Most relays and contactors are considered “fail safe.” Fail safe relays require coil p
Most relays and contactors are considered “fail safe.” Fail safe relays require coil power applied continuously to make sure the relay is switched. Once coil power is removed the moveable contact in a fail safe relay returns to its default position. Latching relays require a momentary coil pulse to change the position of the moveable….
Most relays and contactors are considered “fail safe.” Fail safe relays require coil p
Most relays and contactors are considered “fail safe.” Fail safe relays require coil power applied continuously to make sure the relay is switched. Once coil power is removed the moveable contact in a fail safe relay returns to its default position. Latching relays require a momentary coil pulse to change the position of the moveable….
The moveable contact transfers continuity from one stationary contact to the other when th
The moveable contact transfers continuity from one stationary contact to the other when the coil is energized or de-energized. Voltage isolation is then between opposing stationary contact and the moveable contact. As with our other High Voltage Relays GIGAVAC offers several design styles of vacuum and gas filled High Voltage Relays. Vacuum or gas as…
A single stationary contact and a moveable contact furnish a simple on-off configuration.
A single stationary contact and a moveable contact furnish a simple on-off configuration. Forms include normally open, NO, and normally closed, NC. Normally open relays provide voltage isolation until coil power is applied. With coil power applied there is continuity through the relay contacts. Normally closed relays provide continuity through closed contacts until coil power…
A single stationary contact and a moveable contact furnish a simple on-off configuration.
A single stationary contact and a moveable contact furnish a simple on-off configuration. Forms include normally open, NO, and normally closed, NC. Normally open relays provide voltage isolation until coil power is applied. With coil power applied there is continuity through the relay contacts. Normally closed relays provide continuity through closed contacts until coil power…
The moveable contact transfers continuity from one stationary contact to the other when th
The moveable contact transfers continuity from one stationary contact to the other when the coil is energized or de-energized. Voltage isolation is then between opposing stationary contact and the moveable contact. As with our other High Voltage Relays GIGAVAC offers several design styles of vacuum and gas filled High Voltage Relays. Vacuum or gas as…
Most relays and contactors are considered “fail safe.” Fail safe relays require coil p
Most relays and contactors are considered “fail safe.” Fail safe relays require coil power applied continuously to make sure the relay is switched. Once coil power is removed the moveable contact in a fail safe relay returns to its default position. Latching relays require a momentary coil pulse to change the position of the moveable….
Dual circuit functions can be controlled with a single coil signal. Since the contacts are
Dual circuit functions can be controlled with a single coil signal. Since the contacts are mechanically linked in many applications one of the contact sets are used as auxiliary contacts to provide circuit feedback indicating relay contact position. As with our other High Voltage Relays GIGAVAC offers several design styles of vacuum and gas filled…
The moveable contact transfers continuity from one stationary contact to the other when th
The moveable contact transfers continuity from one stationary contact to the other when the coil is energized or de-energized. Voltage isolation is then between opposing stationary contact and the moveable contact. As with our other High Voltage Relays GIGAVAC offers several design styles of vacuum and gas filled High Voltage Relays. Vacuum or gas as…
The moveable contact transfers continuity from one stationary contact to the other when th
The moveable contact transfers continuity from one stationary contact to the other when the coil is energized or de-energized. Voltage isolation is then between opposing stationary contact and the moveable contact. As with our other High Voltage Relays GIGAVAC offers several design styles of vacuum and gas filled High Voltage Relays. Vacuum or gas as…
The moveable contact transfers continuity from one stationary contact to the other when th
The moveable contact transfers continuity from one stationary contact to the other when the coil is energized or de-energized. Voltage isolation is then between opposing stationary contact and the moveable contact. As with our other High Voltage Relays GIGAVAC offers several design styles of vacuum and gas filled High Voltage Relays. Vacuum or gas as…
The moveable contact transfers continuity from one stationary contact to the other when th
The moveable contact transfers continuity from one stationary contact to the other when the coil is energized or de-energized. Voltage isolation is then between opposing stationary contact and the moveable contact. As with our other High Voltage Relays GIGAVAC offers several design styles of vacuum and gas filled High Voltage Relays. Vacuum or gas as…
The moveable contact transfers continuity from one stationary contact to the other when th
The moveable contact transfers continuity from one stationary contact to the other when the coil is energized or de-energized. Voltage isolation is then between opposing stationary contact and the moveable contact. As with our other High Voltage Relays GIGAVAC offers several design styles of vacuum and gas filled High Voltage Relays. Vacuum or gas as…
