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Three Phase DC- AC Panel Mount 125A Solid State Relay

Three Phase DC-AC Panel Mount 125A Solid State Relay is an advanced electronic switching device designed to efficiently regulate the flow of electrical power between three-phase direct current (DC) and alternating current (AC) systems. It employs semiconductor components, such as thyristors or triacs, which distinguishes it from traditional electromechanical relays. This specific relay is engineered to handle a maximum current of 125 amperes, making it exceptionally well-suited for applications requiring a high power handling capacity in three-phase systems. The term “panel mount” indicates that it is designed for secure installation onto a control panel or a surface, ensuring stability and seamless integration within an electrical system.

The primary advantage of a solid state relay is its efficiency and reliability. Unlike mechanical relays with moving parts that can wear out over time, SSRs do not have such components, making them more durable and long-lasting. Additionally, SSRs offer swift switching times and high isolation between input and output, reducing the likelihood of electrical noise or interference. This makes them especially suitable for applications where precision and accuracy are crucial. The capability to control three-phase power further enhances the versatility of this particular relay, allowing it to be employed in a wide range of industrial and commercial applications, including motor controls, heating elements, and other complex electrical systems.

These headings can help you choose SSRs based on their key attributes

ModelA RatingInputOutputControl VoltageControl Current RangePick-up VoltageTurn-on (max)Turn-off (max)Drop Out VoltageInput ResistanceCurrent Range with proper heat sink(IT)Surge Current non-repetitive t = 10msecs (ITEMS)Voltage Drop @ Current (VTM)Voltage Range (VRMS)Over Voltage Rating (PIV) Transient PeakOff-state leakage current @ voltage – (IDRM)Holding current (IH)Dv/Dt @Voltage (out)I2T Fusing I2t (10 ms) (Value In Square)Frequency RangeDielectric StrengthGalvanic Separation (Input to Output to Base)WeightStorage Temp.Junction Temperature