SIPLUS S7-400 racks

• Заказные данные
  (3)
• Аксессуары
  (1)
• Информационные материалы

  Информационные материалы

  • The mechanical basic structure of SIPLUS S7-400/S7-400H
  • For accommodating the modules, operating voltage supply, and connection of the modules via a backplane bus
  • Several versions for setting up central controllers and expansion units
  • SIPLUS rack material: Aluminum

  Note:

  SIPLUS extreme products are based on SIMATIC standard products. The contents listed here were taken from the respective standard products. SIPLUS extreme-specific information was added.

  Technical documentation on SIPLUS can be found here:
  http://www.siemens.de/siplus-extreme

  Область применения

  The subracks form the basic mechanical framework of the SIMATIC S7-400. Their functions are as follows:

  • Mechanical fixing of the modules
  • Supplying the modules with the operating voltages
  • Connecting the individual modules over the backplane bus

  The subracks are designed for wall mounting and installation in frames and cabinets

  Various subracks are available for setting up the SIMATIC S7-400.

  UR1 (Universal Rack)

  • For setting up central controllers and expansion units
  • For holding up to 18 modules
  • Also suitable for S7-400H
  • Also available as aluminum rack

  UR2 (Universal Rack)

  • For setting up central controllers and expansion units
  • For holding up to 9 modules
  • Also suitable for S7-400H
  • Also available as aluminum rack

  CR2 (Central Rack)

  • For setting up central controllers
  • For holding up to 18 modules
  • Segmented rack:
    For operating two mutually independent S7-400 CPUs without S7-400 Multicomputing, but with communication between the CPUs over the backplane bus (C bus). Both CPUs can address their own local I/O modules (segmented P bus).

  CR3 (Central Rack)

  • For configuring central racks
  • Optimized for distributed automation solutions due to holding up to 4 modules

  UR2-H

  • For configuring a complete S7-400H system in one subrack
  • Also suitable for S7-400:
    Operation of 2 separate CPUs with their own I/O (separate P and C buses)
  • Can also be used as an expansion unit
  • For holding up to 18 modules
  • Also available as aluminum rack

  ER1 (Extension Rack)

  • For setting up expansion units economically
  • For holding up to 18 modules with restricted functionality
  • Also suitable for S7-400H
  • Also available as aluminum rack

  ER2 (Extension Rack)

  • For setting up expansion units economically
  • For holding up to 9 modules with restricted functionality
  • Also suitable for S7-400H
  • Also available as aluminum rack

  Дизайн

  All racks included:

  • Mounting rail with threaded bolts for fixing the modules and lateral cutouts for mounting the rack
  • Plastic parts serve as guides when swinging the modules into place
  • Connection for protective conductors
  • Backplane bus with plug-in connections

  UR1 for central controllers

  • 18 single-width slots
  • Always required: Power module (PS) and one CPU
  • Can be expanded centrally (up to 5 m) and in distributed configuration (up to 600 m)
  • The following are required when expanded:
    • Interface modules (send IMs); max. 6 interface modules can be plugged in
  • Up to 21 expansion units can be connected

  UR2 for central controllers

  • 9 single-width slots
  • Always required: Power module (PS) and one CPU
  • Can be expanded centrally (up to 5 m) and in distributed configuration (up to 600 m)
  • The following are required when expanded:
    • Interface modules (send IMs); max. 6 interface modules can be plugged in
  • Up to 21 expansion units can be connected

  CR2 for central controllers

  • 18 single-width slots; 2 segments with 8 or 10 slots
  • Always required: Power module (PS) und 2 CPUs
  • Can be expanded centrally (up to 5 m) and in distributed configuration (up to 600 m)
  • The following are required when expanded:
    • Interface modules (send IMs). Max. 6 interface modules can be plugged in
  • Up to 21 expansion units can be connected.
  • 2 CPUs can be operated next to each other, each with its own I/O:
    2 P bus segments with 10 or 8 slots for 1 CPU each with its own I/O
  • C bus throughout: C bus nodes can be addressed from both segments.

  CR3 for central controllers

  • 4 single-width slots
  • Always required: Power module (PS) and one CPU
  • Can be expanded centrally (up to 5 m) and in distributed configuration (up to 600 m)
  • The following are required when expanded:
    • Interface modules (send IMs); max. 2 interface modules can be plugged in
  • Up to 16 expansion units can be connected
  • C bus and P bus throughout

  UR2-H

  • 18 single-width slots; 2 segments with 9 slots each
  • Always required: 2 power modules (PS) und 2 CPUs
  • Can be expanded centrally (up to 5 m) and in distributed configuration (up to 600 m)
  • The following are required when expanded:
    • Interface modules (send IMs); max. 6 interface modules can be plugged in
  • Up to 21 expansion units can be connected
  • 2 CPUs can be operated next to each other, each with its own I/O:
    2 P bus segments and 2 C bus segments with 9 slots each for 1 CPU each with its own I/O
  • C bus throughout: C bus nodes can be addressed from both segments

  UR1 for expansion units

  • 18 single-width slots
  • Always required: Interface module (receive IM)

