This product is an industrial grade AC contactor under General Electric (GE). The core model is VME7865RC, and it also includes associated model identifiers such as V7865-23003 and 350-93007865-230003. The "M" at the end is a specific configuration identifier, suitable for circuit on/off control in various industrial control scenarios. As an important component of GE's industrial control series, this contactor is widely used in key industrial processes such as motor starting and load control due to its stable performance and reliable structure.
Basic Product Information
This product is an industrial grade AC contactor under General Electric (GE). The core model is VME7865RC, and it also includes associated model identifiers such as V7865-23003 and 350-93007865-230003. The "M" at the end is a specific configuration identifier, suitable for circuit on/off control in various industrial control scenarios. As an important component of GE's industrial control series, this contactor is widely used in key industrial processes such as motor starting and load control due to its stable performance and reliable structure.
Core specification parameters
Core model
VME7865RC (main model); V7865-23003、 350-9300007865-230003 (associated model)
Product Type
Industrial grade AC contactor
current specification
It needs to be confirmed based on actual application scenarios, and is suitable for typical medium to high power loads (specific details are subject to the product manual)
voltage level
AC power supply, control voltage and main circuit voltage need to refer to specific configurations (conventional supports industrial standard voltage)
structural characteristics
Modular design, including core components such as main contacts, auxiliary contacts, and electromagnetic coils
Configure identification
The tail "M" represents a specific functional configuration, which may involve optimization of contact material, coil parameters, or protection level
Performance characteristics
-High reliability: Adopting GE's proprietary contact material and electromagnetic drive technology, the contact has strong wear resistance and arc resistance, effectively extending its service life, reducing the probability of failure, and adapting to the continuous operation needs of industrial sites.
-Stable on-off performance: The electromagnetic coil has stable suction force, ensuring tight contact between the main contacts, reducing contact resistance, avoiding heating problems caused by virtual contacts, and ensuring the stability and safety of circuit on-off.
-Good environmental adaptability: It has a certain degree of dust and moisture resistance, meets industrial level environmental protection standards (specific protection levels are subject to the product parameter table), and can work normally in harsh industrial environments.
-Convenient installation and maintenance: modular structure design, flexible installation method, supporting standard rail installation or fixed installation; Easy maintenance operations such as contact replacement and coil inspection reduce operation and maintenance costs.
Applicable scenarios
This AC contactor is mainly used in industrial automation control systems to achieve start stop control of various AC loads. Typical application scenarios include:
1. Motor start-up and operation control of power equipment such as fans and pumps;
2. Power circuit on/off control of industrial machinery such as machine tools and production lines;
3. Switching and protection coordination of high-power loads in the distribution system;
4. Other industrial scenarios that require stable and reliable communication circuit control.
Precautions for use
Before installation, it is necessary to confirm that the product model matches the voltage and current parameters of the actual application to avoid equipment damage or safety accidents caused by model mismatch;
During the installation process, it is necessary to strictly follow the electrical installation specifications to ensure that the wiring is firm and avoid heating or short circuits caused by loose wiring;
3. During operation, the contact wear, coil temperature, and terminal status should be regularly checked, and any abnormalities should be promptly stopped for maintenance;
4. It should be used under the specified environmental conditions of the product, avoiding operation in harsh environments beyond the protection level (such as strong corrosion, high dust, extreme temperature)





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