background image

1) incl. lateral screw

 

2) This device is designed for connection to a safety extra-low voltage source. If no safety extra-low voltage is used at the input side, the lateral screw can be 
    used for grounding of the enclosure (protection class I). 
3) According to UL this is the surrounding air temperature

When used use in combination with other power supplies than modules ABB series CP-S and CP-C, each input circuitry 
shall be provided with overcurrent protection, Circuit breaker - Listed (DIVQ) Type S201 DC-K 6, manufactured by ABB 
STOTZ-KONTAKT GmbH. Rated 60 Vdc, 6A

Technical data - Redundancy unit CP-A RU

Data at Ta = 25 

o

C, unless otherwise indicated

Type 

CP-A RU 

CP-A RU 

in combination with CP-A CM

Input (+, -, +, -)

Rated input voltage Uin

24 V DC

Input voltage range per channel

10-28 V DC

13-28 V DC

Rated input current per channel

1-20 A

Max.  input  current  per  channel                        

30 A for 300 s

Transient overvoltage protection

yes

Output (L+, L+, L-, L-)

Rated output voltage Uout

24 V DC

Voltage drop

typ. 0.6 V, max. 0.9 V

Rated output current Iout

1-40 A

Output ratings per channel

at Ta = 60 °C

10-28 V DC / 40 A 

13-28 V DC / 40 A

at Ta = 70 °C

10-28 V DC / 30 A

13-28 V DC / 30 A

Derating                                        

60 °C < Ta 

<

 70 °C

2.5 % per Kelvin temperature increase

Peak output current

60 A for 300 s

Resistance to reverse feed

< 40 V

General data

Mounting

DIN rail (TH 35-15 or TH 35-7.5 acc. to IEC/EN 60715),  

snap-on mounting without any tool

Mounting position

horizontal

Minimum distance to other units, horizontal/vertical 

10 mm / 50 mm  (0.39 in / 1.97 in)

Degree of protection                   housing / terminals                  

IP20 / IP20

Material of enclosure               housing shell / cover

aluminium / zinc-coated sheet steel

Protection class ( EN 61140)

III 

2)

Electrical connection

Wire  size                    
                            
                                                                             

fine-strand with wire end ferrule

2.5-10 mm 

2

 (14-8 AWG)

fine-strand without wire end ferrule

0.5-10 mm 

2

 (20-8 AWG)

rigid

0.5-16 mm 

2

 (20-6 AWG)

Stripping length

12 mm (0.47 in)

Tightening torque

1.2-1.5 Nm

Environmental data

Ambient temperature range 

3)

                                                                               

                                                                        

operation

-25...+70 °C (-13...+158 °F)

storage

-40...+85 °C (-40...+185 °F)

Damp heat (IEC/EN 60068-2-3)

93 % at +40 °C, no condensation

Climatic class (IEC/EN 60721)

3K3

Isolation data

Insulation voltage              input / output / housing

500 V AC (routine test)

Pollution degree (EN 50178)

2

16

Содержание CP-A RU

Страница 1: ...nt aucune obligation contractuelle Pour de plus amples informations veuillez vous référer aux catalogues et aux fiches techniques des produits à votre agence ABB ou sur notre site www abb com Sous réserve de modifications techniques En cas de divergences le texte allemand fait foi Avertissement Tension électrique dangereuse Installation uniquement par des personnes qualifiées en électrotechnique et e...

Страница 2: ... ᇸCPׂ ጀᅪǖԨ ፕኸళփԈࡤरຍຕ ࢅඇևᆌᆩຫ Lj ᆶຕ ኻ ਏᆶ ׂܔ Ⴀ ႜຫ ڦ ፕᆩLjᅺُփਏԢ ୱၳᆌăၘဦຫ ൩ ለरຍᄣԨई ஏABB ںړ Ӹ ت ई બABBྪበDŽwww abb comDžăසᆶ ߀ທփཚኪăժᅜ ڤ ྺՔጚă য়ߢƽླ၃ ۉ უƽৈ ᆯ ۉ ഘጆᄽටᇵҾጎ Ⴔ ࢇޙ ۨ ۨࡀॆࡔڦ DŽසVDE ڪ DžăҾጎമLj൩ጮဦ ඇևለ Ҿጎຫ ăׂُ ྺ ௨ྼࢺ ڹ ӱҾጎഗॲă Additional information relating to cULs approval Power input and output I O wiring must be in accordance with Class I Div 2 wiring methods Article 501 10 B 1 of the National Electrical Code S...

