The DC1000V 63A molded case circuit breaker falls under the category of DC molded case circuit breakers (DC MCCBs). Manufacturer GreenWatt employs a modular design, using a high-strength, flame-retardant thermosetting composite material for the casing, providing excellent insulation and impact resistance, making it suitable for complex industrial environments. Its core function is to provide overload and short-circuit protection for DC circuits. When the current in the circuit exceeds the rated value or a short-circuit fault occurs, it can quickly disconnect the circuit, preventing equipment damage and safety accidents. It is an indispensable core protection component in DC power distribution systems.
Leveraging nearly 30 years of experience in electrical product R&D and manufacturing, we have incorporated advanced arc-extinguishing technology into the design of the GreenWatt DC1000V 63A molded case circuit breaker. Addressing the characteristics of DC currents without a zero point and the difficulty in extinguishing arcs, we have optimized the contact structure and arc-extinguishing system to ensure reliable breaking and rapid response at the DC 1000V voltage level, meeting the application requirements of various DC scenarios. As one of GreenWatt's core products, this DC1000V 63A molded case circuit breaker has passed multiple international and domestic certifications, including CE, CB, TUV, and CCC, and its quality meets the IEC 60947-2 standard.
The GreenWatt DC1000V 63A molded case circuit breaker is suitable for various DC scenarios, covering residential, commercial, and industrial applications. Specific applications include:
Energy Storage Systems: Primarily used in residential energy storage cabinets (10kWh-30kWh) to protect battery modules from overload damage; also compatible with commercial energy storage power stations (100kWh-500kWh) for the safety protection of battery clusters; and can also be used in off-grid energy storage systems in remote areas (relying on photovoltaic and wind power) to ensure stable DC circuit operation. The DC1000V 63A molded case circuit breaker plays a crucial protective role in the core circuit of the energy storage system.
Photovoltaic Systems: Suitable for the DC bus circuit of small and medium-sized photovoltaic (PV) systems, connecting the PV array and inverter, preventing overload or short circuit of DC current generated by PV modules, and protecting the core equipment of the PV system. The GreenWatt DC1000V 63A molded case circuit breaker effectively adapts to the voltage fluctuation characteristics of PV systems, ensuring stable power generation.
- Industrial DC Power Distribution: Used in industrial DC power distribution lines to protect the main DC circuit and various electrical equipment. Suitable for factory DC power supply systems, DC motor control circuits, and other scenarios. It can also be used in commercial DC power grids, such as DC lighting systems in large shopping malls, providing reliable circuit protection.
- Other Scenarios: It can also be applied to DC power supply circuits in communication systems, small DC charging piles, and marine DC power supply systems. With its flexible installation methods and stable performance, it adapts to the needs of different scenarios. The versatile design of this DC1000V 63A molded case circuit breaker reduces customers' procurement and usage costs.
1. Technological Advantages
We possess a professional R&D team and advanced production equipment, integrating multiple core technologies into the manufacturing of the GreenWatt DC1000V 63A molded case circuit breaker to ensure stable and reliable product performance:
High-efficiency arc extinguishing technology: Employing a multi-segment magnetic blowout arc extinguishing system, targeting the characteristic of DC current without a zero point, it rapidly extinguishes fault arcs through magnetic field guidance, arc stretching, and segmented cooling technology. It boasts strong breaking capacity, effectively preventing arc burns to equipment and extending product lifespan.
Precise protection performance: Equipped with a thermomagnetic trip unit, it accurately detects overload and short-circuit faults in the circuit. It provides inverse-time protection during overloads and instantaneous tripping during short circuits, offering fast response and high protection accuracy, preventing equipment damage caused by untimely protection.
Superior material selection: The shell is made of high-strength thermosetting composite material, possessing excellent insulation, flame retardant, and impact resistance. The internal contacts are made of highly conductive and wear-resistant materials, reducing contact resistance and heat generation, ensuring long-term stable operation of the product.
Modular Design: Utilizing a modular structure, installation and disassembly are convenient. Auxiliary contacts, shunt trip units, and other accessories can be selected according to customer needs, adapting to different usage scenarios and enhancing product flexibility and applicability.
2. Quality Advantages
GreenWatt adheres to the quality policy of "Science First, Quality Foremost." From raw material procurement to production and testing, every step of the GreenWatt DC1000V 63A molded case circuit breaker undergoes a rigorous quality control system:
1.Comprehensive Certification Guarantee: The product has passed multiple international and domestic certifications such as CE, CB, TUV, and CCC, and complies with standards such as IEC 60947-2 and GB/T 14048.2, meeting the usage requirements of multiple regions worldwide, making it a reliable choice for brand procurement.
