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JOSEF intermediate relay JZ-7J-35 AC220V digital substation line, used for automation control

JOSEF intermediate relay JZ-7J-35 AC220V digital substation line, used for automation control

Category:

electron/electrical/Liquid level controller

Model:

JZ-7J-35

Brand:

Shanghai Joseph

model:

JZ-7J-35

Processing & Customization:

yes

rated voltage:

two hundred and twenty

Place of Origin:

Shanghai

manufacturer:

Shanghai Joseph

Retail Price

110.00RMB

重量

Product Description

model	JZ-7J-35	Processing & Customization	yes
rated voltage	two hundred and twenty	Place of Origin	Shanghai
manufacturer	Shanghai Joseph

Description :

　　The intermediate relay JZ-7J-35 is a common electrical component in power systems and industrial automation control systems. This type of relay plays a crucial role in control circuits, mainly used to increase the number and capacity of contacts to meet complex control requirements.

　　The JZ-7J-35 intermediate relay has the characteristics of stability, reliability, and sensitive action. It uses high-quality materials and advanced manufacturing processes to ensure that the relay can operate stably in various harsh environments. At the same time, the relay also has a long service life and high electrical performance, which can meet the needs of long-term operation and frequent operation.

　　In practical applications, JZ-7J-35 intermediate relays are commonly used for motor protection, switch control, indicator light control, and other aspects. It can receive signals from the control system and perform switch operations based on changes in the signals, achieving control and protection of the circuit. By controlling the on/off of the circuit, this relay can ensure the normal operation of the equipment and improve the reliability and safety of the system.

　　In addition, the JZ-7J-35 intermediate relay also has multiple protection functions, such as overload protection, short circuit protection, etc. These protective functions can effectively prevent equipment from being damaged due to circuit faults, further improving the stability and safety of the system.