Transformer OSO-0.25-09 380/24V UHL3 OS0000002218
Images are for reference only,
see technical documentation
see technical documentation
SKU
9000539561
Brand
Height, mm
126 mm
Depth, mm
89 mm
Width, mm
124 mm
Degree of protection IP
IP00
Secondary voltage 1 to
24 V
Secondary voltage 1 s
24 V
All parameters
CCA-0.25
pdf, 1495 КБ
12 pcs. from the central warehouse, term 7 days
15 900 ֏
from 5 pcs. —
14 300 ֏
1 pcs.
amount of 15 900 ֏
Description
Reviews
∙ PURPOSE
OSO step-down transformers (single-phase) of the Kostroma FKU IK-1 trademark are designed to convert an alternating voltage of one value 380/220V into a voltage of another value 110; 42;36;24;12V.
∙ APPLICATION
They are used to power control circuits of local lighting and signaling complex circuits in order to increase the reliability of electrical devices and ensure safer maintenance of electrical equipment.
∙ OPERATING PRINCIPLE
A single-phase transformer consists of two windings. When connected to a source, alternating current creates an alternating magnetic flux, which, closing along the core, permeates the turns of both the primary and secondary windings of the transformer, inducing EMF in them. When the secondary winding is connected to the load, an alternating current will appear in it under the action of the EMF. Thus, electrical energy is transferred from the primary circuit of the transformer to the secondary.
OSO step-down transformers (single-phase) of the Kostroma FKU IK-1 trademark are designed to convert an alternating voltage of one value 380/220V into a voltage of another value 110; 42;36;24;12V.
∙ APPLICATION
They are used to power control circuits of local lighting and signaling complex circuits in order to increase the reliability of electrical devices and ensure safer maintenance of electrical equipment.
∙ OPERATING PRINCIPLE
A single-phase transformer consists of two windings. When connected to a source, alternating current creates an alternating magnetic flux, which, closing along the core, permeates the turns of both the primary and secondary windings of the transformer, inducing EMF in them. When the secondary winding is connected to the load, an alternating current will appear in it under the action of the EMF. Thus, electrical energy is transferred from the primary circuit of the transformer to the secondary.
Technical parameters
| Height, mm | 126 mm | |
| Depth, mm | 89 mm | |
| Width, mm | 124 mm | |
| Degree of protection IP | IP00 | |
| Secondary voltage 1 to | 24 V | |
| Secondary voltage 1 s | 24 V | |
| Rated Apparent Power | 250 V.A | |
| Relative short circuit voltage Uk | 5.5% | |
| Primary voltage 1 to | 380 V | |
| Primary voltage 1s | 380 V | |
| Designed as a safety transformer | Yes | |
| Weight, kg | 4.3 |
Technical documentation
CCA-0.25
pdf, 1495 КБ
Delivery terms
Delivery to Yerevan
| Office CHIP AND DIP | 25 May1 | free |
| HayPost | 28 May1 | 1 650 ֏2 |
1 estimated delivery date depends on the date of payment or order confirmation
2 for parcels weighing up to 1 kg
