→ Zero Cross Solid State Relay specially designed for resistive loads. → Over-Voltage
→ Zero Cross Solid State Relay specially designed for resistive loads. → Over-Voltage protection (TVS) on input and output. → Back to back thyristors on output with TMS² technology for a long lifetime expectancy, RoHS void free process. → Direct copper bonding (DCB) technology. → Large control range: 4-30VDC with input current limiter. Green LED…
SGT9694300 Switching current: 3x125A Switching voltage: 24-660VAC Peak voltage: 1200V Cont
SGT9694300 Switching current: 3x125A Switching voltage: 24-660VAC Peak voltage: 1200V Control voltage: 4-30VDC
SGT9834300 Switching current: 3x35A Switching voltage: 24-660VAC Peak voltage: 1600V Contr
SGT9834300 Switching current: 3x35A Switching voltage: 24-660VAC Peak voltage: 1600V Control voltage: 4-30 VDC
SGT9854300 Switching current: 3x50A Switching voltage: 24-660VAC Peak voltage: 1600V Contr
SGT9854300 Switching current: 3x50A Switching voltage: 24-660VAC Peak voltage: 1600V Control voltage: 4-30VDC
SGT9854320 Switching current: 3x50A Switching voltage: 24-660VAC Peak voltage: 1600V Contr
SGT9854320 Switching current: 3x50A Switching voltage: 24-660VAC Peak voltage: 1600V Control voltage: 4-30 VDC
SGT9874300 Switching current: 3x75A Switching voltage: 24-660VAC Peak voltage: 1600V Contr
SGT9874300 Switching current: 3x75A Switching voltage: 24-660VAC Peak voltage: 1600V Control voltage: 4-30VDC
Three-phase Zero Cross Solid State Relay specially designed for most types of loads (AC-1
Three-phase Zero Cross Solid State Relay specially designed for most types of loads (AC-1 and AC-3). Over-Voltage protection at the input (transil) and output (RC + VDR). Back to back thyristors on output with TMS² technology for a long lifetime expectancy : 24 to 520VAC 3x125A. Current limited by the connectors at 41A. Direct copper…
Three-phase Zero Cross Solid State Relay especially designed for AC-1 resistive loads. Ove
Three-phase Zero Cross Solid State Relay especially designed for AC-1 resistive loads. Over-Voltage protection at the input (transil) and output (TVS). Back to back thyristors on output with TMS² technology for a long lifetime expectancy : 24 to 660VAC max. 3x60A. Current limited by the connectors at 41A. Direct copper bonding (DCB) technology. Large control…
Hermetically seal rated to 175°C with reduced risk of fire or meltdown in over current co
Hermetically seal rated to 175°C with reduced risk of fire or meltdown in over current conditions. Backfilled with gas (primarily hydrogen) to effectively inhibit oxidation, resulting in low and stable contact resistance. The insulation resistance stands at 1000MΩ (1000Vdc), while the dielectric strength between the coil and contacts reaches 4.0kV. Continuous current carry 150A at…
Hermetically seal rated to 175°C with reduced risk of fire or meltdown in over current co
Hermetically seal rated to 175°C with reduced risk of fire or meltdown in over current conditions. Backfilled with gas (primarily hydrogen) to effectively inhibit oxidation, resulting in low and stable contact resistance. The insulation resistance stands at 1000MΩ (1000Vdc), while the dielectric strength between the coil and contacts reaches 4.0kV. Continuous current carry 250A at…
Hermetically seal rated to 175°C with reduced risk of fire or meltdown in over current co
Hermetically seal rated to 175°C with reduced risk of fire or meltdown in over current conditions. Backfilled with gas (primarily hydrogen) to effectively inhibit oxidation, resulting in low and stable contact resistance. Continuous current carry 400A at 85°C, High short circuit current withstanding 10kA in 5ms Comply with IEC 60664-1 and RoHS standards.
