Joseph Static Intermediate Relay JZ-7Y-3E/F0 DC220V Cabinet Bottom Fixed Installation Modular Structure

Joseph Static Intermediate Relay JZ-7Y-3E/F0 DC220V Cabinet Bottom Fixed Installation Modular Structure

Category:

electron/electrical/Liquid level controller

Model:

JZ-7Y-3E/F0

Brand:

Shanghai Joseph

model:

JZ-7Y-3E/F0

Processing & Customization:

yes

rated voltage:

two hundred and twenty

Place of Origin:

Shanghai

manufacturer:

Shanghai Joseph

Retail Price

100.00RMB


重量

kg

  • Product Description
  • model

    JZ-7Y-3E/F0

    Processing & Customization

    yes

    rated voltage

    two hundred and twenty

    Place of Origin

    Shanghai

    manufacturer

    Shanghai Joseph

    Description :

      Intermediate relay JZ-7Y-204A DC220V

      Intermediate relay JZ-7Y-206A DC220V

      Static intermediate relay JZ-7Y-3E/F0 DC220V cabinet bottom fixed installation modular structure

      Intermediate relay JZ-7Y-220 (XJZY-220) DC220V cabinet bottom plate fixed installation

      Intermediate relay JZ-7Y-209A (DZY-209) working voltage DC220V board rear terminal wiring

      Intermediate relay JZ-7Y-220 voltage: DC110V with board front terminal block

      Intermediate relay JZ-7Y-202 DC220V board rear wiring

      Intermediate relay JZ-7Y-204 DC110V board front wiring

      Adjustable current drop type tripping and closing monitoring relay JZ-7Y-204XMS DC110V board front wiring

      Jumping and closing position monitoring relay JZ-7Y-204XMT cabinet installation board front wiring

      Intermediate relay JZ-7Y-203 rated voltage 110VDC

      Jumping position monitoring relay JZ-7Y-35XMC coil voltage 220VDC with base

      Intermediate relay JZ-7Y-31 DC220V

      Intermediate relay JZ-7Y-3E/44 voltage DC220V

      Intermediate relay JZ-7Y-204XMT DC220V two normally open two normally closed embedded rear wiring

      Intermediate relay JZ-7Y-205 DC220V two normally open four normally closed embedded rear wiring

      Intermediate relay JZ-7Y-204B DC220V board front wiring

      Intermediate relay JZ-7Y-203 DC110V embedded installation, wiring behind the board

      Jumping and closing monitoring relay JZ-7Y-203XMT DC110V

      Intermediate relay JZ-7Y-202 DC110V CJ-1 board front wiring A11Q

      Intermediate relay JZ-7Y-210 DC220V board rear wiring

      Intermediate relay JZ-7Y-210 (XJZY-210) 110VDC

      Intermediate relay JZ-7Y-220 (XJZY-220) 110VDC

      Intermediate relay JZ-7Y-17 DC220V cabinet front fixed installation

      Intermediate relay JZ-7Y-211A DC110V

      Jumping and closing monitoring relay JZ-7Y/002XMT DC220V

      Jumping and closing monitoring relay JZ-7Y-S220XMC

      Intermediate relay JZ-7Y-313 DC220V board front wiring 6 open 2 closed

      Intermediate relay JZ-7Y-31G 220VDC three normal open three conversion

      The static intermediate relay JZ-7Y-3E/F0 is a commonly used electronic component in power systems, characterized by its static nature, which means it has no contacts or electromagnetic coils, and is therefore also known as a solid-state relay.

      This relay is mainly used under DC operating voltage and is an important component for achieving circuit control. The "JZ" in its model represents a static intermediate relay, "7" may represent a specific product series or specification, "Y" represents the DC operating voltage, and "3E/F0" may represent the specific function or performance parameters of the relay.

      The main advantages of the static intermediate relay JZ-7Y-3E/F0 include high reliability, long lifespan, fast response, and no contact wear. Due to the lack of contacts and electromagnetic coils, it avoids common problems such as contact bounce, welding, and wear in traditional electromagnetic relays, greatly improving its service life and stability. At the same time, the fast response characteristics of static intermediate relays also make them advantageous in circuit control situations that require fast switching.

      In addition, static intermediate relays usually have a smaller volume and lighter weight, are easy to install, and can adapt to various complex installation environments. In the power system, it is often used to protect and control circuits as an auxiliary relay, increasing the number and capacity of contacts to achieve circuit control.

      However, it should be noted that although static intermediate relays have many advantages, relevant installation and usage specifications still need to be followed during use to ensure their normal operation and safety. Meanwhile, based on specific application scenarios and requirements, it may be necessary to select static intermediate relays with specific functions or performance.

    Key words:
    • intermediate relay