Model No: YSCPS

YSCPS Control And Protection Switch Series

The YSCPS series Control and Protection Switching Device (CPS) is characterized by its integrated design, combining and coordinating both control and protection functions into a single unit. Essentially, it serves as a single-product replacement for numerous traditional, separate electrical components. This includes devices like circuit breakers (or fuses), contactors, various protection relays (for overload, over-current, or phase loss), starters, isolators, and comprehensive motor protectors. The CPS offers versatility by supporting remote automatic control as well as local manual operation. Key performance features include coordinated time-current protection, inherent self-coordination between its control and protection elements, and the ability to maintain continuous operation following a short circuit. Furthermore, it boasts a high breaking capacity, requires a small arcing distance, offers a long operational lifespan, and features an adjustable protection setting current. Its operational convenience and availability of accessory modules make it an effective solution for controlling and protecting both motor loads and power distribution loads.

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Frame Current (Inm)	Main Rated Current In(A)	Controller Rated Current (Ie)	Short-delay Current Setting Range	Long-delay Current Setting Range	380V Control Power Range	Usage Category
45	12	0.4	0.48 ~ 4.8	0.16 ~ 0.4	0.05 ~ 0.12	AC-42 AC-43 AC-44
	12	1	1.2 ~ 12	0.4 ~ 1	0.12 ~ 0.33
	16	2.5	3 ~ 30	1 ~ 2.5	0.33 ~ 1
	16	4	4.8 ~ 48	1.6 ~ 4	0.33 ~ 1.6
	18	6.3	7.5 ~ 75	2.5 ~ 6.3	1 ~ 2.5
	18	12	14.4 ~ 144	4.8 ~ 12	2.2 ~ 5.5
	32	16	19.2 ~ 192	6.4 ~ 16	2.5 ~ 7.5
	32	18	21.6 ~ 216	7.2 ~ 18	3.0 ~ 8
	45	25	30 ~ 300	10 ~ 25	5.5 ~ 11
		32	38.4 ~ 384	12.8 ~ 32	5.5 ~ 15
		40	48 ~ 480	16 ~ 40	7.5 ~ 18.5
125	16	45	54 ~ 540	18 ~ 45	7.5 ~ 22
	16	6.3	7.5 ~ 75	2.5 ~ 6.3	1 ~ 2.5
	18	12	14.4 ~ 144	4.8 ~ 12	2.2 ~ 5.5
	18	16	19.2 ~ 192	6.4 ~ 16	2.5 ~ 7.5
	25	18	21.6 ~ 216	7.2 ~ 18	3.3 ~ 8
	32	25	30 ~ 300	10 ~ 25	5.5 ~ 11
	45	30	38.4 ~ 384	12.8 ~ 32	5.5 ~ 15
	50	40	48 ~ 480	16 ~ 40	7.5 ~ 18.5
	63	45	54 ~ 540	18 ~ 45	7.5 ~ 22.5
	63	50	60 ~ 600	20 ~ 50	7.5 ~ 22
	100	63	75.6 ~ 756	25.2 ~ 63	11 ~ 30
	100	80	96 ~ 960	32 ~ 80	15 ~ 37
	125	100	120 ~ 1200	40 ~ 100	18.5 ~ 45
	125	125	150 ~ 1500	50 ~ 125	22 ~ 55

The YSCPS series Control and Protection Switching Device (CPS) represents a revolutionary step forward in the low-voltage electrical apparatus sector, with its core philosophy centered on Integrated Design. The fundamental advantage of the CPS is its complete Integrated Design, a principle that radically alters the architecture of traditional electrical systems. It is precisely this unique Integrated Design that enables the YSCPS series to achieve comprehensive Component Replacement for numerous standalone devices. This revolutionary Component Replacement capability allows it to substitute various conventional, discrete components, thereby significantly boosting system efficiency and reliability. This high degree of Integrated Design is what sets this product apart from the competition.

Through strategic Component Replacement, the CPS consolidates the functions of circuit breakers, contactors, overload protection relays, starters, and isolators into one compact, Integrated Design module. This essential Component Replacement offers immense practical benefits. Every instance of Component Replacement translates to a simplification of the Motor Loads control circuit design. Traditional circuits for Motor Loads require complex wiring, but with the Integrated Design of the CPS, the control wiring for Motor Loads is dramatically streamlined. Protecting Motor Loads is the paramount function of the CPS.

The Integrated Design ensures the internal self-coordination of the control and protection functions. This superior Integrated Design results in unique time-current protection characteristics. Due to this strategic Integrated Design, the CPS has the capability for continuous operation following a short circuit, a feature that is difficult to achieve with conventional Component Replacement combinations. The high breaking capacity and long operational life of the CPS are direct results of its Integrated Design. This focus on Integrated Design ensures high product reliability, making it the ideal choice for Component Replacement.

In practical applications, the CPS is the preferred choice for controlling and protecting all types of Motor Loads. Whether for large-scale Motor Loads or smaller Motor Loads, the CPS delivers precise protection. For Motor Loads that require frequent starting and stopping, the long-life features of the CPS provide robust support. For high-precision Motor Loads, the CPS offers flexibility with its adjustable protection setting current. After Component Replacement, centralized management of Motor Loads becomes much easier. Both remote automatic control and local manual control are provided for effective operation of the Motor Loads.

The Component Replacement solution offered by the CPS reduces potential failure points within the Motor Loads circuit, improving the operational stability of the Motor Loads. This Component Replacement strategy greatly optimizes the layout of the control cabinets managing Motor Loads. We strongly recommend adopting this advanced Integrated Design product in all new Motor Loads projects to achieve the most efficient Component Replacement. The CPS provides tailored protection for different types of Motor Loads. Therefore, choosing the CPS means choosing the most efficient Component Replacement and the most reliable protection for Motor Loads.

Integrated Design guarantees high protection accuracy, which is vital for the safety of Motor Loads. Every act of Component Replacement is a significant step toward system simplification. The CPS offers an outstanding Integrated Design solution for both power distribution loads and Motor Loads. This Component Replacement advantage is particularly clear when managing a large quantity of Motor Loads. The Integrated Design allows the CPS to maintain stable operation even with complex Motor Loads conditions. This commitment to Integrated Design demonstrates a deep understanding of the needs for Component Replacement and robust protection for Motor Loads in modern electrical systems. The Integrated Design, Component Replacement, and comprehensive Motor Loads protection capabilities of the CPS collectively form its core competitive edge in the market. Utilizing the CPS for Component Replacement ensures the long-term, reliable operation of Motor Loads. Integrated Design is the trend of the future, Component Replacement is the method to achieve that trend, and Motor Loads are the primary application scenario. The Integrated Design benefits of the CPS are undeniable.

In the realm of Motor Loads control, the CPS's Integrated Design makes it a high-performance Component Replacement product. Every successful Component Replacement delivers measurable value to the user. The precise control over Motor Loads is a direct result of this exceptional Integrated Design. Thus, the CPS is the ideal choice for Motor Loads and power distribution systems, providing both superior Integrated Design and complete Component Replacement. This Integrated Design guarantees comprehensive protection for Motor Loads. We firmly believe that Component Replacement is key to enhancing electrical system performance.

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