Model FDT FDT A FDT FDT A FDT FDT A FDT FDT A. Model DMP DMP DMP DMP

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1 ontrol Series Fiber Dry FDT Dry unit (Filter, ) L φ 25.5 (M5 Attachment) L FDT FDT A FDT FDT A FDT FDT A FDT FDT A L L DMP (M5 Attachment) 5 2E DMP DMP DMP DMP E FDT, DMP Dehumidification Performance urve (Example) 3 Supply pressure:.7mpa(7kgf/cm 2 ) Air temperature:2 ircuit FDT, DMP Purge flow rate (N /min) 3 2 ircuit FFT Filter (M5 Attachment) E E FFT FFT A FFT FFT A FFT FFT A FFT FFT A E E φ Manual draining Automatic draining.5 M5 Internal thread Drainage Drainage 9

2 ontrol Series Fiber Dry DMM 25.5 (M5 Attachment) 7 DMM φ5 DMM DMM DMM DMM E 5 2 E purge slits Dehumidification Performance urve (Example) 3 DMM Supply pressure:.7mpa(7kgf/cm 2 ) Air temperature: (M5 Attachment) 3 7 DMM 3 φ5 DMM 3 DMM 3 DMM 32 2 DMM 3 DMM 3 2E 5 purge slits ircuit Dehumidification Performance urve (Example) 3 Supply pressure:.7mpa(7kgf/cm 2 ) Air temperature:2 5 ircuit Purge flow rate (N /min) Purge flow rate (N /min) E ircuit ircuit

3 ontrol Series Fiber Dry DMM B 5 2 DMM DMM DMB DMB IN φ32 2 2φ.5 (Bracket attachment) Dehumidification Performance urve (Example) 5 2φ2 IN M5. purge Exhaust hole 2φ.2 φ Dehumidification Performance urve (Example) Supply pressure:.7mpa(7kgf/cm 2 ) Air temperature: Supply pressure:.7mpa(7kgf/cm 2 ) Air temperature:2 33 B OUT OUT Dehumidification Performance urve (Example) Supply pressure:.7mpa(7kgf/cm 2 ) Air temperature: DMB DMB DMB DMB B ircuit DMB 52 B DMM does not have purging flow rate adjusting function. Therefore select one from the three types in consultation with the graphs. 2 2 Processed flow rate (outlet flow rate) ode : N /min. 2:3 N /min. 3: N /min. Purge flow rate (N /min) Purge flow rate (N /min) Purge flow rate (N /min) DMM 3 DMM 2 DMM ircuit

4 ontrol Series Fiber Dry DMF OUT 52 2 DMF 2 DMF DMF 55 2φ E2 5 7 E E IN E 3 Dehumidification Performance urve (Example) 3 Supply pressure:.7mpa(7kgf/cm 2 ) Air temperature: Purge flow rate (N /min) 2 2 ircuit

5 Dry Unit Features The Dry Unit is a combination of Fiber Dry Filter, Micro Mist Filter and Regulator. The Dry Unit can be connected directly to the air source. The Dry Unit economizes space for installation. Dehumidification performance curve type Type (Under atmospheric pressure)( ) 3 Supply air pressure:.7mpa(7kgf/cm 2 ) Air temperature:2 Humidity:Saturated ircuit ircuit 3 ircuit Processed flow rate (Nl/min) 3 Type 3 Type Filter Purge Flow Rate urve Purge flow rate (Nl/min) 3 2 Micro Mist Filter Fiber Dry ircuit 3 ircuit 2 Regulator ircuit Supply air pressure(mpa) (Under atmospheric pressure)( ) 3 Supply air pressure:.7mpa(7kgf/cm 2 ) Air temperature:2 Humidity:Saturated 5 Designation (Example) ircuit ircuit 2 ircuit Processed flow rate (Nl/min) FMDR () 3 (2) Purge flow rate (Nl/min) 2 ircuit 3 ircuit 2 ircuit Supply air pressure(mpa) (3) L () ()Unit type Type Filter Micromist filter FD FDR FMD FMDR (2)Dry air flow rtate ode Flow rate Fiber dry Regulator SFM(Nl /min).sfm(3nl /min) (3)Supplyside quickfitting joint Not required ode : *When joint is not required series : Female thread Rc / *When joint is not required 3 series : Female thread Rc 3/ ()Outputside quick fitting joint Not required ode : *When joint is not required series : Female thread Rc / *When joint is not required 3 series : Female thread Rc 3/ L W output side on' ode Size φmm ode L Size φmm ode W Size φmm φmm L φmm W φmm φmm L φmm W φmm φmm L φmm W φmm 2 φ2mm L2 φ2mm W2 φ2mm φmm L φmm Handling Autodrain type MMF5, F3, MMF3 Drain is anfomaticly activated when specified amount of moisture is accumulated or pressure inside the ball falls under.2mpa (.2kgf/cm 2 ). Drain is manually done by turning drain screw counterclockwise, too. 2

