Direct Low Flow EEx ia Aluminum Solenoid Valve
Direct Low Flow EEx ia Aluminum Solenoid Valve

Direct Low Flow EEx ia Aluminum Solenoid Valve

2 and 3 Way Direct Acting Solenoid Valve EExia IIC T6, Intrinsically Safe Stainless Steel Coil.

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Features

Direct Low Flow EEx ia Aluminum Solenoid Valve
    EEx ia, EExia, Exia, Ex ia, Encapsulated Coil, Direct Acting, Intrinsically Safe, Aluminum Coil, Solenoid Valve FEATURES :
  • EEx ia, EExia, Exia, Ex ia, Encapsulated Coil, Direct Acting, Intrinsically Safe, Aluminum Coil, Solenoid Valve : Integral terminal box with coil housing.
  • EEx ia, EExia, Exia, Ex ia, Encapsulated Coil, Direct Acting, Intrinsically Safe, Aluminum Coil, Solenoid Valve : Valve do not require minimum operation pressure.
  • EEx ia, EExia, Exia, Ex ia, Encapsulated Coil, Direct Acting, Intrinsically Safe, Aluminum Coil, Solenoid Valve : Valve operation is not effected by mounting position.
  • EEx ia, EExia, Exia, Ex ia, Encapsulated Coil, Direct Acting, Intrinsically Safe, Aluminum Coil, Solenoid Valve : Inner epoxy molded coil
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  • EEx ia, EExia, Exia, Ex ia, Encapsulated Coil, Direct Acting, Intrinsically Safe, Aluminum Coil, Solenoid Valve : Low power consumption.
    EEx ia, EExia, Exia, Ex ia, Encapsulated Coil, Direct Acting, Intrinsically Safe, Aluminum Coil, Solenoid Valve INTRODUCTION :
  • 3 port 2 position direct acting, normally closed solenoid valve, for the operation of single acting pneumatic devices. Suitable for Zone 0, 1 and 2, manufactured inaccordance with the requirements of the European harmonized standards EN50014 and EN50020. EExia IIC T6.
    EEx ia, EExia, Exia, Ex ia, Encapsulated Coil, Direct Acting, Intrinsically Safe, Aluminum Coil, Solenoid Valve VALVE :
  • EEx ia, EExia, Exia, Ex ia, Encapsulated Coil, Direct Acting, Intrinsically Safe, Aluminum Coil, Solenoid Valve Body : Aluminum and Stainless Steel 316
  • EEx ia, EExia, Exia, Ex ia, Encapsulated Coil, Direct Acting, Intrinsically Safe, Aluminum Coil, Solenoid Valve Seals : H-NBR
  • EEx ia, EExia, Exia, Ex ia, Encapsulated Coil, Direct Acting, Intrinsically Safe, Aluminum Coil, Solenoid Valve Port Connection Size : 1/4” - 3/8” NPT
  • EEx ia, EExia, Exia, Ex ia, Encapsulated Coil, Direct Acting, Intrinsically Safe, Aluminum Coil, Solenoid Valve Working Pressure Internal Pilot Version : 0 to 8 bar
  • EEx ia, EExia, Exia, Ex ia, Encapsulated Coil, Direct Acting, Intrinsically Safe, Aluminum Coil, Solenoid Valve Cv Factor : 0.1
  • EEx ia, EExia, Exia, Ex ia, Encapsulated Coil, Direct Acting, Intrinsically Safe, Aluminum Coil, Solenoid Valve Maximum Ambient Temperature : +65°C
  • EEx ia, EExia, Exia, Ex ia, Encapsulated Coil, Direct Acting, Intrinsically Safe, Aluminum Coil, Solenoid Valve Minimum Working Temperature : -10°C
    EEx ia, EExia, Exia, Ex ia, Encapsulated Coil, Direct Acting, Intrinsically Safe, Aluminum Coil, Solenoid Valve COIL :
  • EEx ia, EExia, Exia, Ex ia, Encapsulated Coil, Direct Acting, Intrinsically Safe, Aluminum Coil, Solenoid Valve Coil Case : Zinc Alloy Epoxy Powerder Coated
  • EEx ia, EExia, Exia, Ex ia, Encapsulated Coil, Direct Acting, Intrinsically Safe, Aluminum Coil, Solenoid Valve Armature : Magnetic Solenoid Quality Stainless Steel
  • EEx ia, EExia, Exia, Ex ia, Encapsulated Coil, Direct Acting, Intrinsically Safe, Aluminum Coil, Solenoid Valve Springs : Stainless Steel
  • EEx ia, EExia, Exia, Ex ia, Encapsulated Coil, Direct Acting, Intrinsically Safe, Aluminum Coil, Solenoid Valve Seals and Seat : Viton
  • EEx ia, EExia, Exia, Ex ia, Encapsulated Coil, Direct Acting, Intrinsically Safe, Aluminum Coil, Solenoid Valve Coil Former : 30% Glass Filled PBT
