Blow Type Application Examples

Transcription

1 Blow Type pplication Examples Removal of static charges when taking out or storing wafers voids electrostatic discharging when taking wafers out of their cassettes, and prevents the stored wafers from being attracted to the transfer arm. Removal of static charges when conveying wafers Prevents dust from being attracted to the surface of wafers. Prevents the internal patterns from being damaged. Use -shaped bar nozzle Use blow type ionizer with straight bar nozzle. rm Removal of static charges on parts when carried by a parts feeder Static electricity is generated due to friction of parts while the parts feeder conveys them, and the parts stick to feeder s surface. Use the blow type ionizer to prevent parts from being sticked caused by static electricity. lso, simultaneous use with a fan type is effective against the static electricity removal. Removal of static charges on wafers Use blow type ionizers with shower nozzles that provides Ionized air flow with a wide angle to remove static charges on wafers. Use straight bar nozzle or shower nozzle. Removal of static charges and particles on CDs and DVDs Use -head types with bender nozzles to remove static charges and particles on CDs and DVDs from both sides. Removal of static charges on wrap film Use blow type Ionizers with U-shaped bar nozzles in confined space to remove static charges on both sides of the wrap film. Bender nozzle CDs and DVDs, etc. u

2 Removal of static charges on devices carried by pallets Use blow type Ionizers with straight bar nozzles to remove static charges on a wide carrying pallet. Removal of static charges in printing process Use -head type Ionizers with bender nozzles. Prevents faulty printing caused by static charges in ink jet printing process. Bender nozzle BOW TYPE Use straight bar nozzles at two places to remove static charges. Removal of static charges in bottles (Removal of dust) Use a spiral bar nozzle to remove static charges inside a bottle. Blows ionized air from the tip. Removal of static charges on electronic parts Very low generation of electrical noise No damage to a device caused by induction electric field by the discharging needle. Removal of static charges with pin point accuracy (It is possible to place the nozzle close to a device by using the tube.) Note: Select a tube in accordance with the degree of tube flexibility. Spirally blows ionized air from the side surface of the bar. Removal of static charges on glass substrate Use -head type Ionizers with two straight bar nozzles to remove static charges on FPD glass. Removal of static charges in pipes ( or less) By inserting the tube inside a pipe enables removal of static charges. i

3 Select the nozzle for your application Shower nozzle Flat nozzle Blows ionized air at or 9 angles Blows ionized air at 9 angle, suitable for removal of static charges over relatively wide area. 9 or 9 Use of two straight bar nozzles Straight bar nozzle Removal of static charges from both sides of film simultaneously. Removal of static charges over a wide area. types of bar nozzles are applicable for to mm ionized air coverage. -shaped bar nozzle U-shaped bar nozzle Space saving and suitable for locations where straight bar nozzles can't reach. types of -shaped bar nozzles are applicable for and mm ionized air coverage. Removal of static charges from both sides simultaneously up to mm wide film. Free-mounting -shaped bar nozzle Enables the bar rotation to change the direction of the ionized air flow outlet. It is applicable for and mm ionized air coverage. Combining various nozzle units with bender nozzles Combining various nozzle units with the flexible tube enables static charge removal for various applications. When using the bender shower nozzle unit or 9 Note: Nozzle units can be only attached to the nozzles with a bender nozzles (DTRY-NZR ND and DTRY-NZ ND) For installation of nozzle unit, see Rotate the bar in the desired direction. o

