Compact Vacuum Unit. 46 g Single unit weight. New RoHS. 17% reduced 21% Ejector/Vacuum Pump System. 10 mm mm mm.

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1 Compact acuum Unit Ejector/acuum Pump System New RoHS Quick response Compact/ Lightweight Response time of the : ms acuum response time: 8 ms (Shortened by %; Comparison with other SMC products) Conditions: Nozzle size ø., when the pressure reaches kpa, vacuum piping size ø4/ø. x mm acuum breaking time: 4 ms Conditions: Needle flow rate set to L/min, when the pressure reaches atmospheric pressure, with supply pressure. MPa, vacuum piping size ø4/ø. x mm 4 g Single unit weight Energysaving acuum pressure [kpa] ir consumption: 7% reduced acuum pressure reached: Compared with existing model acuum pressure reached: % increased ir consumption: 7% reduced % increased % Existing model Z ir consumption at the peak vacuum pressure L/min L/min Nozzle size ø pressure [MPa] ir consumption [L/min (NR)] ll-in-one, release, vacuum break flow adjustment needle, suction filter, and silencer acuum break flow adjustment needle mm With vacuum pressure switch Suction filter Nominal filtration rating: µm 78. mm Silencer (uilt-in) 8.4 mm Can copy to up to switches simultaneously. The settings of the master sensor (source of copy) can be copied to the slave sensors. Reduction in setting work Prevention of mistakes in setting Master sensor (source of copy) Copy Series Z Slave side unit units units CT.ES-9

2 Series Z Unit with release pressure supply port can be selected. ir pressure and release pressure can be adjusted separately. pressure can be adjusted to suit the workpiece. Port open to atmosphere ir pressure SUP port () pressure SUP port () pressure SUP port ir/acuum pressure SUP port response time is shortened by % by the port open to atmosphere. Having the R port of the supply open to atmosphere allows instant vacuum break with the pump system and controls excessive increase of the release pressure. acuum () port pressure tmospheric pressure 9 kpa Existing model (Without port open to atmosphere) 4 Z (With port open to atmosphere) Reduces the release response time by %. Time [ms] Controls excessive increase of the release pressure. Conditions: Needle flow rate set to L/min, with supply pressure. MPa, vacuum piping size ø4/ø. x mm Prevents incorrect vacuum break (exhaust interference). Installing individual exhaust ports prevents incorrect vacuum break due to exhaust interference when used as a manifold. Individual exhaust port specification for which piping can be connected is also available. D side Stations Pressure sensor Pressure sensor n U side EXH EXH Exhaust port Features Individual exhaust port

3 Easy maintenance Simple installation and removal without the use of screws Replacement of filter element Replacement of sound absorbing material Silencer cover Sound absorbing material Fine adjustment of the vacuum break It can be adjusted from to 4. L/min (NR). With the supply pressure. MPa flow [L/min (NR)] 4 Existing model Z Needle opening [rotations] Filter element Filter case acuum port Unit either with pressure sensor or vacuum pressure switch can be selected. pplicable to the latching type Latching type can be selected for the supply. (Nozzle sizes: ø. and ø.4 only) Reduces power consumption by reducing energization time when generating vacuum, and prevents workpieces being dropped if there is an instantaneous power cut due to lightning etc. (when the air supply is not stopped). With pressure sensor Construction which reduces discharge of dust with the vacuum break air This product has a construction with the vacuum pressure path and release pressure path separated, which reduces the amount of dust collected by the suction filter discharged to the atmosphere. pplication Example Z With vacuum pressure switch Filter case Exhaust Suction filter port acuum acuum break air acuum Single unit ariations Manifold Model acuum pump system Ejector Z Z Z4 Z Z Nozzle size ø. ø.4 ø. ø. Pressure sensor Large flow (N.C.) Latching N.C. acuum pressure switch Manifold stations to stations Features

