Why choose a semiconductor relay?
Semiconductor relays are reliable, energy-efficient and long-lasting because they have no moving parts. They consume up to 75% less energy than electromechanical relays and can operate for millions of cycles without performance degradation. In addition, their circuitry is completely silent, making them ideal for medical and commercial applications. Semiconductor relays are shock and vibration resistant, making them suitable for harsh environments such as railway or industrial applications. Due to their fast switching, they ensure high accuracy in temperature control, for example, and are also suitable for switching powerful heating appliances.
Why choose a semiconductor relay?
Semiconductor relays are reliable, energy-efficient and long-lasting because they have no moving parts. They consume up to 75% less energy than electromechanical relays and can operate for millions of cycles without performance degradation. In addition, their circuitry is completely silent, making them ideal for medical and commercial applications. Semiconductor relays are shock and vibration resistant, making them suitable for harsh environments such as railway or industrial applications. Due to their fast switching, they ensure high accuracy in temperature control, for example, and are also suitable for switching powerful heating appliances.
IDEC RSS semiconductor relays
RSS semiconductor relays with a "hockey puck" design are suitable for switching heavy loads such as lighting and heating appliances. They have a high inrush-current resistance, a built-in RC snubber and zero voltage switching to reduce load current. Input DC (4-32V) or AC (90-280V) and output current up to 90A, offering reliability and better heat dissipation thanks to a dual SCR switch.
IDEC RSS semiconductor relays
RSS semiconductor relays with a "hockey puck" design are suitable for switching heavy loads such as lighting and heating appliances. They have a high inrush-current resistance, a built-in RC snubber and zero voltage switching to reduce load current. Input DC (4-32V) or AC (90-280V) and output current up to 90A, offering reliability and better heat dissipation thanks to a dual SCR switch.
IDEC RSC semiconductor relays
Unlike other relays that may require additional cooling, IDEC's RSC relays already include a built-in heat sink. An LED status indicator ensures that you can always see if the unit is working.
The compact dimensions of the RSC relays (22.5 mm for 20A and 30A, 45 mm for 45A) make them suitable for DIN rail or panel mounting.
IDEC RSC semiconductor relays
Unlike other relays that may require additional cooling, IDEC's RSC relays already include a built-in heat sink. An LED status indicator ensures that you can always see if the unit is working.
The compact dimensions of the RSC relays (22.5 mm for 20A and 30A, 45 mm for 45A) make them suitable for DIN rail or panel mounting.
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