4 Specifications Blow Type and Compact Blow Type DTRY-EB DTRY-EB DTRY-E Item (Main Unit for -head Type) (Main Unit for -head Type) (Main Unit for -head Type) Power supply VDC % Consumption current m pprox. Output voltage kv pprox. (High frequency type) While power is supplied, power indicator ED (Green) turns on. When an abnormal discharge occurs, the abnormality indicator ED (Red) turns on. Power safety circuit The contact point output NO/NC is selectable when an abnormal discharge occurs. Note The contact point output NO/NC is selectable when an ( DVC m Max.) abnormal discharge occurs. Note ( DVC m Max.) Outer dimensions mm 9()(W)(H) (Main unit only) 9()(W)(H) (Main unit only) ()(W)7(H) (Main unit only) Mass g[oz.] 9 [.7] (Main unit only) [.] (Main unit only) [.] (Main unit only) Ion balance Note V Ozone generation amount ppm.7 or less (When measured at mm apart from the nozzle outlet with a standard nozzle and. MPa air at primary side.) Media Note ir (vapor- and oil-removed clean air) Supply air flow rate R/min(NR) pprox. (with DTRY-NZRNS nozzle and. MPa air at primary side, per head.) pprox. (with DTRY-NZNS nozzle and. MPa air at primary side) Operating air pressure range Operating ambient temperature ccessories Blow Type MPa[psi.] C[ F] Notes : For output of abnormality output contact point, see : The ion balance value of the DTRY-E is the value when the air flow rate is R/min(NR). : lways turn on the power supply with supplying air. Remarks : When using two or more Ionizers, mount them at least mm apart. Closer mounting may cause a detrimental effect or detrimental ion balance. : Ion balance is measured by in-house test standard. Consult us for details. Graphs of Static Charge Removing Characteristics (when using the standard nozzle) See for Graphs of Static Charge Removing Characteristics when using the other nozzles. DTRY-EB Static Charge Removing Characteristics obtained when the Standard Nozzle is used Nozzle DTRY-NZRNS.. [] (with DTRY-NZRNS nozzle).. [7] (with DTRY-NZRS nozzle).. [7] (with conductive urethane, Teflon or silicone tube).. [7] (with DTRY-NZRNDND nozzles).. [7] (with DTRY-NZRSW nozzle).. [7] (with DTRY-NZRSW nozzle).. [77].. [7] (with DTRY-NZRFT nozzle).. [7] (with DTRY-NZRSP nozzle).. [7] (with DTRY-NZRBB nozzles).. [7] (with DTRY-NZR nozzles).. [7] (with DTRY-NZRU nozzle).. [7] (with DTRY-NZRFMTFMT nozzles) [] indoor (avoid a place subject to dew condensation) pc. power and signal cable ( m), pc. ground wire ( m), and pc. contact point selector protection sticker Measured distance: mm Measured distance: mm Measured distance: mm Compact Blow Type DTRY-E Static Charge Removing Characteristics obtained when the Standard Nozzle is used Nozzle DTRY-NZNS pc. power and signal cable ( m), pc. bracket, and pc. contact point selector protection sticker Measured distance: mm Measured distance: mm Measured distance: mm BOW TYPE Item Controller Power supply Consumption current Outer dimensions Mass Media Max. flow rate Operating pressure adjusting range Proof pressure m mm R/min(NR) Filtering particle diameterm Filter capacity Filtering efficiency % Operating ambient temperature C[ F] ccessories g[oz.] MPa[psi.] MPa[psi.] MPa psi. DTRY-EC VDC % () (W) (H) (Main unit only) [9.] (Main unit only) ir (.7 MPa at primary-side pressure and. MPa at secondary-side pressure).. [7]. [] [] indoor (avoid a place subject to dew condensation) pc. connection cable between controller and Ionizer (. m) Note: Pay attention to the maximum flow rate and operating pressure adjusting range when using the controller. It may cause a shortage of the flow rate compared to the one obtained not using the controller. Remark: The Ionizer is a stand-alone unit. However, the use with the controller enables control of both power supply and air.!