Страница 3: ...strazione del prodotto RU Внешний вид изделия ZH ׂ ྔႚຫ DE Mindestabstände zu benachbarten Geräten EN Minimum distances to other units FR Distances minimales par rapports à d autres modules ES Distancia mínima con aparatos cercanos IT Distanze minime rispetto agli apparecchi vicini RU Минимальное расстояние до других блоков ZH Ҿጎ ᇑഄ ഗॲ ڦ ፌၭਐ A 10 mm 0 39 in B 50 mm 1 97 in 3 ...

Страница 4: ... 1 INPUT 2 OUTPUT 2CDC 272 027 F0205 Load 2CDC 272 012 F0b04 2CDC 272 013 F0b04 V Connection diagram 2CDC 272 019 F0005 II DE Produkt anbringen EN Fix product FR Montage du produit ES Fijar el producto IT Montare il prodotto RU Установка изделия ZH ׂ Ҿጎ III DE Produkt entfernen EN Remove product FR Démontage du produit ES Desmontar el producto IT Rimuovere il prodotto RU Снятие изделия ZH ׂ ႂጎ 4 ...

Страница 5: ... other devices has to be considered see figure I In operation Do not modify the installation primary and secondary side Risk of electric arcs and electric shock danger to life Risk of burns Depending on the operation conditions the enclosure can become very hot Warning High voltage Stored energy Energy hazard at output Power supply units contain components with high stored energy and circuits with ...

Страница 6: ...rità Badare alle distanze verso apparecchi vicini vedere Fig I per garantire un sufficiente raffredamento Durante il funzionamento Non apportare modifiche all installazione parte primaria e secondaria Pericolo di arco voltaico e shock di corrente Pericolo di morte Pericolo di ustioni A seconda delle condizioni di funzionamento la custodia può diventare molto calda Attenzione Alta tensione Energia ac...

Страница 7: ...ਸ๔ ፕമLjՂႷԍኤǖ ۉ ഘ থՂႷӀቷ ۨ ॆࡔڦ Քጚྜ ׯ ă ࠃ ۉۉ મࢅఇ ԥභ ഗᆶၳ ႜԍࢺLj ሞ ۨܮ ኵᅜాă ߵ ୁۉ ስ ڦۨܮ ۉ મLjժԍኤटႠ থኟඓă ྺକඓԍ ഘૐඐᆶၳLjႴ ୯ࢅ ତఇ ڦ क़ਐDŽ ९ IDž ፕዐǖ փሎႹ ߀ҾጎDŽᅃْ ࢅْܾ Džƽ ᆶ ۉࢅࢷۉ ऍླ၃DŽླतิంDžƽ ጤฅླ၃ǖሏႜཉॲփཞLjఇ ྔڦ ీ ݥ ඤă য়ߢǖߛ ۉ უƽ ీټ ଉ ئ ƽ ᆶీଉ ዂླ၃ƽ ۉ ᇸఇ ాև ټ ئ ᆶߛీଉ ڦ ഗॲLj ୟ ۉߛټ უƽ ఇ ీ ዂླ၃ ీڦ ଉăჹ ሞරᇆఇ ዐ ݣ ഄ Ljჹ ٶ ਸఇ ྔ ă൩ඓණ ޜ ခටᇵ ᅜՆ௨ᅺ ࢮܸಸ ీߛڟة ଉഗॲ 7 ...

Страница 8: ...klemmen für Kanal 1 rechte Eingangsklemmen für Kanal 2 Ausgangsseite OUTPUT Leitungen nach maximalem Ausgangsstrom dimensionieren oder gesonderte Absicherung vorsehen Um Spannungsabfälle zu minimieren wird empfohlen die Querschnitte so groß wie möglich zu wählen Polung beachten Betrieb Funktion Parallelbetrieb echte Redundanz siehe Abbildung IV Um bei Fehlern z B in der Verdrahtung Auslösen der Si...

Страница 9: ... for channel 2 right hand input terminals Output side OUTPUT Rate the lines for the maximum output current or provide a separate fuse protection We recommend choosing the cable cross section as large as possible in order to minimize voltage drops Observe the polarity Operating Function Parallel operation true redundancy see Fig IV Redundant circuits are used to increase the operational reliability...

