Filter Regulator Precision Regulator Valve Positioner Cylinder Positioner Dual Positioner Pressure Switch Booster Relay Lock-Up Valve Filter regulator Valve positioner Precision regulator Cylinder positioner Dual positioner Booster relay Lock-up valve Pressure switch

Prevents moisture and dust in the compressed air line while maintaining pressure at a stable level, in spite of variations of both « Please specify port size;01 (/^)for series 1301, or 02(%)for series IW. Flow Characteristics Flow rate N£/min Pressure Characteristics

OAdjusting knob ©Adjusting spring OMain valve ©Sintered metal element Air flow from the inlet passes through element © where solids are removed. When adjusting knob O is adjusted downwards, adjusting spring @ is compressed. The main valve © is opened allowing air flow to the outlet. Air outlet pressure balances against diaphragm © and adjusting spring ©.When the outlet pressure is higher than the set pressure, the main valve © is closed and exhaust of the excess outlet pressure takes place through the adjusting spring cover bleed.This ensures constant outlet pressure is Gauge port Panel mounting...

High sensitivity, excellent pressure accuracy beyond the scope of standard regulators. Suitable for applications requiring extremely precise pressure 3) Air consumption is due to exhaust from nozzle. 4) At 7kgf/cm2 of supply pressure. Pressure gauge Flow Characteristics Flow rate Nl/min Pressure Characteristics

When knob O is turned downwards movement of adjusting spring © and diaphragm A © closes nozzle ®. Air flow from fixed orifice © causes a back pressure of nozzle ® which acts on diaphragm B 0. This causes downward movement of main valve @. Supply pressure can then flow to secondary supply. Pressure on diaphragm C 0 results in upward balancing movement of diaphragm B O and then A © against the spring force.When the secondary pressure increases, diaphragm A © is pushed upwards causing clearance between the flapper © and nozzle ®. Back pressure before nozzle is lowered. The imbalance of diaphragms...

Easy to operate and mount. For precise and stable position control of smali bore cylinder. Compact size. position control. Unit for process control, industrial machines. üíAir consumption is due to exhaust from nozzle. Response time Cylinder bore size mm

Above condition is at constant signal pressure i.e. cylinder is stopped. ©Input chamber ©Feedback spring When signal pressure enters input chamber O the diaphragm B © is deflected left. Clearance of the nozzle © is reduced causing higher back pressure at diaphragm A O. This diaphragm A O has larger area than diaphragm B © resulting in movement of the spool to the left. Supply pressure then flows to OUT 1 O and partial exhaust from OUT 2 takes place resulting in cylinder rod © movement to the right. The movement is linked via rod © and feedback spring @ to the input diaphragm © balancing the higher...

ressure Switch instrument process control with a combined function of controller High performance. Compact and light weight. Signal pressure Micro switch®— Adjusting screw© Signal pressure enters the chamber above diaphragm O and exerts downward force compressing spring ©. After sufficient deflection, contact with the plunger of the micro switch © is made operating the electrical circuit. As overtravel of diaphragm is prevented by an internal stop the micro switch is not subject to extra load with increased pressure. On decrease of signal pressure the electrical circuit function is reversed....

Used when the piping between area is long, or when operational area has large capacity. Can help accelerate actuation speed considerably. Flow Characteristics w/needie valve Flow rate Nl/min

Signal pressure enters the input chamber © and diaphragm A @ and exerts a downward force on diaphragm B ®. When the force of the input chamber O exceeds the force of diaphragm B ®, main valve © is inseated allowing air flow out the secondary supply port. On signal pressure exhaust the supply valve closes and exhaust flow path © is opened to allow vent of the secondary air supply to atmosphere. Input and output ports are connected by a needle valve Q. Adjustment ensures that exact equalization occurs between the signal and output supply. The above function allows a low volume signal to provide...

Lock-Up Valve When accident takes place on air operated process control line piping line, lock-up valve retains pressure at the tool end until restored to normal condition. Safe signal pressure enters the upper diaphragm chamber O and compresses the adjusting spring © and moves the upper diaphragm © upward.lt also closes the exhaust valve ©.Signal pressure also enters the lower diaphragm chamber @ and exerts a downward force on the valve ©. This opens the flow path from 'IN' and 'OUT' ports for flow in either direction. When malfunction in the control signal circuit occurs pressure holding the...

• Blow out air lines and fittings before installation. • Use dry and oil-free air. Recommend use of SMC AM Mist