PRINCIPAL TECHNICAL CHARACTERISTICS • Monobloc design in polycarbonate resin • Fire an
PRINCIPAL TECHNICAL CHARACTERISTICS • Monobloc design in polycarbonate resin • Fire and smoke specification NFF 16-101 / NFF 16-102 • Railway standard: IEC60571, EN50155 • Operating temperature: -25°C to +70°C • Weight 113 g ±5% (470 / D470 / THL) • Mounting: DIN Rail EN50022 • Suitable for relay with B, D and H mounting…
3 x 25A/280VAC output 3.5-10 VDC control or 10-30 VDC control
3 x 25A/280VAC output 3.5-10 VDC control or 10-30 VDC control
SIB942360 Switching current: 2x30A Switching voltage: 12-280VAC Control voltage: 12-24VDC
SIB942360 Switching current: 2x30A Switching voltage: 12-280VAC Control voltage: 12-24VDC
The SIM100MLP is the first high-voltage isolation monitoring device for EV/HEVs capable of
The SIM100MLP is the first high-voltage isolation monitoring device for EV/HEVs capable of operating correctly even when the battery is active, and experiencing large voltage variations, no variations, or even if the battery is not connected. The SIM100MLP continuously monitors the isolation resistance between a vehicle’s IT (Isolated Terra) power system and chassis for deterioration…
The SIM100MOD is the first high-voltage isolation monitoring device for EV/HEVs capable of
The SIM100MOD is the first high-voltage isolation monitoring device for EV/HEVs capable of operating correctly even when the battery is active, and experiencing large voltage variations, no variations, or even if the battery is not connected. The device continuously monitors the isolation resistance between a vehicle’s IT (Isolated Terra) power system and chassis for deterioration…
The SIM200 Insulation Monitoring Device (IMD) is designed for continuous active monitoring
The SIM200 Insulation Monitoring Device (IMD) is designed for continuous active monitoring of unearthed (Isolated Terra) DC systems including charging stations, electric vehicles, and any other system with a nominal operation above 60VDC. The SIM200 is UL2231 recognized to ensure safety at the highest standards and responds to electric hazards quickly and reliably with a…
Designed for situations where the system control is to be managed mobile, the cabin system
Designed for situations where the system control is to be managed mobile, the cabin systems stand out with their features such as modern appearance, modular structure and high stability. Kiosk tables are designed for limited areas where operator arm applications are insufficient or for points where the control panel is constantly changing. Kiosk tables form…
Designed for situations where the system control is to be managed mobile, the cabin system
Designed for situations where the system control is to be managed mobile, the cabin systems stand out with their features such as modern appearance, modular structure and high stability. Kiosk tables are designed for limited areas where operator arm applications are insufficient or for points where the control panel is constantly changing. Kiosk tables form…
Supplied with No. 20 contacts and No. 20 crimp. Weight 7g max. Used in conjunction with MT
Supplied with No. 20 contacts and No. 20 crimp. Weight 7g max. Used in conjunction with MT-3000-003.
Supplied with No. 20 contacts and No. 20 crimp. Weight 14g max. Used in conjunction with M
Supplied with No. 20 contacts and No. 20 crimp. Weight 14g max. Used in conjunction with MT-3000-003.
Weight 14g max. Used in conjunction with MT-3000-003. Supplied with No. 20 contacts and No
Weight 14g max. Used in conjunction with MT-3000-003. Supplied with No. 20 contacts and No. 20 crimp.
This range of slip rings has been designed primarily for the transmission of signals, but
This range of slip rings has been designed primarily for the transmission of signals, but has now been developed to accommodate power transmission also. Fine brass rings are used for signals and can be plated with silver, gold or rhodium where low contact resistance and low noise levels are required. The best results are obtained…
ECCO’s range of Smart Alarms® were the world’s first self-adjusting back-up alarms. S
ECCO’s range of Smart Alarms® were the world’s first self-adjusting back-up alarms. Smart Alarms constantly measure ambient noise and adjust their sound level, creating a volume that is safe without being annoying or contributing to noise pollution. Smart Alarms eliminate the need for constant manual adjustment and help prevent intentional alarm disconnection.
SMB8650510 Switching current: 3x30A AC51 (resistive) / 3x12A AC53 (motor) Switching voltag
SMB8650510 Switching current: 3x30A AC51 (resistive) / 3x12A AC53 (motor) Switching voltage: 24-520VAC Peak: 70A / 1600V Control voltage: 4-30VDC
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