5 Order code BOW TYPE Main Unit -head type DTRY-EB -head type DTRY-EB Caution The main unit cannot be operated alone. lways use it with a nozzle. Caution The discharging needles are covered with cover caps for protection. Remove the cap before installing the nozzle. Nozzles for Blow Type Standard nozzle DTRY-NZRNS Bender nozzles DTRY-NZRND ( mm) DTRY-NZRND ( mm) DTRY-NZRND ( mm) DTRY-NZRND ( mm) DTRY-NZRND ( mm) Flat nozzle DTRY-NZRFT Straight bar nozzles DTRY-NZRB (Nominal size: mm) DTRY-NZRB (Nominal size: mm) DTRY-NZRB (Nominal size: mm) DTRY-NZRB (Nominal size: mm) DTRY-NZRB (Nominal size: mm) Free-mounting -shaped bar nozzles DTRY-NZRFMT (Nominal size: mm) DTRY-NZRFMT (Nominal size: mm) U-shaped bar nozzle DTRY-NZRU Stainless steel pipe nozzle ( mm) DTRY-NZRS Shower nozzles DTRY-NZRSW ( type) DTRY-NZRSW (9 type) -shaped bar nozzles DTRY-NZR(Nominal size: mm) DTRY-NZR(Nominal size: mm) Spiral bar nozzle DTRY-NZRSP Option Bracket (For straight bar nozzle) DTRY-EQ Caution: Dedicated for the blow type Common Options for Blow Type and Compact Blow Type Bender shower nozzle units DTRY-DN-SW ( type) DTRY-DN-SW9 (9 type) Conductive urethane tube ( mm) DTRY-DN-U Silicone tube ( mm) DTRY-DN-S! Bender flat nozzle unit DTRY-DN-FT Bender bar nozzle units DTRY-DN-B (Nominal size: mm) DTRY-DN-B (Nominal size: mm) Teflon tube ( mm) DTRY-DN-F Outer diameter: Inner diameter: Outer diameter: 7 Inner diameter: Outer diameter: 7 Inner diameter: Note : The tube is a consumable item; periodic replacement is required. Note : The DTRY-DN-S and DTRY-DN-F cannot be used for the earlier type standard nozzles DTRY-NZRS and DTRY-NZS. Remarks : Use Teflon tube for endurance-oriented, and silicon tube for flexibility-oriented. Remarks : m or m roll of conductive urethane tubes is available. Order code: U-B ( m) Order code: U-B- ( m)

6 COMPCT BOW TYPE Main Unit -head type DTRY-E BOW TYPE Caution The main unit cannot be operated alone. lways use it with a nozzle. Caution The discharging needle is covered with the cover cap for protection. Remove the cap before installing the nozzle. Nozzles for Compact Blow Type Standard nozzle DTRY-NZNS Bender nozzles DTRY-NZND ( mm) DTRY-NZND ( mm) DTRY-NZND ( mm) DTRY-NZND ( mm) DTRY-NZND ( mm) Flat nozzle DTRY-NZFT Straight bar nozzles DTRY-NZB (Nominal size: mm) DTRY-NZB (Nominal size: mm) DTRY-NZB (Nominal size: mm) DTRY-NZB (Nominal size: mm) DTRY-NZB (Nominal size: mm) Free-mounting -shaped bar nozzles DTRY-NZFMT (Nominal size: mm) DTRY-NZFMT (Nominal size: mm) U-shaped bar nozzle DTRY-NZU Stainless steel pipe nozzle ( mm) DTRY-NZS Shower nozzles DTRY-NZSW ( type) DTRY-NZSW (9 type) -shaped bar nozzle DTRY-NZ(Nominal size: mm) Spiral bar nozzle DTRY-NZSP Caution Dedicated use for DTRY-E. These nozzles cannot be used for DTRY-CE. Conductive urethane tube holder DTRY-NZR For application examples, refer to page i Caution: Dedicated use for conductive urethane tube C adapter DTRY-EC Rating Input : VC to VC / Hz,. Output: VDC, 7m Controller DTRY-EC Tungsten discharging needle for replacement (supplied by a set of needles) DTRY-EB Caution Dedicated for DTRY-E, DTRY-EB &. Dedicated tool for replacing the discharging needle Note: Bit alone is available. DTRY-EB Shape of the bit inserting section!

