 A at a maximum voltage of 60 V, with a maximum switching capacity of 3 VA. The contact resistance is rated at a maximum of 30 Oc at 5 VDC. It operates effectively within a temperature range of -37¬8C to 100¬8C. The dimensions include a diameter of approximately 0.606 inches (15.4 mm) and an overall length of 0.433 inches (11.0 mm), making it compact for integration into different designs. Customization options are available, allowing for tailored solutions to specific project requirements.
