Pepperl + Fuchs

  • pepperl_fuches_200_85 The Pepperl+Fuchs all-new 5500 Series Type Z purge and pressurization system is the newest system from Pepperl+Fuchs that provides easy selection, installation, and operation for enclosures located in Division 2 / Zone 2 hazardous areas. The Type Z / Ex pz solutions consist of a control unit, vent, and solenoid valves. The combination of automation and configurable functions support even the most difficult applications.
    • Automatic systems for alarm, purging, and power to the enclosure!
    • Enclosure sizes to 450 cu. ft.
    • Conforms to NFPA 496 and ISA 12.4 standards
    • ATEX, IECEx, and UL certified systems
    • Built-in programming
    • Programmable temperature control
    • Leakage compensation
     
  • pepperl_fuches_200_85 The 1000 series Type Y purge system is rated for Class I, Division 1 to Division 2 area applications or Class II, Division 1 to Division 2 applications.
    • UL, cUL & FM classified
    • Conforms to NFPA 496 and ISA 12.4 standards
    • Enclosure volumes to 450 cu. ft.
    Note: Vents are required for most Type Y purge enclosures

    Type Y purge system models - 1000 series

    1001A: Class I Enclosure Volumes ≤ 2 ft3 and Class II Enclosure Volumes ≤10 ft3 , WPS Only 1001B: Class II Enclosure Volumes ≤ 50 ft3 1001C: Class II Enclosure Volumes ≤ 250 ft3 1002: Class I Enclosure Volumes ≤ 15 ft3 1003: Class I Enclosure Volumes ≤ 75 ft3 1004: Class I Enclosure Volumes ≤ 200 ft3 1005: Class I Enclosure Volumes ≤ 450 ft3 11: Class I Enclosure Volumes ≤ 2 ft3 and Class II Enclosure Volumes ≤10 ft3 , WPS and WPSA
  •   pepperl_fuches_200_85 The Pepperl+Fuchs Bebco EPS 6000 series Type X/ Ex px purging system is a complete automatic system that will purge and pressurize the protected enclosure and maintain pressure within the enclosure. Note: Vents are required for all 6000 series purging systems. The 6000 series purge system reduces the classification within the protected enclosure from Zone 1 and 21 to non-hazardous area. General purpose equipment can be operated within the protected enclosure.
    • Suitable for Class I and II, Division 1/ Zone 1 and Zone 21 to non-hazardous area applications
    • Enclosure sizes up to 450 cubic ft. (12.7 cubic meters)
    • The Type X/ Ex px system conforms to ATEX, NFPA 496 and ISA 12.4
    • DEMKO, UL cULus, IEC Ex
    Download Data Sheet
  • pepperl_fuches_200_85 In process engineering plants such as refineries with exposed building parts or extensive water management systems, surge events can cause disastrous consequences: from damage or destruction of expensive components and machines to breakdown of complete automation systems not including risks to personnel. Besides these dangerous risks to people and environment, overvoltages are still one of the most common causes of damage in electrical plant engineering. They primarily occur due to lightning strikes or switching operations, but also due to the following causes:
    • Electrostatic discharge
    • Brush fire of large electric machines
    • Fluctuations in power supply
    • Ground faults / short circuits
    • Triggering fuses
    • Parallel installation of energy and information technology control systems
    Pepperl+Fuchs surge protection modules reliably divert surges and currents to ground and protect people and machines against possible negative consequences. Our product range provides you with powerful surge protection solutions for various applications. Find devices for signal line protection, supply line protection, fieldbus, and wireless solutions.
  • pepperl_fuches_200_85 H-System connects to the control system via a system connector and cable, reducing planning and start-up time. Pre-wired boards and snap-on interface modules make maintenance simple. Combined with minimized space requirements and low power dissipation in the cabinets, the H-System is a cost-effective solution.
  • pepperl_fuches_200_85 The Pepperl+Fuchs Bebco EPS 3000 series, Type Y purging system will purge and pressurize the protected enclosure and maintain pressure within the enclosure. The system reduces the classification within the protected enclosure from a Division 1 to a  Division 2 area.
    • UL, cUL & FM classified
    • Conforms to NFPA 496 and ISA 12.4 standards
    • For Type Y or Type Z applications
    • Enclosure volumes to 250 cu. ft.(7.08 cu. m)
    Note: Vents are required for most Type Y purge enclosures

    Type Y purge system models - 3000 series

    3003: Class I Enclosure Volumes ≤ 90 ft3  3004: Class I Enclosure Volumes ≤ 250 ft3
     
  • pepperl_fuches_200_85 Thin clients represent a powerful computing technology enabling users to access virtualized applications and information that runs on centralized servers. They don’t feature HDDs or fans so they are extremely economical.
  • pepperl_fuches_200_85 Terminal Junction Boxes Glass Fiber Reinforced Polyester (GRP) GL***.T Glass fiber reinforced polyester (GRP) enclosure Ex e, Ex ia and Ex tb certified 16 enclosure size options Customizable configuration of terminals, cable entries and cable gland types as per specification Installation in Zone 1, Zone 2, Zone 21 and Zone 22 Wide range of accessories available
  • pepperl_fuches_200_85 VisuNet operator workstations are rugged and sleek. These operator workstations are approved for; Zone 1/21 (ATEX and IECEx) , Zone 2 (ATEX) , Zone 2 (ATEX), Class I, Div 2, and are also suitable for use in the safe area , Div. 1 , Div. 2 , Class I, Div 2, Zone 2 (ATEX) , Zone 2 (ATEX), Class I, Div 2
  • pepperl_fuches_200_85 The SC-system is a signal conditioner product family for applications without hazardous areas on the field side. Modules for analog and digital signals Transmitter power supplies, isolated amplifiers, passive isolators, signal converters, and switch amplifiers 24 V DC supply Reduced wiring effort due to Power Bus
  • pepperl_fuches_200_85 The H-System is a termination board based interface solution with stationary wiring. Modules can be mounted tool-free and replaced during operation without wiring effort.
  • pepperl_fuches_200_85 Limit value switches signal whether the medium being monitored has reached, risen above, or fallen below, a set level (VDI/VDE Directive 3519) based on its installation height. Examples: Overflow / dry-run protection Minimum-maximum control Overspill protection

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