| GV120 |
- PCB mountable
- Hermetically Sealed
- Meets CE Conformance standards.
- Built-in coil suppression for all DC coils
- Stainless steel hardware and brass mounting inserts, for years of corrosion free service.
- Not position sensitive
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| GV140 |
- PCB mountable
- Hermetically Sealed
- Meets CE Conformance standards.
- High-Efficiency Dual DC Coils
- Built-in coil suppression for all DC coils
- Not position sensitive
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| GV200 |
- Hermetically Sealed
- Meets CE Conformance standards and is UL508 Recognized.
- High-Efficiency Dual DC Coils
- Built-in coil suppression for all DC coils
- Stainless steel nuts and mounting inserts, for years of corrosion-free service.
- Not position sensitive
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| GV210 |
- Hermetically sealed and intrinsically safe.
- Not position sensitive
- Operates in explosive/harsh environments without oxidation or contamination of contacts.
- Eligible for use in hazardous/classified operating environments
- High voltage isolation between open contacts, inert gas filled contact chamber
- Designed and built in accordance to IATF-16949
- Flying leads for coil connections
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| GV220 |
- PCB mountable
- Hermetically Sealed
- Meets CE Conformance standards.
- Built-in coil suppression for all DC coils
- Stainless steel hardware and brass mounting inserts, for years of corrosion-free service.
- Not position sensitive
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| GV240 |
- PCB mountable
- Hermetically Sealed
- Meets CE Conformance standards.
- High-Efficiency Dual DC Coils
- Built-in coil suppression for all DC coils
- Not position sensitive
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| GV250 |
- The gas-filled design offers lower resistance than non-hermetic switches resulting in higher system efficiency and less heat generation.
- Suppression gas allows high fault interrupt capability and prohibits oxidation.
- Smaller, lighter, and more efficient than non-hermetic switches.
- Optional auxiliary contacts for dependable feedback for HVIL circuits.
- Optional joint resistance and voltage sensing pins for easy system diagnosis.
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| GV350 |
- The gas-filled design offers lower resistance than non-hermetic switches resulting in higher system efficiency and less heat generation.
- Suppression gas allows high fault interrupt capability and prohibits oxidation.
- Smaller, lighter, and more efficient than non-hermetic switches.
- Optional auxiliary contacts for dependable feedback for HVIL circuits.
- Optional joint resistance and voltage sensing pins for easy system diagnosis.
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