CA1 series dual power conversion switch-[Quotation-data]--Shanghai Huabang Industrial Business-www.91way.com

Product name：

CA1 series dual power conversion switch

specification：

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Category：

low-voltage electrical apparatus -- dual power switch

Price：

factory price

Brand：

Shanghai

Place of Origin：

China

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batch

delivery cycle：

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Shanghai Beiyuan Industry and Trade Co.,Ltd
+86-21-66770508
+86-139101609058

91way@163.com
13916500500(Wechat)

CA1 series dual power conversion switchDetailed product description：

The main performance, control functions, appearance and installation dimensions of the CA1 series automatic transfer switch, and electrical schematic diagram

model	CA1
controller type	Electronic type							Intelligent type (intelligent communicable type)
Converter model	W-shaped			Q-type
Main performance	Detect the voltage of either phase of the commonly used or backup power supply. If the detected phase voltage drops below 30% of the rated control power supply voltage, there is a phase loss, or the power supply is cut off, action will be taken.			Detect the voltage of each phase of the commonly used power supply and any phase voltage of the backup power supply. If the detected phase experiences overvoltage, undervoltage, phase loss, or power outage, the action will be taken.				Detect the voltage of each phase of the commonly used power supply and the A-phase voltage of the backup (or power generation) power supply. If the detected phase experiences overvoltage, undervoltage, phase loss, or power outage, take action.
Four position working status	a. Automatic operation
	b. Mandatory use of "common" power sources (or grid power sources)
	c. Mandatory backup power source (or power generation source)
	d. Stop (all closed)
Automatic controller status indication	Closing, opening, and fault tripping
Undervoltage			50% to 90% rated voltage, user adjustable			65%, 75%, 85% rated voltage, user adjustable
overvoltage			105% to 120% rated voltage, adjustable by the manufacturer			115% rated voltage
control function	R-type	S-type	Fire linkage type		F-type	R-type	S-type		F-type
	Self switching and self recovery in the common backup room	The automatic switching and non recovery of the common backup room	Optional R/S type		Self switching and self recovery between commonly used power sources	Self switching and reuse between common and backup rooms	Self switching between common and backup rooms without reuse		Self switching and reuse between commonly used power generation sources
Control characteristics*	T1 and t3 are user adjustable				T1, t2, t3, t4, t5, t6 user adjustable	T1, t2, t3, t4 are user adjustable			T1, t2, t3, t4, t5, t6 user adjustable

·Introduction to the Three Control Functions of CA1 Series Automatic Transfer Switch Controller: R-Type, S-Type, and F-Type
·Automatic switching and restoration between power grids (R-type)
The R-type controller automatically switches between two power sources, namely the common power source and the backup power source. When in normal condition, it should be powered by the common power supply. When there is an abnormality in the common power supply (overvoltage, undervoltage, phase loss, or power outage of the detected phase voltage), it will automatically switch to the backup power supply after a set delay time; After the common power supply returns to normal, it will automatically return to the common power supply after the set delay time.

The functions of the R-type controller are shown in the table below:

common power supply	backup power supply	control function
normal	normal	Common power supply: Q1 on, Q2 off
abnormal	normal	After t1 delay, Q1 is divided, and after t2 delay, Q2 is closed - backup power supply
return to normal	normal	After a delay of t3, Q2 is divided, and after a delay of t4, Q1 is closed - restoring normal power supply

Note: Q1 on and Q1 off indicate the closing or opening of the circuit breaker that controls the common power supply;
Q2 on and Q2 off indicate the closing or opening of the circuit breaker that controls the backup power supply.
Self switching and non self recovery between power grids (S-type)
The controller that automatically switches between two power sources (referred to as the common power source and the backup power source, respectively) without self restoration. When there is an abnormality in the commonly used power supply (overvoltage, undervoltage, phase loss, or power outage of the detected phase voltage), it automatically switches to the backup power supply after a set delay. However, when the commonly used power supply returns to normal, it cannot automatically recover. Only switch when there is an abnormality in the backup power supply.

