Schneider AC contactor LC1D115 LC1D150 LC1D170 original one year

Schneider contactor LC1D170 LC1D150 LC1D11500 LC1D95 LC1D80

Schneider LC1D150 AC220V/380V AC contactor/parameters

Schneider TeSys series contactors

Continuously updating Schneider TeSys series contactors and thermal overload relays. Contactors and thermal overload current relays include a component range of 9A~150A. The component library includes: component number, name, external dimensions, functional templates, images, 2D appearance macros, 3D model macros, 3D connection point information, etc. The total size of EDZ files is:

LC1D 2.79M contactor+auxiliary switch

LRD 1.12M thermal overload

For the convenience of users downloading and using different versions of EPLAN, it is equipped with an XML format that can be manually imported. This type of contactor only requires direct current for the coil, and 80 is the corresponding rated current. How can we choose a contactor based on the current of the motor? The empirical formula is that the rated current of the contactor is 3.5-4 times the power, while the rated current of the motor is 2 times the power. Therefore, the rated current of the contactor can be selected as 1.5-2 times the rated current of the motor. They are all approximate numbers, so they can be flexibly used according to actual situations. For example, a 15KW motor with a rated current of 30A can use a 40A contactor for light loads, a 50A contactor for heavy loads with slightly higher current, or a 65A contactor for fans, pumps, and other motors with long starting times and high starting torque. If possible, definitely choose a larger model*** It is the load situation of the motor, and the larger the load, the greater the starting current and the working current. So when unsure about the current of the motor, you can use a clamp type multimeter to select the contactor and circuit breaker based on the actual current.

The combination of internal and external cultivation is natural

Based on the characteristics of the EasyPact TVS series products, the EasyPact D3N series motor control and protection products have evolved, including motor circuit breakers, contactors, thermal overload relays, and control relays, and other motor control and protection products. * * * is applied in fields such as HVAC, pump stations, cranes, and elevators, with performance * * *, convenient installation, and novel design features. The electrical life and reliability have also been * * *, integrating high * * * and simple aesthetics. This product inherits the quality of Schneider Electric's continuous improvement and consistent * * *, more effectively helping users reduce * * * * and achieve energy conservation and efficiency increase.

***Upgrade: Iron core and coil design * * * upgrade to enhance overall performance and meet the needs of customers in multiple industries; Upgrade the main contact material and process, increase the silver content of the contact, and use die riveting and * * * stamping processes to improve electrical life and meet AC4 applications, resulting in better performance; Continuation of oblique tooth friction technology, auxiliary contact life and connection performance, increasing reliability in harsh environments.

Seamless replacement: Compared to the original product, EasyPact D3N has better quality and performance. By implementing more automated production processes and strict quality control, the concept of * * * design is achieved, making it more reliable; The entire series has Schneider Electric's unified color scheme, while the installation size remains unchanged and can be seamlessly replaced. The cabinet does not need to be redesigned.

***Certification: The fire resistance performance of the raw materials of the product exceeds the * * * requirement (850 ℃), complies with RoHs and REACH regulations, and is the core of Schneider Electric's sustainable strategy*** The electromagnetic system and power consumption of the product.

As a leader in the industrial control and automation industry, Schneider Electric has continuously worked in the field of motor control and protection. Based on its continuous accumulation and unstoppable * * * attempts, it has won recognition and good * * * in the industry. Liu Jinwei, Senior Manager of Power Control and Protection Business of Schneider Electric's China Business Unit, stated: As a company that produces contactor products, Schneider Electric always focuses on meeting customer needs, providing * * *, simple, and practical * * * solutions for controlling and protecting electric motors, meeting customers' performance needs and budget balance. Based on years of experience, technical accumulation, and * * * production process, combined with customer needs, Schneider Electric continues to pursue practicality * * *, providing * * * user experience, and the * * * industry further develops At the same time as the exhibition, face the era of touch and action together with customers

Product structure characteristics

The action mechanism is direct acting;

The contact is a double breakpoint;

Additional accessories such as auxiliary contacts (2 or 4 sets) and air delay heads can be installed above;

Can be assembled into interlocking contactors;

The coil can be equipped with functional modules such as delay module, amplification module, and overvoltage suppressor;

Installation method: screw installation;

Protection level: IP50 (ordinary products are IP10 or IP20);

CJx4-z series DC operated AC contactor

The CJx4-z series DC operated AC contactors are suitable for power systems with AC 50Hz or 60Hz, rated voltage up to 690V, and rated current up to 9. Electrical appliances for frequent connection and disconnection of AC circuits over long distances are mainly controlled by electric motors, and can also be used to control other loads such as welding machines, capacitor banks, electric heating devices, lighting equipment, etc.

Structural characteristics

Three-dimensional layout, modular combination structure, with auxiliary contact group and air delay head installed above

Auxiliary contact groups can be installed on both sides, and functional modules such as delay or overvoltage can be installed on both ends of the coil

The auxiliary contact adopts a double breakpoint forced friction structure with self-cleaning effect