7 BOW TYPE Dimensions (mm) BOW TYPE Main Unit -head type DTRY-EB Power and signal cable (ccessory) Input power: + VDC Connector pin location and lead wire colors: # # # [White] & # [Black]: Contact point output # [Red] : Input power + VDC # [Green] : Groundpower # Ground terminal (Knurled nut ) Power and signal cablevctf-. mm wires JIS-C. Power and signal connector molex 7-R # Viewed from - Pin location of molex 7-R (female) Throttle valve With quick fitting Main Circuit Ground terminal (Green): V (Red): + VDC (Black): RM (White): RM Power VDC VDC OD VDC m MX INSIDE CIRCUIT OUTSIDE CIRCUIT Circuit Notes : ON/OFF of the power to the Ionizer should be done at the input side (+ VDC side). : Ground for power and ground terminal are connected inside. : For output of abnormality output contact point, see -. (Mounting hole) For power and signal connection 9. Connector (male) molex 9- NO/NC selector switch Discharging needle. NC NO RM 9 Power indicator ED (Green) bnormality indicator ED (Red) -head type DTRY-EB Power and signal cable (ccessory) Input power: + VDC Connector pin location and lead wire colors: # # # [White] & # [Black]: Contact point output # [Red] : Input power + VDC # [Green] : Groundpower # # Viewed from - Pin location of molex 7-R (female) Throttle valve With quick fitting Main Circuit INSIDE CIRCUIT Ground terminal (Green): V (Red): + VDC (Black): RM (White): RM OUTSIDE CIRCUIT Power VDC VDC OD VDC m MX Circuit Notes : ON/OFF of the power to the Ionizer should be done at the input side (+ VDC side). : Ground for power and ground terminal are connected inside. : For output of abnormality output contact point, see Ground terminal (Knurled nut ) -. (Mounting hole) Power and signal cablevctf-. mm wires JIS-C. Power and signal connector (molex 7-R) For power and signal connection.. Connector (male) (molex 9-) 9 NO/NC selector switch Discharging needle 7. NC NO RM 9! Power indicator ED (Green) bnormality indicator ED (Red)

8 BOW TYPE Nozzles Standard nozzle DTRY-NZRNS (M).7 Note. Stainless steel pipe nozzle DTRY-NZRS (M) Width across flats Width across flats BOW TYPE 7 () Note: The standard nozzle DTRY-NZRNS has a groove in the hexagonal section, to be distinguished from DTRY-NZRS (earlier model). 7 (7.) 7. (.) () Shower nozzle ( type) DTRY-NZRSW Shower nozzle (9 type) DTRY-NZRSW (M) (M) 7 7 () (.) 7- () 7- Flat nozzle DTRY-NZRFT (M) Width across flats Width across flats (nut) - 7 (.) 7 (.) (9) (.) (9.) Straight bar nozzle DTRY-NZRB Bracket for straight bar nozzle DTRY-EQ Width across flats Width across flats (nut) (M) Pitch N-. (.) () 7 () B C N DTRY-NZRB DTRY-NZRB DTRY-NZRB DTRY-NZRB DTRY-NZRB Supports the tip of straight bar nozzle M., ength Setscrew 7., Depth 7 M.7, ength Hexagon socket bolt ( pcs. supplied) Remark: oosen the nut to adjust the direction of the Ionized air flow outlet. Note: Do not contact the nozzle with a grounded conductive object. The abnormality indicator ED may turn on.!

9 BOW TYPE Nozzles Spiral bar nozzle DTRY-NZRSP (M) Width across flats Width across flats (nut) () (.) -. () (9.7) U-shaped bar nozzle DTRY-NZRU -shaped bar nozzle DTRY-NZR () 7. Pitch Pitch -. Width across flats (M) 7 Section - viewed from C Width across flats (nut) (9) 7 R N-. 7. Width across flats (nut) 7. (.) () B C R 7 7 (.) (M) Width across flats Pitch -. DTRY-NZR DTRY-NZR N Section - viewed from B Free-mounting -shaped bar nozzle DTRY-NZRFMT N-. (7.7) (.7) Pitch 7 R Width across flats (nut) Width across flats Width across flats (nut) Width across flats 7 (.) (M) DTRY-NZRFMT DTRY-NZRFMT N Remark: oosen the nut to adjust the direction of the Ionized air flow outlet. Note: Do not contact the nozzle with a grounded conductive object. The abnormality indicator ED may turn on.!

