SIRIUS MCU MOTOR STARTER EN.DEGR. OF PROTEC.IP55 PLASTIC COMMUNICATION WITHOUT ELECTROMECHANICAL SWITCHING SHORT-CIRCUIT PROTECTION W. CB REVERSING STARTER BRAKE WITHOUT PERFORMANCE CLASS 10.00A MOTOR PROTEC. CIRCUIT-BREAKER WITH BIMETAL-THERMAL ROTARY DR

Артикул: 3RK4340-3NR51-1BA0
Наименование: SIRIUS MCU MOTOR STARTER EN.DEGR. OF PROTEC.IP55 PLASTIC COMMUNICATION WITHOUT ELECTROMECHANICAL SWITCHING SHORT-CIRCUIT PROTECTION W. CB REVERSING STARTER BRAKE WITHOUT PERFORMANCE CLASS 10.00A MOTOR PROTEC. CIRCUIT-BREAKER WITH BIMETAL-THERMAL ROTARY DRIVE GRAY / BLACK MANUAL OPERATION WITHOUT CONNEC POWER M-SCREW CONNECTION STANDARD PRODUCT (siemens)
Производитель: Siemens


Наименование продукта
SIRIUS MCU MOTOR STARTER EN.DEGR. OF PROTEC.IP55 PLASTIC COMMUNICATION WITHOUT ELECTROMECHANICAL SWITCHING SHORT-CIRCUIT PROTECTION W. CB REVERSING STARTER BRAKE WITHOUT PERFORMANCE CLASS 10.00A MOTOR PROTEC. CIRCUIT-BREAKER WITH BIMETAL-THERMAL ROTARY DRIVE GRAY / BLACK MANUAL OPERATION WITHOUT CONNEC POWER M-SCREW CONNECTION STANDARD PRODUCT
Жизненный цикл продукта
Разрешение на поставку Постепенное снятие продукта с производства Снятие продукта с производства Окончательное снятие продукта с производства
2008-09-02
    Версия от 2011-08-28
 
SIRIUS MCU MOTOR STARTER EN.DEGR. OF PROTEC.IP55 PLASTIC COMMUNICATION WITHOUT ELECTROMECHANICAL SWITCHING SHORT-CIRCUIT PROTECTION W. CB REVERSING STARTER BRAKE WITHOUT PERFORMANCE CLASS 10.00A MOTOR PROTEC. CIRCUIT-BREAKER WITH BIMETAL-THERMAL ROTARY DRIVE GRAY / BLACK MANUAL OPERATION WITHOUT CONNEC POWER M-SCREW CONNECTION STANDARD PRODUCT
 
General details:
Design of the product   reversing starter
Product function    
  • bus-communication
  No
  • short circuit protection
  Yes
Protocol / will be supported    
  • AS interface protocol
  No
  • PROFINET
  No
  • PROFIBUS DP protocol
  No
Product component / outlet for enine brake   No
Product equipment    
  • brake control with 24 V DC
  No
  • brake control with 180 V DC
  No
  • brake control with 500 V DC
  No
  • brake control with 230 V AC
  No
  • brake control with 400 V AC
  No
Product extension    
  • braking module for brake control
  No
Type of assignement   1
Width mm 182
Height mm 220
Depth mm 145
Operating cycles / minimum 1/h 80
Item designation    
  • according to DIN 40719 extendable after IEC 204-2 / according to IEC 750
  A
  • according to DIN EN 61346-2
  Q
 
Control circuit:
Type of voltage   DC
Control supply voltage    
  • at DC / rated value / minimum
V 20.4
  • at DC / rated value / maximum
V 26.4
Number of digital inputs   0
 
Main circuit:
Design of the short-circuit protection   circuit-breakers
Type of the motor protection   bimetal
Design of the switching contact   electromechanical
Operating voltage / rated value    
  • minimum
V 400
  • maximum
V 500
Service power    
  • at AC-3 / at 400 V / rated value
kW 4
  • for three-phase servomotors / at 400 V / at 50 Hz / for AC three-phase / minimum
kW 4
  • for three-phase servomotors / at 400 V / at 50 Hz / for AC three-phase / maximum
kW 4
Adjustable response current / of the current-dependent overload release    
  • initial value
A 7
  • final value
A 10
Breaking capacity limit short-circuit current (lcu) / at 400 V / rated value A 50,000
Number of poles / for main current circuit   3
 
Connection type:
Design of the electrical connection / for main current circuit   screw-type terminals
 
Ambient conditions:
Protection class IP   IP55
Ambient temperature    
  • during the operating phase
°C -25 35
 
Further information:
Information- and Downloadcenter (Catalogs, Brochures,…)
http://www.siemens.com/industrial-controls/catalogs
Global Industry Mall (Online ordering system)
http://www.siemens.com/industrial-controls/mall
Service&Support (Manuals, Certificates, Characteristics, FAQs,...)
http://support.automation.siemens.com/WW/view/en/3RK4340-3NR51-1BA0/all
Image database (product images, 2D dimension drawings, 3D models, device circuit diagrams, ...)
http://www.automation.siemens.com/bilddb/cax_en.aspx?mlfb=3RK4340-3NR51-1BA0
 
 
last change:
Aug 16, 2010

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