Technical Information
Prekės būklė |
Nauja |
Gamintojo pavadinimas |
SIMATIC ET 200S PM-E 24 V DC |
Prekės ženklas |
Siemens
|
Kategorijos |
Programuojami loginiai valdikliai
|
Kilmės šalis |
CN |
Suderintos sistemos kodas |
8538 9091 00
|
Plotis |
15 mm |
Aukštis |
81 mm |
Gylis |
52 mm |
Pritaikytas saugumo funkcijoms |
No |
Įtampos tipas (įvesties įtampa) |
Nuolatinė srovė |
Perteklumas |
No |
Išvesties įtampa, kai AC 50 Hz |
UN V |
Išvesties įtampa, kai AC 60 Hz |
UN V |
DC išvesties įtampa |
20.4-28.8 V |
Įvesties įtampa, kai AC 50 Hz |
UN V |
Įvesties įtampa, kai AC 60 Hz |
UN V |
DC įvesties įtampa |
20.4-28.8 V |
Maks. išvesties srovė AC 50 Hz |
UN A |
Maks. išvesties srovė AC 60 Hz |
UN A |
DC maks. išvesties srovė |
10 A |
Maks. įvesties srovė AC 50 Hz |
UN A |
Maks. įvesties srovė AC 60 Hz |
UN A |
DC maks. įvesties srovė |
UN A |
Išvesties įtampos tipas |
Nuolatinė srovė |
Pakavimo informacija
Pakavimo lygis 1 |
4025515072379 |
Pakavimo lygis 2 |
4025515072379 |
Aprašymas
SIMATIC DP, PM-E power modules for ET 200S; 24 V DC with diagnostics SIMATIC ET 200S is a modularly scalable, distributed I/O system that is specially designed for installation in small control boxes near the machine. The modules can either be plugged directly into an ET 200S IM with CPU functionality or connected to a central controller via PROFINET or PROFIBUS. SIMATIC ET 200S can be expanded with up to 64 I/O modules, which can be inserted in any combination. The system provides a comprehensive range of modules. Many modules are also available with a wide variety of characteristics, which considerably improve the scalability in regard to functionality and price. Thus, in addition to modules with standard functions (ST), modules with an extended range of functions and diagnostics (HF High Feature/ HS High Speed) are also available. The advantage of the ET 200S system is in its ease of application, such as through the capability of swapping modules and terminal boxes during operation. The availability and productivity of the machine are considerably increased due to the so-called "hot swapping".