10 BOW TYPE Nozzles Bender nozzle DTRY-NZRND (M) BOW TYPE 7 () DTRY-NZRND DTRY-NZRND DTRY-NZRND DTRY-NZRND DTRY-NZRND Optional nozzle units for bender nozzles. (use the unit at the tip of a flexible tube for changing a nozzle) Bender shower nozzle unit ( type) DTRY-DN-SW Bender shower nozzle unit (9 type) DTRY-DN-SW Bender flat nozzle unit DTRY-DN-FT (9.).. ock nut - Bender bar nozzle unit DTRY-DN-B (.) (B) Pitch Width across flats Width across flats (nut) 7. N-. DTRY-DN-B DTRY-DN-B B N Remark: oosen the nut to adjust the direction of the Ionized air flow outlet. Note: Do not contact the nozzle with a grounded conductive object. The abnormality indicator ED may turn on.!

11 COMPCT BOW TYPE Dimensions (mm) COMPCT BOW TYPE Main Unit -head type DTRY-E Throttle valve with quick-fitting.. Power and signal cable (ccessory) Input power: + VDC Connector pin location and lead wire colors: # # # [White] & # [Black]: Contact point output # [Red] : Input power + VDC # [Green] : Groundpower # # Main Circuit Ground terminal (Green): V (Red): + VDC (Black): RM (White): RM Power VDC Viewed from - Pin location of molex 7-R (female) INSIDE CIRCUIT OUTSIDE CIRCUIT Circuit Notes : ON/OFF of the power to the Ionizer should be done at the input side (+ VDC side). : Ground for power and ground terminal are connected inside. : For output of abnormality output contact point, see (MX.7.) Discharging needle (MIN..) NO/NC selector switch (.) VDC OD VDC m MX NC NO RM. 7. For power and signal connection () () Connector (male) molex 9- Power and signal cable : VCTF-. mm wires JIS-C. Power and signal connector (molex 7-R) Power indicator ED (Green) 77 bnormality indicator ED (Red) 7 -. Mounting hole M., Depth 7 (Ground terminal) Dual use as a tapped hole for mounting the main unit 7 M., Depth 7 Tapped hole for mounting the main unit Bracket (accessory) (Ground) note. COMPCT BOW TYPE Nozzles Standard nozzle DTRY-NZNS Note: Use a mounting hole on the bracket for grounding. (M) Note.7. 9 (7.). Note: The standard nozzle DTRY-NZNS has a groove in the hexagonal section, to be distinguished from DTRY-NZS (earlier model). Shower nozzle ( type) DTRY-NZSW Shower nozzle (9 type) DTRY-NZSW (M) (M). (9.) 7-. (.) 7-!7

12 COMPCT BOW TYPE Nozzles Flat nozzle (M) Width across flats (.) DTRY-NZFT Width across flats (nut) () (9.). 77 (.) - BOW TYPE Stainless steel pipe nozzle DTRY-NZS Width across flats Width across flats (M) (.).. () () Straight bar nozzle DTRY-NZB Width across flats Width across flats (nut) Pitch 7. (M) N-. (.) (B). C () DTRY-NZB DTRY-NZB DTRY-NZB DTRY-NZB DTRY-NZB B C N Spiral bar nozzle DTRY-NZSP (M) Width across flats Width across flats (nut) () (.) (9.7). (.). Remark: oosen the nut to adjust the direction of the Ionized air flow outlet. Note: Do not contact the nozzle with a grounded conductive object. The abnormality indicator ED may turn on.!