  UR2 for expansion units

  • 9 single-width slots
  • Always required: Interface module (receive IM)

  ER1 for expansion units

  • 18 single-width slots
  • Always required: Interface module (receive IM)
  • P bus with restricted functionality:
    • No alarm processing
    • No battery backup of the plugged-in modules
    • No 24 V DC supply of the modules
  • No C bus
  • The following can be used:
    • SM modules
    • Receive IM
    • Power supply module

  ER2 for expansion units

  • 9 single-width slots
  • Always required: Interface module (receive IM)
  • P bus with restricted functionality:
    • No alarm processing
    • No battery backup of the plugged-in modules
    • No 24 V DC supply of the modules
  • No C bus
  • The following can be used:
    • SM modules
    • Receive IM
    • Power supply module

  Технические данные

  Order number		6AG1400-1TA11-7AA0	6AG1400-1JA11-7AA0	6AG1400-2JA10-7AA0
  		SIPLUS S7-400 rack UR1 18Slot Alu	SIPLUS S-400 Rack UR2 9Slot Alu	SIPLUS S7-400 BGT UR2-H 2x9Slot Alu
  Hardware configuration
  Rack
  ● Communication bus		Yes	Yes	Yes
  ● P bus		Yes	Yes	Yes
  Slots
  ● Number of single-width slots, max.		18	9	18
  Ambient conditions
  Ambient temperature during operation
  ● min.		-25 °C; = Tmin	-25 °C; = Tmin	-25 °C; = Tmin
  ● max.		70 °C; = Tmax	70 °C; = Tmax	70 °C; = Tmax
  Ambient temperature during storage/transportation
  ● min.		-40 °C	-40 °C	-40 °C
  ● max.		70 °C	70 °C	70 °C
  Extended ambient conditions
  ● relative to ambient temperature-atmospheric pressure-installation altitude		Tmin ... Tmax at 1080 hPa ... 795 hPa (-1000 m ... +2000 m) // Tmin ... (Tmax - 10K) at 795 hPa ... 658 hPa (+2000 m ... +3500 m) // Tmin ... (Tmax - 20K) at 658 hPa ... 540 hPa (+3500 m ... +5000 m)	Tmin ... Tmax at 1080 hPa ... 795 hPa (-1000 m ... +2000 m) // Tmin ... (Tmax - 10K) at 795 hPa ... 658 hPa (+2000 m ... +3500 m) // Tmin ... (Tmax - 20K) at 658 hPa ... 540 hPa (+3500 m ... +5000 m)	Tmin ... Tmax at 1080 hPa ... 795 hPa (-1000 m ... +2000 m) // Tmin ... (Tmax - 10K) at 795 hPa ... 658 hPa (+2000 m ... +3500 m) // Tmin ... (Tmax - 20K) at 658 hPa ... 540 hPa (+3500 m ... +5000 m)
  Relative humidity
  — With condensation, tested in accordance with IEC 60068-2-38, max.		100 %; Relative humidity, incl. condensation / frost permitted (no commissioning under condensation conditions)	100 %; Relative humidity, incl. condensation / frost permitted (no commissioning under condensation conditions)	100 %; RH incl. condensation/frost (no commissioning under condensation conditions)
  Resistance
  — against biologically active substances / conformity with EN 60721-3-3		Yes; Class 3B2 mold, fungus and dry rot spores (with the exception of fauna). The supplied connector covers must remain on the unused interfaces during operation in corrosive atmospheres!	Yes; Class 3B2 mold, fungus and dry rot spores (with the exception of fauna). The supplied connector covers must remain on the unused interfaces during operation in corrosive atmospheres!	Yes; Class 3B2 mold, fungus and dry rot spores (with the exception of fauna). The supplied connector covers must remain on the unused interfaces during operation!
  — against chemically active substances / conformity with EN 60721-3-3		Yes; Class 3C4 incl. salt spray according to EN 60068-2-52 (degree of severity 3). The supplied connector covers must remain on the unused interfaces during operation!	Yes; Class 3C4 incl. salt spray according to EN 60068-2-52 (degree of severity 3). The supplied connector covers must remain on the unused interfaces during operation!	Yes; Class 3C4 (RH < 75%) incl. salt spray according to EN 60068-2-52 (degree of severity 3). The supplied connector covers must remain on the unused interfaces during operation!
  — against mechanically active substances / conformity with EN 60721-3-3		Yes; Class 3S4 incl. sand, dust. The supplied connector covers must remain on the unused interfaces during operation in corrosive atmospheres!	Yes; Class 3S4 incl. sand, dust. The supplied connector covers must remain on the unused interfaces during operation in corrosive atmospheres!	Yes; Class 3S4 incl. sand, dust. The supplied connector covers must remain on the unused interfaces during operation!
  Dimensions
  Width		482.5 mm	257.5 mm	482.5 mm
  Height		290 mm	290 mm	290 mm
  Depth		27.5 mm	27.5 mm	27.5 mm
  Weights
  Weight, approx.		3 kg	1.5 kg	3 000 g