Input distribution devices serve to connect the internal electrical networks of the facility to
external power cable lines.
More details
2 year warranty
Input distribution devices (ASU) are electrical installations that are used to connect the internal electrical networks of the facility to external cable power lines. The functions of the ASU include the reception and distribution of electricity between consumers, protection against current overloads and short circuits.
In the event of a malfunction, the ASU automatically turns off the electricity. In manual mode, using ASU, electricity is turned off at the facility during scheduled repairs or in case of prolonged inactivity of the circuit sections.
ASU defines the boundaries of responsibility for the condition and operation of power grids
Before the input device, maintenance and maintenance of the equipment is under the jurisdiction of the city power grid, and after it - under the jurisdiction of consumers, owners of the facility.
Structurally, ASUs are metal panels of one-sided or two-sided service, bonded to each other, on which the necessary input, distribution and protective electrical equipment is installed. The complete set, technical parameters and overall dimensions of the ASP depend on the features of a particular facility and the power supply project.
|
Parameter name |
Value |
|---|---|
| Rated voltage, V | 380/220 |
|
Rated current of the device, A |
100; 250; 400, 630, 1000 |
| Rated currents of distribution circuit switching devices, A | Up to 630 |
| Climatic modification and placement category according to GOST 15150-69 | UHL4 |
| Protection degree according to GOST 14254-80 | IP31 |
| Grounding system | TN-S, TN-C, TN-C-S |
To order electrical equipment, fill out a questionnaire from the section "Documents" and send an email to info@emsvol.ru .
You can just call by phone +7 (8443) 55-60-97 or order a call, and our manager will contact you himself.
You can just call by phone +7 (8443) 55-60-97 or order a call, and our manager will contact you himself.