Страница 10: ...itepour la voie 2 Sortie OUTPUT Dimensionner les lignes pour le courant de sortie maximum ou les protéger par un fusible spécial Choisir des câbles de grande section afin de réduire au minimum les chutes de tension Faire attention à la polarité Opération Fonctionnement Fonctionnement en parallèle vraie redondance voir Fig IV Pour arriver à une fiabilité de fonctionnement plus élevée en cas d erreurs...

Страница 11: ... 1 terminales de entrada a la derecha para el canal 2 Salida OUTPUT Dimensionar los cables para la intensidad de salida máxima o preveer un fusible por separado Los cables deben ser de la sección más grande posible para reducir la caída de tensión Tener en cuenta la polarización Servicio Funcionamiento Funcionamiento en paralelo redundancia verdadera ver Fig IV Los circuitos redundantes se utiliza...

Страница 12: ...esso a destra per il canale 2 Uscita OUTPUT Dimensionare le linee a secondo della corrente d uscita massima oppure prevedere una protezione separata Per minimizzare cadute di tensione raccomandiamo di scegliere delle sezioni più grandi possibile Considerare la polarità Operazione Funzionamento Funzionamento in parallelo vera ridondanza vedere Fig IV Per aumentare l affidabilità di funzionamento in ...

Страница 13: ...канала 2 правые входные клеммы На стороне выхода OUTPUT Рассчитывайте номинальные параметры линий на максимальный выходной ток или используйте отдельные предохранители Мы рекомендуем выбирать кабели с наибольшим сечением для минимизации потерь напряжения Соблюдайте полярность Эксплуатация функционирование Параллельная работа резервирование см Рисунок IV Резервирование цепей используется для увелич...

Страница 14: ...ฉ 3 ٗDIN ࡆڞ ฉָႂఇ Ljස IIIă ๑ᆩᅃӝஅີ ॽژ ఇ ٗ ࡆڞ ฉ ਸă ۉ ഘ থǖ INPUT 1 INPUT 2 থ ጱDŽ ९ VDž ڞ Ԋ ൩ ९रຍ ຕ ཚ ڢ 1ǖፑ ጱ Ǘཚ ڢ 2ǖᆸ ጱ OUTPUT ߵ ፌ ٷ ୁۉ ઠ ስ ڞ Ljई ࠃ ڦ ڇ භ ഗԍࢺă ॺᅱ ስ ీ ٷ প௬ओ ڞڦ Ljᅜ३ณუইă ጀᅪटႠă ሏႜ0ࠀీǖ ժ ፕLjኈරᇆǖDŽ ९ IVDž රᇆ ୟᆩᇀሺे ፕ ڦ Ⴀࢅ३ณࠃ ۉ ዐ ൧ ă ీ ڞ ዂࠃ ࠤۉ ቱ ڦ ൧ ᆶǖথ ٱ Ăභ ഗฏۖĂగ ۉ ᇸࠤቱ ڪ ăැ ڼ ᅃ ۉ ᇸ ୟ ิࠤቱDŽ ྺ ๔ࠤቱDžLjሶ ᆶ ሜ ۉࠃڦ ᆯ ڼ 2 ۉ ᇸ ࠃLjनරᇆࠃ ۉ ăᆯᇀኄ ᇱᅺLjժ ۉ ᇸ ࠀڦ ስ ՂႷጀᅪǖ ᆶ ሜ ୁۉڦ Ⴔ ᆯ1 ۉ ᇸఇ ྜඇࠃᆌă ࢅරᇆ ۉ ᇸཚࡗCP A RU ࢻ Ljස IV ๖ă...

Страница 15: ...15 ...

Страница 16: ...ax 0 9 V Rated output current Iout 1 40 A Output ratings per channel at Ta 60 C 10 28 V DC 40 A 13 28 V DC 40 A at Ta 70 C 10 28 V DC 30 A 13 28 V DC 30 A Derating 60 C Ta 70 C 2 5 per Kelvin temperature increase Peak output current 60 A for 300 s Resistance to reverse feed 40 V General data Mounting DIN rail TH 35 15 or TH 35 7 5 acc to IEC EN 60715 snap on mounting without any tool Mounting posi...

Отзывы: