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      • Shock and vibration resistant
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  • The system dimensions of the InterRail subrack are based on those of the FLEXIBLE Fi as a logical further development to produce a subrack for heavy-duty use. This allows unrestricted use of the extensive range of accessories. The special design features of the InterRail subrack: •  Profile rails with a high section modulus guarantee resistance to vibrations. •  The refined RFI-shielding concept enables high shielding effectiveness (see the RFI-SHIELDED chapter). THERE ARE FOUR VERSIONS OF THIS SUBRACK: 1. Subrack InterRail Shielding is not possible for the unsealed version. 2. Subrack InterRail RFI The RFI-shielded version. 3. Subrack InterRail RFI - IEEE The front is in accordance with IEEE 1101.10. The special profile rail is designed for the use of insertion and removal handles (optionally with a hot-swap function) for overcoming high insertion and removal resistance. The card guides are fitted with mechanical coding systems and special bonding for electrostatic discharge. 4. Subrack InterRail SNCF   &   InteRaiI SNCF RNI The special subrack with certification from the French Railways.
  • The special design features of the subrack FLEXIBLE:
    • For mounting of the profile rails the side wall is perforated with a grid of 10 mm to allow installation of modules in depth steps of 10 mm. This results in a flexible amount of free space behind the wiring level or in front of the operating level.
    • The profile rails are connected to the side wall at the front using a special screw which ensures electrical bonding of the parts via a ring cutter under the head.
    • The front and rear profile rails can be interchanged such that the wiring level which is normally at the rear can be implemented at the front of the subrack.
    • The extensive range of accessories allows individual configuration.
    • Fast and simple assembly: Easy positioning of the profile rails thanks to raised embossing on the side wall.
    There are 2 versions of this subrack: 1. The FLEXIBLE Fi subrack (with an integrated flange) The combination of the side wall and mounting flange form a single unit. This is the simple and cost effective version. This standard version can not be shielded. 2. The FLEXIBLE Fs subrack (with a separate flange) The side wall and flange are separate components so the flange can be screwed to the side panel at the front or the rear.
  • The FLEXIBLE Fi Subrack (with an integrated flange) The combination of the side wall and mounting flange form a single unit. This is the simple and cost effective version. This standard version can not be shielded.
  • The FLEXIBLE Fs Subrack (with a separate flange) The side wall and flange are separate components so the flange can be screwed to the side panel at the front or the rear.
  • The Subrack InterRail SNCF is a special subrack with certification from the French Railways. The system dimensions of the InterRail subrack are based on those of the FLEXIBLE Fi as a logical further development to produce a subrack for heavy-duty use. This allows unrestricted use of the extensive range of accessories.
  • Subrack InterRail RFI The RFI-shielded version. The system dimensions of the InterRail subrack are based on those of the FLEXIBLE Fi as a logical further development to produce a subrack for heavy-duty use. This allows unrestricted use of the extensive range of accessories. The special design features of the InterRail subrack: •  Profile rails with a high section modulus guarantee resistance to vibrations. •  The refined RFI-shielding concept enables high shielding effectiveness (see the RFI-SHIELDED chapter).
  • Subrack RFI-SHIELDED IEEEdance with IEEE 1101.10. The special profile rail is designed for the use of insertion  and removal handles (optionally with a hot-swap function) for overcoming high insertion and removal resistance.
  • The Subrack InterRail SNCF is a special subrack with certification from the French Railways. The system dimensions of the InterRail subrack are based on those of the FLEXIBLE Fi as a logical further development to produce a subrack for heavy-duty use. This allows unrestricted use of the extensive range of accessories.
  • The front is in accordance with IEEE 1101.10. The special profile rail is designed for the use of insertion and removal handles (optionally with a hot-swap function) for overcoming high insertion and removal resistance.
  • The front and the rear are in accordance with IEEE 1101.10/11.   This enables insertion and removal of modules with a front panel from both the front and the rear of the subrack.
  • The system dimensions of the RFI- SHIELDED subrack are based on those of the FLEXIBLE subrack as a logical further development to produce the perfectly shielded subrack. This allows unrestricted use of the extensive and complete range of accessories. The special design features of the RFISHIELDED subrack: • The refined RFI shielding concept enables high shielding effectiveness. • The stable stainless steel contact springs ensure permanent and reliable bonding, even after a large number of  plug-in cycles. • The perforated RFI cover plates guarantee optimal air flow for improved heat dissipation. • The use of high-quality, seawater-resistant aluminum alloys and  stainless steel materials removes, for the most part, the need for unnecessary, environmentally harmful surface treatment. THERE ARE 3 VERSIONS OF THIS SUBRACK 1. Subrack RFI-SHIELDED The standard RFI-shielded version. 2. Subrack RFI-SHIELDED IEEE The front is in accordance with IEEE 1101.10. The special profile rail is designed for the use of inser tion and removal handles (optionally with a hot swap function) for overcoming high insertion and removal resistance.  The card guides are fitted with mechanical coding systems and special bonding for electrostatic discharge. 3. Subrack RFI-SHIELDED IEEE / Rear I/O The front and the rear are in accordance with IEEE 1101.10/11. This enables insertion and removal of modules with a front panel from both the front and the rear of the subrack.
  • COMPACTPCI-3 U-Rear I/OI COMPACTPCI-6 U-Rear I/OI COMPACTPCI-4 U-Rear I/OI COMPACTPCI-6 +3U-Rear I/OI Consists of: 1 Subrack RFI-SHIELDED CPCI / REAR I/O 84 HP, 260 mm nom. depth (160 mm at the front, 80 mm at the rear) 1 Backplane 8 Slot, 3 U, 32 Bit, system slot right 1 ATX 300W power supply unit with a wide-range input and PFC, with assembled front panel. 1 Blind front panel 16 HP at the front. 1 Blind front panel 4 HP at the front. 1 Blind front panel 48 HP at the rear. 1 Blind front panel 8 HP at the rear. 1 Pair of card guides red 160 mm (CPU) including IEEE-coding and ESD-spring in the bottom card guide. 1 Pair of card guides red 80 mm (CPU) including IEEE-coding and ESD-spring in the bottom card guide. 7 Pair of card guides black 160 mm (CPU) including IEEE-coding and ESD-spring in the bottom card guide. 7 Pair of card guides black 80 mm (CPU) including IEEE-coding and ESD-spring in the bottom card guide
  • order no.: 409. 122 300 Consists of: 1 subrack RFI-SHIELDED CPCI / REAR I/O 84 HP, 260 mm nom. depth (160 mm at the front, 80 mm at the rear) for horizontal embedded 6 U PCB’s 1 Backplane 4 Slot, 6 U, 64 Bit, system slot right (1 Slot free e. g. for hard disk or driver) 2 Front panels 6 U - 4 HP (1 at the front, 1 at the rear) 1 ATX 300 W power supply unit with a wide-range input and PFC, with integrated 32 HP Front panel at the front. 1 Fan 1 Pair of card guides red 160 mm (CPU) including IEEE-coding and ESD-spring in the bottom card guide. 1 Pair of card guides red 80 mm (CPU) including IEEE-coding and ESD-spring in the bottom card guide. 4 Pair of card guides black 160 mm (CPU) including IEEE-coding and ESD-spring in the bottom card guide. 4 Pair of card guides black 80 mm (CPU) including IEEE-coding and ESD-spring in the bottom card guide
  • Consists of: 1 Subrack RFI-SHIELDED CPCI / REAR I/O 84 HP, 260 mm nom. depth (160 mm at the front, 80 mm at the rear) 1 Backplane 8 Slot, 6 U, 64 Bit, system slot right 1 ATX 300W power supply unit with a wide-range input and PFC, with assembled front panel. (optional front panel for a drive over the power supply). 1 Blind front panel 16 HP at the front. 1 Blind front panel 4 HP at the front. 1 Blind front panel 48 HP at the rear. 1 Blind front panel 8 HP at the rear. 1 Pair of card guides red 160 mm (CPU) including IEEE-coding and ESD-spring in the bottom card guide. 1 Pair of card guides red 80 mm (CPU) including IEEE-coding and ESD-spring in the bottom card guide. 7 Pair of card guides black 160 mm (CPU) including IEEE-coding and ESD-spring in the bottom card guide. 7 Pair of card guides black 80 mm (CPU) including IEEE-coding and ESD-spring in the bottom card guide.
  • Consists of: 1 Subrack RFI-SHIELDED CPCI / REAR I/O 84 HP, 260 mm nom. depth (160 mm at the front, 80 mm at the rear) 1 Backplane 8 Slot, 3 U, 32 Bit, system slot right 1 ATX 300W power supply unit with a wide-range input and PFC, with assembled front panel. 1 Blind front panel 16 HP at the front. 1 Blind front panel 4 HP at the front. 1 Blind front panel 48 HP at the rear. 1 Blind front panel 8 HP at the rear. 1 Pair of card guides red 160 mm (CPU) including IEEE-coding and ESD-spring in the bottom card guide. 1 Pair of card guides red 160 mm (CPU) including IEEE-coding and ESD-spring in the bottom card guide. 7 Pair of card guides black 160 mm (CPU) including IEEE-coding and ESD-spring in the bottom card guide. 7 Pair of card guides black 80 mm (CPU) including IEEE-coding and ESD-spring in the bottom card guide.
  • Consists of: 1 Subrack RFI-SHIELDED CPCI / REAR I/O 84 HP, 260 mm nom. depth (160 mm at the front, 80 mm at the rear) 1 Backplane 8 Slot, 6 U, 64 Bit, system slot right 1 ATX 300W power supply unit with a wide-range input and PFC, with assembled front panel. (optional front panel for a drive over the power supply). 1 Blind front panel 16 HP at the front. 1 Blind front panel 4 HP at the front. 1 Blind front panel 48 HP at the rear. 1 Blind front panel 8 HP at the rear. 1 Pair of card guides red 160 mm (CPU) including IEEE-coding and ESD-spring in the bottom card guide. 1 Pair of card guides red 80 mm (CPU) including IEEE-coding and ESD-spring in the bottom card guide. 7 Pair of card guides black 160 mm (CPU) including IEEE-coding and ESD-spring in the bottom card guide. 7 Pair of card guides black 80 mm (CPU) including IEEE-coding and ESD-spring in the bottom card guide.