The functions of the S-type controller are shown in the table below:

common power supply	Backup power supply	control function
normal	normal	Common power supply: Q1 on, Q2 off
abnormal	normal	After t1 delay, Q1 is divided, and after t2 delay, Q2 is closed - backup power supply
return to normal	normal	Still powered by backup power supply
normal	Abnormal	After a delay of t3, Q2 is divided, and after a delay of t4, Q1 is closed - powered by a common power supply

Note: Q1 on and Q1 off indicate the closing or opening of the circuit breaker that controls the common power supply;
Q2 on and Q2 off indicate the closing or opening of the circuit breaker that controls the backup power supply.
Self switching and self restoration between power grid and power generation source (F-type)
The F-type controller automatically switches between two power sources, namely the grid power source and the power generation power source. When there is an abnormality in the power supply of the grid (overvoltage, undervoltage, phase loss, or power outage of the detected phase voltage), the controller delays the power generation command and sends a power generation command request. When the power supply voltage reaches 50% to 90% of the rated voltage (for Q-type converters) or 70% of the rated control power supply voltage (for W-type adapters), the device disconnects the load circuit from the grid and automatically switches to the power supply. After the grid voltage returns to normal, it automatically returns to the grid for power supply and issues a command to stop power generation.

Grid power supply	Power generation source	control function
normal	No power generation	Grid power supply: Q1 on, Q2 off
abnormal	No power generation	Delayed issuance of power generation command t5, waiting for power generation
abnormal	normal	After a delay of t1, Q1 is divided and an unloading instruction is issued. After a delay of t2, Q2 is closed - the power supply is used for power generation
return to normal	normal	After the stable time of the power grid reaches the t6 setting value, a command to stop power generation is issued. After a delay of t3, Q2 is divided, and then after a delay of t4, Q1 is closed - automatically returning to the power grid for power supply

Note: Q1 on and Q1 off indicate the closing or opening of the circuit breaker that controls the power supply of the power grid;
Q2 on and Q2 off indicate the closing or opening of the circuit breaker that controls the backup power supply.

Control characteristics of R-type, S-type, and F-type automatic controllers:

model	Rated control power supply voltage Us (V)	Conversion disconnection delay time t1 (s)	Switching on delay time t2 (s)	Return disconnect delay time t3 (s)	Return the connection delay time t4 (s)	Power generation instruction delay time t5 (s)	Delay time t6 (s) for power generation shutdown command
CA1R CA1S	AC230	0.5-64 user adjustable	zero point five	0.5-64 user adjustable	zero point five	——	——
CA1F	AC230	0.5-64 user adjustable	0.5-64 user adjustable	0.5-64 user adjustable	0.5-64 user adjustable	1-180 users adjustable	32 to 600 users adjustable

Main specifications and selection of circuit breakers for CA1 automatic transfer switch

model	Circuit breaker executed	Number of poles and short-circuit breaking capacity level of circuit breaker	rated current	Rated working voltage	Rated insulation voltage	rated frequency
CA1-63	CM1-63	Three poles (L, M) quadrupole	(6) 10, 16, 20, 25, 32, 40, 50, 63	400V	500V	50Hz
CA1-100	CM1-100	Three poles (C, L, M, H) quadrupole	(10) 16, 20, 25, 32, 40, 50, 63, 80, 100
CA1-160	CM1-160	Three poles (C, L, M, H) quadrupole	100, 125, 140, 160
CA1-225	CM1-225	Three poles (C, L, M, H) quadrupole	100, 125, 140, 160, 180, 200, 225
CA1-400	CM1-400	Three poles (C, L, M, H) quadrupole	225, 250, 315, 350, 400
CA1-630	CM1-630	Three poles (C, L, M, H) quadrupole	400, 500, 630
CA1-800	CM1-800	Three poles (M, H) quadrupole	630, 700, 800

CA1 series dual power conversion switch

CA1 series dual power conversion switch（schematic diagram）

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