13 COMPCT BOW TYPE Nozzles U-shaped bar nozzle DTRY-NZU -shaped bar nozzle DTRY-NZ -. (9.). Width across flats Pitch Pitch (M) (.) -. Width across flats (nut) R () () 7 R Width across flats (nut) Width across flats (.) (M) Free-mounting -shaped bar nozzle DTRY-NZFMT N-. (7.7) (.7) Pitch 7 R Width across flats (nut) Width across flats Width across flats (nut) Width across flats. (.) (M) DTRY-NZFMT DTRY-NZFMT N Bender nozzle DTRY-NZND (). () DTRY-NZND DTRY-NZND DTRY-NZND DTRY-NZND DTRY-NZND..... Remark: oosen the nut to adjust the direction of the Ionized air flow outlet. Note: Do not contact the nozzle with a grounded conductive object. The abnormality indicator ED may turn on.!9

14 COMPCT BOW TYPE Optional nozzle units for bender nozzle (use the unit at the tip of a flexible tube for changing a nozzle) Bender shower nozzle unit ( type) DTRY-DN-SW Bender shower nozzle unit (9 type) DTRY-DN-SW9 BOW TYPE 7-7- Bender flat nozzle unit DTRY-DN-FT (9.).. ock nut - Bender bar nozzle unit DTRY-DN-B (.) (B) Pitch Width across flats Width across flats (nut) 7. N-. DTRY-DN-B DTRY-DN-B B N Remark: oosen the nut to adjust the direction of the Ionized air flow outlet. Note: Do not contact the nozzle with a grounded conductive object. The abnormality indicator ED may turn

15 Dimensions of Common Options for BOW TYPE and COMPCT BOW TYPE (mm) TUBES Conductive urethane tube DTRY-DN-U Conductive urethane tube Conductive urethane tube holder DTRY-NZR -. (7) M., two mm length screws ( pieces included in the main unit) Teflon tube DTRY-DN-F Teflon tube 7 Note: The DTRY-DN-F cannot be used for the earlier standard nozzles DTRY- NZRS and DTRY-NZS. Silicone tube DTRY-DN-S Silicone tube 7 Note: The DTRY-DN-S cannot be used for the earlier standard nozzles DTRY- NZRS and DTRY-NZS. (.) 9 (.) () () Viewed from Tube-securing screw (.) Note: The tube holder is the dedicated model for the conductive urethane tube DTRY-DN-U. It cannot be used with the Teflon tube DTRY-DN-F and the silicone tube

16 CONTROER DTRY-EC PF (In-line filter) ( For Blow Type and Compact Blow Type ) -. 9 () () External signal Pneumatic Circuit Diagram POWER ON OUT BOW TYPE (IN port) (99) 9 () () OV V q w r e q w GND r e w q GND rpowerr e e w q Electric Circuit Diagram w q IONIZER 7 (OUT port) Connector for external signal Note (molex 9-P) Connector for power supply Note (molex 9-P) Connector for Ionizer Note (molex MR) Notes:. The Controller is for the Blow Type Ionizer.. Provide VDC power with m or larger. For an C adapter, use the DTRY-EC.. The cable used to connect the controller and the Ionizer is included in the product.. For a power supply cable, use the power and signal cable in the Ionizer accessories.. Separately purchase a cable for external signals.. Ground the controller power supply and the Ionizer

17 Graphs of Static charge Removing Characteristics (Blow Type) The following graphs show static charge removing characteristics obtained when using the blow type Ionizer, DTRY-EB (-head type) with typical nozzles. Using the proper item to the proper place enables static charge removal with superior ion balance. Notes : The static charge removing characteristics are measured by in-house test standard using the charged plate monitor of pf, mm. Notse : The static charge removal time means decaying time from ± V to ± V. Photo shows a full-size For the graph of static charge removing characteristics obtained when using the standard nozzle DTRY-NZRNS, see page! Bender Nozzle ength and Static Charge Removing Characteristics Nozzle: DTRY-NZRND Conductive Urethane Tube ength and Static Charge Removing Characteristics When mounting the conductive urethane tube DTRY-DN-U to the nozzle DTRY-NZRNS Tube length: mm Tube length: mm Tube length: mm Tube length: mm Tube length: mm Teflon Tube ength and Static Charge Removing Characteristics When mounting the Teflon tube DTRY-DN-F to the nozzle DTRY-NZRNS Silicone Tube ength and Static Charge Removing Characteristics When mounting the silicone tube DTRY-DN-S to the nozzle DTRY-NZRNS Tube length: mm Tube length: mm Tube length: mm Tube length: mm Tube length: mm Tube length: mm Tube length: mm Tube length: mm Tube length: mm Tube length: MPa psi.