6 ! Detailed Safety Instruction Before using the PISO device, be sure to read the "Safety Instructions", "ommon Safety Instructions for Products Listed in This Manual" on pages 23~2 and "ommon Safety Instructions for ontrollers" on page ! aution Be sure to adjust the pressure of the regulator in the increasing direction and lock it by pressing the lock button after adjustment. The auto drain exhausts air from the drain port until the supply pressure rises to.5mpa (2.psi). During this time, the air will not stop coming out even if the drain knob is operated. [ontact PISO for instructions if the time is too long before the supply pressure rises to.5mpa (2.psi). ] Operate the drain knob with your fingers. Use a nylon tube of ID mm to connect to the joint. Also make sure that the tube is not bent near the joint. The joint rotates freely, so that it is not nesessary to remove the tube when performing manual draining.

7 ontrol Series Dry Unit FMDR Filter, Micro Mist Filter, Fiber Dry, Regulator () 23 Rc/ Rc/ FMDR,5 5 FMD Filter, Micro Mist Filter, Fiber Dry (7) Rc/ Rc/ FMD,5 5 FDR Filter, Fiber Dry, Regulator 32 (92) 22 Rc/ 2φ 3 Rc/ FDR,5 3 2

8 ontrol Series Dry Unit FD Filter, Fiber Dry Rc/ Rc/ FD 55 7 FMDR 3 Filter, Micro Mist Filter, Fiber Dry, Regulator 7 (5) 359 Rc3/ Rc3/ FMDR 3 3, FMD 3 Filter, Micro Mist Filter, Fiber Dry (.5) Rc3/ Rc3/ FMD 3 2,

9 ontrol Series Dry Unit FDR 3 Filter, Fiber Dry, Regulator () 2 57 Rc3/ 2φ7 3 Rc3/ FDR 3,5 FD 3 Filter, Fiber Dry 2 Rc3/ Rc3/ FD 3 3 2

10 ontrol Series Fiber Dry & Dry Unit How to Determine Dehumidification Amount Saturated Vapor Table _ Example _ Determine the dehumidified amount when the compressed air of 2 temperature, % humidity and 7kgf/cm 2 pressure has been dehumidified to a dew point of under atmospferic pressure. Atmospheric Dew Point onversion Table [Fig ] Pressure dew point temperature ( ) Pressure (MPa) Atmospheric pressure Dew point under atmospheric pressure ( ) Dew PointVapor ontentrelative Humidity onversion Table Dew point ( ) Vapor content (g/m 3 ) Relative Humidity (%) Air temperature 2 Air temperature Air temperature Find the dew point under atmospheric pressure for a temperature of 2, humidity of % and pressure of 7kgf/cm 2. [See Fig.. ] Dew point under atmospheric pressure... Find the saturated vapor levels for and, respectively. [See Fig. 2. ] Saturated vapor at gf/m 3 Saturated vapor at....75gf/m 3 Hence =2.35 Dehumidified amount gf/m [Fig 2] (Saturated absolute humidity table) Temperature Vapor content ( ) (g/m 3 ) Temperature Vapor content ( ) (g/m 3 )