2.Stringent Testing Process: We possess advanced automated testing production lines and a RoHS 2.0 testing laboratory, equipped with professional testing equipment such as short-circuit testers and overload testers. Every GreenWatt DC1000V 63A molded case circuit breaker undergoes rigorous performance testing before leaving the factory to ensure that all product parameters meet standards.
3.Stable Production System: With nearly 30 years of experience in the electrical industry, our company possesses mature production processes and a complete production system. Utilizing modern assembly line production, we ensure stable and consistent product quality, meeting the needs of customers for large-volume purchases.
3. Installation and Usage Advantages
The GreenWatt DC1000V 63A molded case circuit breaker features a user-friendly design, facilitating installation and use, reducing installation and maintenance costs for customers:
● Flexible Installation Methods: Supports both horizontal and vertical installation methods, adapting to different installation spaces. It can be directly installed on 35mm DIN rails, offering high installation efficiency and compatibility with various distribution cabinets.
● Intuitive Operation Instructions: Equipped with a visual contact indicator window, the switch status is clearly visible, preventing accidental operation. A manual operating handle provides convenient and comfortable operation, facilitating daily maintenance.
● Easy Maintenance: The product's rational structural design allows for easy disassembly and repair. Routine maintenance can be completed without specialized tools, reducing maintenance costs and downtime.
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Parameter Name |
Specification |
|
Product Name |
GreenWatt DC1000V 63A molded case circuit breaker |
|
Rated Operational Voltage (Ue) |
DC 1000V |
|
Rated Current (In) |
63A |
|
Rated Insulation Voltage (Ui) |
DC 1000V |
|
Rated Impulse Withstand Voltage (Uimp) |
12kV |
|
Tripping Type |
Thermal-magnetic type |
|
Ultimate Short-Circuit Breaking Capacity (Icu) |
25kA (DC 1000V) |
|
Service Short-Circuit Breaking Capacity (Ics) |
15kA (DC 1000V) |
|
Mounting Mode |
Fixed / DIN rail mounting (35mm) |
|
Mounting Position |
Horizontal / Vertical |
|
Protection Class |
IP40 (side), IP20 (connection port) |
|
Ambient Temperature (Operation) |
-25℃ ~ +70℃ |
|
Ambient Temperature (Storage) |
-40℃ ~ +75℃ |
|
Relative Humidity |
0~95% (25℃), no condensation |
|
Mechanical Life |
4000 cycles |
|
Electrical Life |
1000 cycles (at DC 1000V, In) |
Q1: Can the rated current and voltage of the GreenWatt DC1000V 63A molded case circuit breaker be adjusted?
A1: The rated current (63A) and rated voltage (DC1000V) of this product are standard parameters and cannot be adjusted. If customers require different rated parameters, we can customize and produce corresponding DC molded case circuit breakers according to their needs.
Q2: Is this product suitable for outdoor use?
A2: The GreenWatt DC1000V 63A molded case circuit breaker has a protection rating of IP40 (side) and IP20 (terminal). It does not have waterproof or dustproof outdoor protection capabilities and is only suitable for indoor dry environments free of dust and corrosive gases. For outdoor use, a dedicated outdoor protective housing is required.
Q3: What is the product warranty period?
A3: The GreenWatt DC1000V 63A molded case circuit breaker has a one-year warranty. During the warranty period, if the product experiences quality issues not caused by human error, we will provide free repair or replacement services.
Q4: What certification documents can be provided when purchasing this product?
A4: When purchasing the GreenWatt DC1000V 63A molded case circuit breaker, we can provide CE, CB, TUV, CCC, and other certification certificates, as well as product test reports, factory certificates of conformity, and other relevant documents, according to customer requirements, to ensure the product meets the customer's purchasing requirements.
Q5: What is the difference between this product and a regular AC molded case circuit breaker?
A5: The core difference between the two lies in the different types of voltage they are compatible with: The GreenWatt DC1000V 63A molded case circuit breaker is designed specifically for DC circuits. It optimizes the arc extinguishing system and contact structure to address the characteristics of DC current having no zero point and arc being difficult to extinguish. Ordinary AC molded case circuit breakers are suitable for AC circuits and rely on the zero point of AC current to extinguish the arc naturally, which cannot meet the usage requirements of DC circuits.