ABLS1A24200 Блок питания импульсный 480Вт 24ВDC 20А 85÷264ВAC

Артикул	ABLS1A24200
Рабочая температура	-20...70°C
Электрическое подключение	клеммная колодка
Монтаж	на DIN-рейку
Производитель	SCHNEIDER ELECTRIC
Тип блока питания	импульсный
Напряжение питания	85...264В AC
Выходное напряжение	24В DC
Характеристики блоков питания/преобразователей	номинальные параметры при полной нагрузке
Внимание!	номинальные параметры при полной нагрузке
Серия	Phaseo
Вес	1,25кг
Защита	от короткого замыкания / от перегрева / от перегрузок / от перенапряжения
Внешние размеры	123,6x128,5x85,5мм
Мощность	480Вт
Дополнительные функции	регулировка выходного напряжения
Выходной ток	20А
КПД	88%
Вид блока питания	на DIN-рейку
Обозначение производителя	ABLS1A24200

Dimensions Drawings

Electrical Safety

 

• If the unit is use in a manner not specified by the manufacturer, the protection provided by the equipment may be impaired.

• For means of disconnection a switch or circuit breaker, located near the product, must be included in the installation. A marking as disconnecting device for the product is required.

• The device has an internal fuse. The unit is tested and approved with branch circuit protective device up to 20A. This circuit breaker can be used as disconnecting device.

• The power supply is only suitable for audio, video, information, communication, industrial and control equipment.

 

 

Dimensions

Front and Side Views

Connections and Schema

Connections and Schema

Wiring

(1) : Output wiring

(2) : Input wiring

This is only the terminal wire rating. The wire size to be used in the application must be selected by the machine builder according to the ambient temperature, the wiring method and the end-use product standard. The unit has been tested and approved with input wire (80°C) and output wire 1 x 12AWG (95°C) or 3 x 18 AWG copper wire.

Correct Parallel Connection

(1) : Load

Incorrect Parallel Connection

(1) : Load

ABLx1Axxxxx-1 = ABLx1Axxxxx-2

max 2 x ABLx1Axxxxx

L1 = L2

∆V max 25 mV

I_Load < 90% 2 x I_nom

Output Voltage Balancing

(1) : R_Load1

(2) : R_Load2

R_Load1= R_Load2

I₁ = I₂ = ~ I_nom

Series Connection

(1) : V_out1

(2) : V_out2

(3) : 2 x Diode, V_RRM> 2 x V_out1/2, I_F > 2 x I_nom1/2

(4) : V_Load = 2 x V_out

(5) : Load

Mounting and Clearance

Mounting

Mounting Position A

Mounting Position B

Incorrect Mounting