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….
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….
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…
The GTM400 and GTM500 are the first products released as a part of Sensata’s new GTM con
The GTM400 and GTM500 are the first products released as a part of Sensata’s new GTM contactor family which feature glass-to-metal seals (GTMS) – an industry first in contactor design. Glass-to-metal sealing is a technique used to create effective electrically-insulative hermetic seal technology. Leveraging over 50 years of expertise in GTMS, Sensata has engineered its…
The GTM400 and GTM500 are the first products released as a part of Sensata’s new GTM con
The GTM400 and GTM500 are the first products released as a part of Sensata’s new GTM contactor family which feature glass-to-metal seals (GTMS) – an industry first in contactor design. Glass-to-metal sealing is a technique used to create effective electrically-insulative hermetic seal technology. Leveraging over 50 years of expertise in GTMS, Sensata has engineered its…
Hermetically Sealed – Designed to meet: UL1604 for Class I & II, Div 2 and Class II
Hermetically Sealed – Designed to meet: UL1604 for Class I & II, Div 2 and Class III for use in hazardous locations, IP67 for temporary water immersion for 30 min, SAE J1171 – external ignition protection, and ISO8846 for protection against ignition around flammable gasses. Built-in coil suppression for all DC coils – Saves you…
With PCB mounting, you can save on costs when cables and connectors are minimized or compl
With PCB mounting, you can save on costs when cables and connectors are minimized or completely eliminated. Still, the contactor is hermetically sealed and developed according to UL1604 and IP67 as well as RoHS and CE. Flame retardant according to SAE J1171 and ISO8846. Mounting is possible in all directions for easy installation.
Hermetically Sealed – Designed to meet: UL1604 for Class I & II, Div 2 and Class II
Hermetically Sealed – Designed to meet: UL1604 for Class I & II, Div 2 and Class III for use in hazardous locations, IP67 for temporary water immersion for 30 min, SAE J1171 – external ignition protection, and ISO8846 for protection against ignition around flammable gasses. High Efficiency Dual DC Coils – Very low 12, 24,…
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