18 Graphs of Static charge Removing Characteristics Static Charge Removing Characteristics obtained when the Nozzle with Stainless Steel Pipe is used Static Charge Removing Characteristics obtained when Shower Nozzle ( type) is used Nozzle : DTRY-NZRS Nozzle : DTRY-NZRSW Measured distance: mm Measured distance: mm Measured distance: mm Measured distance: mm Measured distance: mm Measured distance: mm BOW TYPE... Static Charge Removing Characteristics obtained when Shower Nozzle (9 type) is used..... Static Charge Removing Characteristics obtained when the Flat Nozzle is used Nozzle : DTRY-NZRSW Nozzle : DTRY-NZRFT Measured distance: mm Measured distance: mm Measured distance: mm Measured distance: mm Measured distance: mm Measured distance: mm..... Static Charge Removing Characteristics obtained when the Spiral Bar Nozzle is used Nozzle : DTRY-NZRSP..... Static Charge Removing Characteristics obtained when the Straight Bar Nozzle ( mm) is used Nozzle : DTRY-NZRB Measured distance: mm Measured distance: mm Measured distance: mm Measured distance: mm Measured distance: mm..... Static Charge Removimg Characteristics obtained when the Straight Bar Nozzle ( mm) is used..... Static Charge Removing Characteristics obtained when the Straight Bar Nozzle ( mm) is used Nozzle : DTRY-NZRB Nozzle : DTRY-NZRB Measured distance: mm Measured distance: mm Measured distance: mm Measured distance: mm Measured distance: mm Measured distance: mm..... Static Charge Removing Characteristics obtained when the Straight Bar Nozzle ( mm) is used..... Static Charge Removing Characteristics obtained when the Straight Bar Nozzle ( mm) is used Nozzle : DTRY-NZRB Nozzle : DTRY-NZRB Measured distance: mm Measured distance: mm Measured distance: mm Measured distance: mm Measured distance: mm Measured distance: mm MPa

19 Graphs of Static charge Removing Characteristics Static Charge Removing Characteristics obtained when the -shaped Bar Nozzle ( mm) is used Static Charge Removing Characteristics obtained when the -shaped Bar Nozzle ( mm) is used Nozzle : DTRY-NZR Nozzle : DTRY-NZR Measured distance: mm Measured distance: mm Measured distance: mm Measured distance: mm Measured distance: mm Measured distance: mm Static Charge Removing Characteristics obtained when the Free-mounting -shaped bar nozzle ( mm) is used Nozzle : DTRY-NZRFMT Static Charge Removing Characteristics obtained when the Free-mounting -shaped bar nozzle ( mm) is used Nozzle : DTRY-NZRFMT Measured distance: mm Measured distance: mm Measured distance: mm Measured distance: mm Measured distance: mm Measured distance: mm..... Static Charge Removing Characteristics obtained when the U-shaped Bar Nozzle is used Nozzle : DTRY-NZRU Measured distance: mm..... Bender Nozzle ength and Static Charge Removing Characteristics (Shower Nozzle Type) When mounting the nozzle unit DTRY-DN-SW to the nozzle DTRY-NZRND..... Bender Nozzle ength and Static Charge Removing Characteristics (Shower Nozzle 9Type) When mounting the nozzle unit DTRY-DN-SW9 to the nozzle DTRY-NZRND Bender Nozzle ength and Static Charge Removing Characteristics (Flat Nozzle) When mounting the nozzle unit DTRY-DN-FT to the nozzle DTRY-NZRND... Bender Nozzle ength and Static Charge Removing Characteristics (Straight Bar Nozzle mm) When mounting the nozzle unit DTRY-DN-B to the nozzle DTRY-NZRND Bender Nozzle ength and Static Charge Removing Characteristics (Straight Bar Nozzle mm) When mounting the nozzle unit DTRY-DN-B to the nozzle MPa psi. Note: The static charge removing characteristics are measured by in-house test standard.