  • EEx ia, EExia, Exia, Ex ia, Encapsulated Coil, Direct Acting, Intrinsically Safe, Aluminum Coil, Solenoid Valve Magnetic : Class H Coated Copper
    EEx ia, EExia, Exia, Ex ia, Encapsulated Coil, Direct Acting, Intrinsically Safe, Aluminum Coil, Solenoid Valve DC Solenoid Coil :
  • EEx ia, EExia, Exia, Ex ia, Encapsulated Coil, Direct Acting, Intrinsically Safe, Aluminum Coil, Solenoid Valve Voltage Standard : 24
  • EEx ia, EExia, Exia, Ex ia, Encapsulated Coil, Direct Acting, Intrinsically Safe, Aluminum Coil, Solenoid Valve Voltage Tolerance : ±10%
  • EEx ia, EExia, Exia, Ex ia, Encapsulated Coil, Direct Acting, Intrinsically Safe, Aluminum Coil, Solenoid Valve Ambient Temperature : -10 to +65°C
  • EEx ia, EExia, Exia, Ex ia, Encapsulated Coil, Direct Acting, Intrinsically Safe, Aluminum Coil, Solenoid Valve Duty Cycle : 100%
  • EEx ia, EExia, Exia, Ex ia, Encapsulated Coil, Direct Acting, Intrinsically Safe, Aluminum Coil, Solenoid Valve Degree of Protection : IP66
  • EEx ia, EExia, Exia, Ex ia, Encapsulated Coil, Direct Acting, Intrinsically Safe, Aluminum Coil, Solenoid Valve Connection : Junction Box with M20 Entry
  • EEx ia, EExia, Exia, Ex ia, Encapsulated Coil, Direct Acting, Intrinsically Safe, Aluminum Coil, Solenoid Valve Power Consumption : 0.4 Watts with Barrier
  • EEx ia, EExia, Exia, Ex ia, Encapsulated Coil, Direct Acting, Intrinsically Safe, Aluminum Coil, Solenoid Valve Current Consumption : 33 mA at 12 Volts with barrier
  • EEx ia, EExia, Exia, Ex ia, Encapsulated Coil, Direct Acting, Intrinsically Safe, Aluminum Coil, Solenoid Valve Pressure Range : 0 - 8 bar
  • EEx ia, EExia, Exia, Ex ia, Encapsulated Coil, Direct Acting, Intrinsically Safe, Aluminum Coil, Solenoid Valve Resistance : 370 Ohms
  • EEx ia, EExia, Exia, Ex ia, Encapsulated Coil, Direct Acting, Intrinsically Safe, Aluminum Coil, Solenoid Valve Inductance (Apparent) : Zero
  • EEx ia, EExia, Exia, Ex ia, Encapsulated Coil, Direct Acting, Intrinsically Safe, Aluminum Coil, Solenoid Valve Capacitance : Zero
    EEx ia, EExia, Exia, Ex ia, Encapsulated Coil, Direct Acting, Intrinsically Safe, Aluminum Coil, Solenoid Valve POWER SUPPLY :
  • EEx ia, EExia, Exia, Ex ia, Encapsulated Coil, Direct Acting, Intrinsically Safe, Aluminum Coil, Solenoid Valve U, normal, allowable : 24 VDC / 31 VDC
  • EEx ia, EExia, Exia, Ex ia, Encapsulated Coil, Direct Acting, Intrinsically Safe, Aluminum Coil, Solenoid Valve I, normal, allowable : ** / 0.67 A
  • EEx ia, EExia, Exia, Ex ia, Encapsulated Coil, Direct Acting, Intrinsically Safe, Aluminum Coil, Solenoid Valve W, normal, allowable : ** / 2.98 W
    EEx ia, EExia, Exia, Ex ia, Encapsulated Coil, Direct Acting, Intrinsically Safe, Aluminum Coil, Solenoid Valve INTRINSIC SAFETY :
  • Intrinsic safety is the safest form of protection for electrical equipment operating in potentially hazardous atmospheres. Intrinsic safety (IS) is based on the principle of restricting the electrical energy available in hazardous area circuits such that any sparks or hot surfaces that may occur as a result of electrical faults are too weak to cause ignition.
  • An intrinsically safe system consists of a certified IS interface which passes signals to and from the process (hazardous area) but limits the energy (that is voltage and current) that can reach the hazardous area under fault conditions.
  • In the hazardous area ‘simple’ or ‘non-energy storing devices’ (switches thermocouples & LED’s) can be used without certification but ‘Energy-storing’ equipment such as solenoid valves must be designed so as to prevent this energy escaping and of necessity need to be of sufficiently low power to operate within the constraints of the IS signal.
