Application Note: GX11C, GX12C, and GX21C Temperature Considerations
Since Gigavac contactors are operated by a coil that changes resistance with temperature, Pickup Voltage and Drop Out Voltage will decrease at temperatures below 25C and increase at temperatures ab
Learn MoreApplication Note: GX14B, GX200B, GX23B, HX200B and HX21B Temperature Considerations
Since Gigavac contactors are operated by a coil that changes resistance with temperature, Pickup Voltage and Drop Out Voltage will decrease at temperatures below 25C and increase at temperatures ab
Learn MoreApplication Note: GX14C, GX200C, GX23C, HX200C and HX21C Temperature Considerations
Since Gigavac contactors are operated by a coil that changes resistance with temperature, Pickup Voltage and Drop Out Voltage will decrease at temperatures below 25C and increase at temperatures ab
Learn MoreApplication Note: GX16B and HX22B Temperature Considerations
Since Gigavac contactors are operated by a coil that changes resistance with temperature, Pickup Voltage and Drop Out Voltage will decrease at temperatures below 25C and increase at temperatures ab
Learn MoreApplication Note: GX16C and HX22C Temperature Considerations
Since Gigavac contactors are operated by a coil that changes resistance with temperature, Pickup Voltage and Drop Out Voltage will decrease at temperatures below 25C and increase at temperatures ab
Learn MoreApplication Note: GXNC14B Temperature Considerations
Since Gigavac contactors are operated by a coil that changes resistance with temperature, Pickup Voltage and Drop Out Voltage will decrease at temperatures below 25C and increase at temperatures ab
Learn MoreApplication Note: GXNC14C Temperature Considerations
Since Gigavac contactors are operated by a coil that changes resistance with temperature, Pickup Voltage and Drop Out Voltage will decrease at temperatures below 25C and increase at temperatures ab
Learn MoreApplication Notes: GX Coil Suppression
In order to limit the Back EMF to manageable levels, Gigavac’s contactors have built-in suppression for all DC coils.
Learn MoreApplication Notes: HX460B Coil Temperature Considerations
Since Gigavac contactors are operated by a coil that changes resistance with temperature, Pickup Voltage and Drop Out Voltage will decrease at temperatures below 25C and increase at temperatures ab
Learn MoreApplication Notes: HX460C Coil Temperature Considerations
Since Gigavac contactors are operated by a coil that changes resistance with temperature, Pickup Voltage and Drop Out Voltage will decrease at temperatures below 25C and increase at temperatures ab
Learn MoreApplication Note: Partially Welded Contacts and Effects on Auxiliary Contacts
We have received some inquiries from customers who claim that the auxiliary contacts are either "welded" or unexpectedly staying closed when the main contacts are open.
Learn MoreApplication Note: P Series MiniTACTOR 12Vdc Coil Temperature Considerations
Since Gigavac contactors are operated by a coil that changes resistance with temperature, Pick-up Voltage and Drop Out Voltage will decrease at temperatures below 25C and increase at temperatures a
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