High-Performance AC Contactors for Reliable Motor Control
CNC Electric’s Alternating Current (AC) Contactor series delivers robust solutions for motor control and circuit switching across industrial, commercial, and residential sectors. Engineered for excellence, our contactors ensure seamless operation in motor starters, power distribution, and automation systems worldwide.
Key Specifications & Features:
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Wide Current Range: From 6A to 630A to handle diverse load requirements.
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Versatile Configurations: Available in 1P, 2P, 3P, and 4P pole options with AC/DC control compatibility.
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Global Compliance: Fully certified by CE, TUV, and CB, meeting the most stringent international safety standards.
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Durable Design: Operates reliably in extreme environments, from -35°C to +70°C.
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Flexible Installation: Easy integration with DIN rail or screw mounting and wide compatibility with thermal overload relays for enhanced protection.
Whether you need standard components or custom OEM/ODM solutions, CNC Electric balances high performance with cost-efficiency to power your global projects.
AC Contactor YCC7
6–630A | 3P/4P | AC/DC 24V–440V | -35°C~+70°C | CE, TUV, CB
Versatile industrial-grade motor control solution.
AC Contactor CJX2-F
16–63A | 2P/3P/4P | 5kA | CE
Suitable for frequent AC motor starting/controlling and remote circuit switching.
Contactor YCK
1-4P | Air Conditioning | 30-90A | -40°C~+65°C
Specialized for controlling HVAC systems.
Interlocked Contactor CJX2s-MN
3P 4P | 6-16A | AC/DC| CE
Mechanical interlock, for interlocked or reversing control.
Interlocked Contactor CJX2s-N
3P 4P | 9-95A | AC/DC| CE
Electrical interlock, for interlocked or reversing control.
Why Choose
CNC Contactor
YCC7 series AC contactor is designed for frequent starting, controlling AC motors, and remote circuit switching. It combines with thermal relays to form magnetic motor starters, suitable for industrial, commercial, and infrastructure applications. Compliant with IEC 60947-1 and IEC 60947-4-1 standards, it features a compact, artistic design, wide voltage compatibility, and reliable performance in harsh environments.
Multiple configurations: 3P/4P poles, 6-630A rated current, and AC/DC control voltage options (24V~440V)
International certifications: CE, TUV, CB
Rated Current: 6A-630A
Rated Voltage: 220V~690V (AC-3, 380V/400V)
Poles: 3P, 4P
Insulation Voltage: Up to 1000V
Control Voltage: AC 24V~440V (50/60Hz), DC 12V~220V
About CNC Electric
CNC Electric was founded in 1988 with the launch of our inaugural molded case circuit breakers — marking the beginning of our journey in power solutions. With a focus on product development and manufacturing, we reorganized into a corporate group by 1995 and introduced our first full low-voltage series, earning a reputation for rugged reliability.
Many of our products are CE, TUV, and RoHS certified, ensuring reliability and compliance. We focus on both efficient production and environmental responsibility, integrating sustainable practices into our processes.
Solution
We provide our customer with profitable growth by offering integrated comprehensive electrical solution.
Bulk Wholesale
Global supply chain support with competitive pricing for large quantity orders. Dedicated account managers and flexible delivery terms.
WhatsApp: +8618958711903 E-mail: [email protected]OEM Partnership
Custom manufacturing solutions tailored to your brand requirements with strict quality control and confidential production.
Dealer Network
Join our global dealer program with exclusive territories, marketing support, and technical training resources.
Relevant Case
FAQ
How does an AC contactor work?
An AC contactor uses an electromagnetic coil to open/close electrical contacts: when energized, the coil creates a magnetic field that pulls contacts closed to conduct current; de-energization releases the coil, and springs return contacts to open.
How to tell if contactor is AC or DC?
Check the coil label: AC contactors are marked "AC" or include frequency (50/60Hz); DC contactors are labeled "DC" and lack the AC coil’s shading ring.
Why use a contactor instead of a switch?
Contactors handle higher currents (up to hundreds of amps), support remote control, and endure frequent operation—ideal for motors/heavy loads—unlike switches, which are manual and limited by current capacity.
What happens when an AC contactor goes bad?
Common issues: stuck contacts (circuit won’t open), failed coil (no power), or overheating. This causes equipment failure, overloads, or fire risk if unaddressed.
What does a contactor do in HVAC?
In HVAC systems, contactors control power to compressors, fans, and pumps, switching loads on/off based on thermostat signals to regulate temperature and airflow.
What certifications do your contactors have?
Our contactors comply with international safety standards and mainstream certifications for global markets.
Do you support OEM/ODM services?
Yes, we offer OEM/ODM customization for contactors, including branding, specifications, and design tailored to client needs.
What is the lead time for contactor orders?
Lead time varies by region and order volume; contact our team for a detailed quote based on your location.
How to find local contactor distributors?
Please reach out to our sales team via [contact email/phone] for authorized distributor information in your region.
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