    EEx ia, EExia, Exia, Ex ia, Encapsulated Coil, Direct Acting, Intrinsically Safe, Aluminum Coil, Solenoid Valve HAZARDOUS AREA SOLENOID VALVE :
  • The RGS EP000/ia solenoid coil is approved for this duty and is certified safe for all classified areas of hazard and gasses when installed in accordance with an approved system. The coil is protected by diodes which suppresses the inductance, effectively to zero, and there is no capacitive characteristics in the coil either.
  • The coil assembly, which is encapsulated, forms a compact solenoid actuator to interchange with the standard (non-hazardous duty) coil fitted to the 3 and 4 way spool valves.
  • The IS coil because of its low wattage requires that the spring load and travel of the armature be closely controlled and for this reason each solenoid has an inbuilt adjustable jet which is factory set so as to control the operating characteristics of the coil. Where the IS solenoid actuator is fitted to the spool valve, the jet in the end cap which is required for the normal coil, is removed.
    EEx ia, EExia, Exia, Ex ia, Encapsulated Coil, Direct Acting, Intrinsically Safe, Aluminum Coil, Solenoid Valve SOLENOID VALVE CONTROL SYSTEM :
  • This apparatus is unspecified except that it must not contain under normal or abnormal conditions a source of potential with respect to earth in excess of 250V R.M.S. or 250V DC.
  • The electrical circuit in the Hazardous area must be capable of withstanding an AC test voltage of 500V R.M.S. to earth of frame of the apparatus for one minute.
  • Any single channel or single channel of a multiple channel shunt zener diode safety barrier, solenoid driver or supply certified by any EU notified certification body to [EExia] IIC, Whose output voltage (Uz, U max. : out OR Uo) does not exceed 28V and whose output current ( I max. : out OR Io) is limited by resistance ‘R’ such that the output voltage (Uz, U max. : out OR Uo) does not exceed 25.5V and whose output current (I max. : out OR Io) is limited by resistance ‘R’ such that the output voltage divided by ‘R’does not exceed 147mA.
  • R.G.S. solenoid valve covered by Certificate of Conformity BAS. No. EX822147 to category EExia IIC T6.
  • Switch must be selected and installed to meet the requirements of clauses 4.1 and 5 of EN50 020.
  • The cable maybe twin pair, or a pair contained in a type A, or type B multicore cable (as defined in class 5.3 of EN50 039), provide that the peak voltage of any circuit contained within the multicore does not exceed 60 volts.
  • The capacitance and inductance to resistance ratio of the hazardous area cables must not exceed the values shown in table 1.
    EEx ia, EExia, Exia, Ex ia, Encapsulated Coil, Direct Acting, Intrinsically Safe, Aluminum Coil, Solenoid Valve METHODS OF PROTECTION :
  • The generic term for all methods of protection of electrical equipment used in Europe is ‘ explosion proof ’. American practice is to use this term for flameproof equipment. The table lists the more usual methods of protection.
    EEx ia, EExia, Exia, Ex ia, Encapsulated Coil, Direct Acting, Intrinsically Safe, Aluminum Coil, Solenoid Valve SOLENOIDS VALVES IN HAZARDOUS AREAS :
  • Not all of these methods are applicable to solenoid protection, the more commonly used are listed below.
  • Flameproof This form of protection entails enclosing the coils in a robust enclosure which will contain an internal explosion should it occur and prevent its transmission to the surrounding atmosphere.
  • N-Type Protection (Non-incendive) Generally applied to non-sparking electrical components such as a solenoid coil which will not get abnormally hot even if the armature is locked out.
  • Encapsulation This involves enclosing the coil and any associated electrical components in a compound so as to prevent the ignition of a surrounding explosive atmosphere.
  • Intrinsically Safe Intrinsic safety is a technique that achieves safety by limiting the electrical-spark energy (and surface temperature) that can aries in hazardous area circuits to levels that are insufficient to ignite an explosive atmosphere.
  • An intrinsically safe system consists of a certified Intrinsically safe interface which passes signals to and from the process (hazardous area) but limits the energy (that is voltage and current) that can reach the hazardous area under fault conditions. The interface is usually mounted in the safe area and can be either a shunt diode safety barrier or a galvanic isolator. In the hazardous area ‘simple’ or ‘non-energy storing devices’ (switches, thermocouples & LED’s) can be used without certification but ‘Energy-storing’ equipment such as solenoid valves must be designed so as to prevent this energy escaping and of necessity need to be of sufficiently low power to operate within the constraints of the IS signal.
  • Special Protection Offers combination of one or more methods of protection and in the case of solenoids these are usually ‘e’and ‘m’, where the coil is encapsulated, has over temperature protection and the terminals are approved under the increased safety requirement.