The moveable contact transfers continuity from one stationary contact to the other when th
The moveable contact transfers continuity from one stationary contact to the other when the coil is energized or de-energized. Voltage isolation is then between opposing stationary contact and the moveable contact. As with our other High Voltage Relays GIGAVAC offers several design styles of vacuum and gas filled High Voltage Relays. Vacuum or gas as…
The moveable contact transfers continuity from one stationary contact to the other when th
The moveable contact transfers continuity from one stationary contact to the other when the coil is energized or de-energized. Voltage isolation is then between opposing stationary contact and the moveable contact. As with our other High Voltage Relays GIGAVAC offers several design styles of vacuum and gas filled High Voltage Relays. Vacuum or gas as…
Voltage Rating:15kV Current Rating:50A Contact Form:C = Single Pole Double Throw Contact A
Voltage Rating:15kV Current Rating:50A Contact Form:C = Single Pole Double Throw Contact Arrangement:SPDT Application:Carry Only R2 series high voltage relays are designed to carry high current in high voltage applications up to 15kV and are optimized for low loss in RF circuits. Molybdenum/copper contacts provide low stable contact resistance allowing for a 50 amp continuous…
Voltage Rating:25kV Current Rating:18A Contact Form:C = Single Pole Double Throw Contact A
Voltage Rating:25kV Current Rating:18A Contact Form:C = Single Pole Double Throw Contact Arrangement:SPDT Application:Make/Break Load Switching R25 series high voltage relays are an enhanced version of the R8 series, featuring specially designed baffles within the arc chamber and a smaller movable contact for improved isolation. Rated for systems up to 25kV, the R25 can continuously…
Voltage Rating:5kV Current Rating:30A Contact Form:A = Normally Open Contact Arrangement:S
Voltage Rating:5kV Current Rating:30A Contact Form:A = Normally Open Contact Arrangement:SPST-NO Application:Make/Break Load Switching R41A series high voltage relays are designed to meet demanding load requirements while maintaining a compact form factor. The RF-rated design ensures exceptional performance in applications requiring precise switching and reliable isolation up to 5kV. Equipped with tungsten contacts, the R41A…
Voltage Rating:5kV Current Rating:30A Contact Form:B = Normally Closed Contact Arrangement
Voltage Rating:5kV Current Rating:30A Contact Form:B = Normally Closed Contact Arrangement:SPST-NC Application:Make/Break Load Switching R41B series high voltage relays are engineered to meet demanding load requirements while maintaining a compact design. The RF-rated design ensures exceptional performance in applications requiring precise switching and reliable isolation up to 5kV. Equipped with tungsten contacts, the R41B delivers…
Voltage Rating:5kV Current Rating:30A Contact Form:C = Single Pole Double Throw Contact Ar
Voltage Rating:5kV Current Rating:30A Contact Form:C = Single Pole Double Throw Contact Arrangement:SPDT Application:Make/Break Load Switching R41C series high voltage relays are engineered to meet demanding load requirements while maintaining a compact form factor. The RF-rated design ensures exceptional performance in applications requiring precise switching and reliable isolation up to 5kV. Equipped with tungsten contacts,…
Voltage Rating:10kV Current Rating:25A Contact Form:A = Normally Open Contact Arrangement:
Voltage Rating:10kV Current Rating:25A Contact Form:A = Normally Open Contact Arrangement:SPST-NO Application:Make/Break Load Switching R43A series high voltage relays are designed to meet demanding load requirements at higher voltages. While still a compact form factor, the elongated stacked ceramic body allows for increased isolation when compared to the R41A. The RF-rated design ensures exceptional performance…
Voltage Rating:10kV Current Rating:25A Contact Form:B = Normally Closed Contact Arrangemen
Voltage Rating:10kV Current Rating:25A Contact Form:B = Normally Closed Contact Arrangement:SPST-NC Application:Make/Break Load Switching R43B series high voltage relays are engineered to meet demanding load requirements at higher voltages. While still a compact form factor, the elongated stacked ceramic body allows for increased isolation when compared to the R41A. The RF-rated design ensures exceptional performance…
Voltage Rating:10kV Current Rating:25A Contact Form:C = Single Pole Double Throw Contact A
Voltage Rating:10kV Current Rating:25A Contact Form:C = Single Pole Double Throw Contact Arrangement:SPDT Application:Make/Break Load Switching R43C series high voltage relays are engineered to meet demanding load requirements at higher voltages. While still a compact form factor, the elongated stacked ceramic body allows for increased isolation when compared to the R41A. The RF-rated design ensures…
Make Only Load Switching. Form A, SPST-NO Gas Filled 10A Continuous Current Carry Molybden
Make Only Load Switching. Form A, SPST-NO Gas Filled 10A Continuous Current Carry Molybdenum / Tungsten contacts Flexible Flying Lead HV Connections Compact Design Panel Mounting Mountable in any orientation
Make Only Load Switching. Form A, SPST-NC Gas Filled 10A Continuous Current Carry Molybden
Make Only Load Switching. Form A, SPST-NC Gas Filled 10A Continuous Current Carry Molybdenum / Tungsten contacts Flexible Flying Lead HV Connections Compact Design Panel Mounting Mountable in any orientation
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