The TE Connectivity industrial connector (SKU: 7-1393030-0) is engineered for demanding applications requiring robust performance and reliability. Designed to withstand extreme environmental conditions, this connector ensures secure and efficient electrical connections in industrial settings. Its durable construction and high-quality materials make it ideal for automation, manufacturing, and heavy-duty machinery. With TE Connectivity's reputation for innovation and quality, this connector delivers consistent performance, reducing downtime and enhancing operational efficiency. Trusted by industries worldwide, it meets stringent standards for durability and electrical integrity.

AC Input Solid State Relay, 1 Form A SPST-NO, 90 – 280 VAC Input, 24 – 240 Vrms Output, 20 A Contact Rating, AC Output, DIN Rail, Black. An SSR, or Solid-State Relay is an electronic switching device that functions similarly to an electromechanical relay but with no moving contacts. It works by employing semiconductor switching elements like triacs, thyristors, and diodes. Solid State Relays are designed for applications that require high switching speed and feature low switching acoustical noise and extremely long life. These relays are used when direct control by electronic circuits is necessary and switching without arcing or contact chatter is required. SSRs are not a replacement but complement electromechanical power relays

AC Input Solid State Relay, 1 Form A SPST-NO, 90 – 280 VAC Input, 24 – 240 Vrms Output, 30 A Contact Rating, AC Output, DIN Rail, Black. An SSR, or Solid-State Relay is an electronic switching device that functions similarly to an electromechanical relay but with no moving contacts. It works by employing semiconductor switching elements like triacs, thyristors, and diodes. Solid State Relays are designed for applications that require high switching speed and feature low switching acoustical noise and extremely long life. These relays are used when direct control by electronic circuits is necessary and switching without arcing or contact chatter is required. SSRs are not a replacement but complement electromechanical power relays

DC Input Solid State Relay, 1 Form A SPST-NO, 3 – 32 VDC Input, 24 – 240 VDC Output, 10 A Contact Rating, AC Output, DIN Rail, Black. An SSR, or Solid-State Relay is an electronic switching device that functions similarly to an electromechanical relay but with no moving contacts. It works by employing semiconductor switching elements like triacs, thyristors, and diodes. Solid State Relays are designed for applications that require high switching speed and feature low switching acoustical noise and extremely long life. These relays are used when direct control by electronic circuits is necessary and switching without arcing or contact chatter is required. SSRs are not a replacement but complement electromechanical power relays

DC Input Solid State Relay, 1 Form A SPST-NO, 48 – 660 Vrms Output, AC Output, DIN Rail, Black, Potter & Brumfield SSRK. An SSR, or Solid-State Relay is an electronic switching device that functions similarly to an electromechanical relay but with no moving contacts. It works by employing semiconductor switching elements like triacs, thyristors, and diodes. Solid State Relays are designed for applications that require high switching speed and feature low switching acoustical noise and extremely long life. These relays are used when direct control by electronic circuits is necessary and switching without arcing or contact chatter is required. SSRs are not a replacement but complement electromechanical power relays

AC Input Solid State Relay, 1 Form A SPST-NO, 90 – 280 VAC Input, 48 – 660 Vrms Output, AC Output, DIN Rail, Black, Potter & Brumfield SSRK. An SSR, or Solid-State Relay is an electronic switching device that functions similarly to an electromechanical relay but with no moving contacts. It works by employing semiconductor switching elements like triacs, thyristors, and diodes. Solid State Relays are designed for applications that require high switching speed and feature low switching acoustical noise and extremely long life. These relays are used when direct control by electronic circuits is necessary and switching without arcing or contact chatter is required. SSRs are not a replacement but complement electromechanical power relays

The TE Connectivity industrial connector (SKU 2323802-3) is engineered for high-performance applications requiring durability and reliability. Designed to meet rigorous industry standards, this connector ensures secure and efficient connections in harsh environments. Its robust construction and precise engineering make it ideal for industrial automation, telecommunications, and power distribution systems. With TE Connectivity's reputation for quality, this connector delivers consistent performance, reducing downtime and maintenance costs. Whether for factory automation, renewable energy systems, or infrastructure projects, this connector provides the dependability needed for mission-critical operations.

DC Input Solid State Relay, 1 Form A SPST-NO, 4 – 32 VDC Input, 24 – 280 Vrms Output, AC Output, Panel Mount, Potter & Brumfield SSRMP Mini-Puck. An SSR, or Solid-State Relay is an electronic switching device that functions similarly to an electromechanical relay but with no moving contacts. It works by employing semiconductor switching elements like triacs, thyristors, and diodes. Solid State Relays are designed for applications that require high switching speed and feature low switching acoustical noise and extremely long life. These relays are used when direct control by electronic circuits is necessary and switching without arcing or contact chatter is required. SSRs are not a replacement but complement electromechanical power relays

DC Input Solid State Relay, 1 Form A SPST-NO, 4 – 32 VDC Input, 24 – 280 Vrms Output, AC Output, Panel Mount, Potter & Brumfield SSRMP Mini-Puck. An SSR, or Solid-State Relay is an electronic switching device that functions similarly to an electromechanical relay but with no moving contacts. It works by employing semiconductor switching elements like triacs, thyristors, and diodes. Solid State Relays are designed for applications that require high switching speed and feature low switching acoustical noise and extremely long life. These relays are used when direct control by electronic circuits is necessary and switching without arcing or contact chatter is required. SSRs are not a replacement but complement electromechanical power relays

DC Input Solid State Relay, 1 Form A SPST-NO, 4 – 32 VDC Input, 24 – 280 Vrms Output, AC Output, Panel Mount, Potter & Brumfield SSRMP Mini-Puck. An SSR, or Solid-State Relay is an electronic switching device that functions similarly to an electromechanical relay but with no moving contacts. It works by employing semiconductor switching elements like triacs, thyristors, and diodes. Solid State Relays are designed for applications that require high switching speed and feature low switching acoustical noise and extremely long life. These relays are used when direct control by electronic circuits is necessary and switching without arcing or contact chatter is required. SSRs are not a replacement but complement electromechanical power relays

DC Input Solid State Relay, 1 Form A SPST-NO, 4 – 32 VDC Input, 24 – 280 Vrms Output, AC Output, Panel Mount, Potter & Brumfield SSRMP Mini-Puck. An SSR, or Solid-State Relay is an electronic switching device that functions similarly to an electromechanical relay but with no moving contacts. It works by employing semiconductor switching elements like triacs, thyristors, and diodes. Solid State Relays are designed for applications that require high switching speed and feature low switching acoustical noise and extremely long life. These relays are used when direct control by electronic circuits is necessary and switching without arcing or contact chatter is required. SSRs are not a replacement but complement electromechanical power relays

DC Input Solid State Relay, 1 Form A SPST-NO, 4 – 32 VDC Input, 24 – 280 Vrms Output, AC Output, Panel Mount, Potter & Brumfield SSRMP Mini-Puck. An SSR, or Solid-State Relay is an electronic switching device that functions similarly to an electromechanical relay but with no moving contacts. It works by employing semiconductor switching elements like triacs, thyristors, and diodes. Solid State Relays are designed for applications that require high switching speed and feature low switching acoustical noise and extremely long life. These relays are used when direct control by electronic circuits is necessary and switching without arcing or contact chatter is required. SSRs are not a replacement but complement electromechanical power relays