4 Compact acuum Unit Series Z RoHS How to Order Single Unit acuum Pump System Ejector Z K L P C4 Z 4 K L P C4 Nominal Nozzle Size Nominal pplicable supply and standard supply pressure Symbol nozzle Large flow size (N.C.) Latching Note ) 4 ø. ø.4 ø. ø. (. MPa) (. MPa) (. MPa) (. MPa) (.4 MPa) (.4 MPa) Note ) acuum pump system only ody Type Symbol ody specification Single unit Port specification Note ),, common port ( = ) L Rated oltage 4 DC DC alve/ alve Electrical Entry Note 4) L-type plug connector With lead wire K J Q Q Exhaust Type For vacuum pump system (Without silencer) Silencer exhaust (Individual exhaust) Port exhaust (Individual exhaust) Without exhaust port Normally closed Normally closed Latching (Positive common) Latching (Positive common) Exhaust direction Exhaust port Symbol Normally closed None Normally closed None Single unit For manifold Combination of alve and alve Note ), individual port ( ) No distinction Note ) Names of the ports and functions are as follows. : ir pressure SUP port (Ejector) acuum pressure SUP port (acuum pump system) : pressure SUP port (For the unit with port, select the model with a release for.) Specify the port specification of the body for manifold with the manifold model number. acuum break by port open to atmosphere Note ) Refer to Table on page 9 for the part number of supply and release of each specification. Latching type is applicable only to the ejector nozzle sizes ø. and ø.4 pplicable body type Ejector Pump system = = LO M MO Nil L-type plug connector Without connector M-type plug connector With lead wire Note ) M-type plug connector Without connector Note ) Note 4) ll with light and surge suppressor. Lead wire length is mm for the models with lead wire. For other lead wire length, select a model without connector and include the connector assembly part number in Table on page 9. Note ) M- and MO-type connectors cannot be selected for models with pressure sensor or pressure switch for vacuum. Manual Override Note ) Non-locking push type Locking type (Tool required) Semi-standard Note ) Latching type (supply ) has the pushlocking type only, but either the push type or the locking type can be selected for the release.

5 Compact acuum Unit Series Z Pressure Sensor/acuum Pressure Switch Specifications Symbol Type Pressure range [kpa] Specifications Nil P P E EM EP E EM EP F FM FP F FM FP Without pressure sensor/vacuum pressure switch Pressure sensor acuum pressure switch to to to to Output: to, accuracy: ±% F.S. or less Note 7) Output: to, accuracy: ±% F.S. or less Note 7) NPN outputs PNP outputs NPN outputs PNP outputs Note 7) Only the lead wire length m is available for the pressure sensor. Note 8) The unit switching function is not available in Japan due to a new measurement law. Note 9) Fixed unit: kpa With unit switching function Note 8) SI unit only Note 9) With unit switching function [Initial value psi] Note 8) With unit switching function Note 8) SI unit only Note 9) With unit switching function [Initial value psi] Note 8) With unit switching function Note 8) SI unit only Note 9) With unit switching function [Initial value psi] Note 8) With unit switching function Note 8) SI unit only Note 9) With unit switching function [Initial value psi] Note 8) P : Pressure sensor E /F : acuum pressure switch Nil G C C4 N N L L4 LN LN Lead Wire with Connector for acuum Pressure Switch Without lead wire with connector (No need to specify for pressure sensor type. ) Lead wire with connector and connector cover, Lead wire length m acuum () Port Note ) Straight one-to uch fitting Straight ø4 one-touch fitting Straight ø/8" one-touch fitting Straight ø/" one-touch fitting Elbow ø one-touch fitting Elbow ø4 one-touch fitting Elbow ø/8" one-touch fitting Elbow ø/" one-touch fitting Metric size Inch size Metric size Inch size Note ) With suction filter Note ) With suction filter Note ) The filter included in this product is of an simple type, and will become clogged quickly in environments with high quantities of dust or particulates. Please make additional use of an air suction filter of the ZF, ZF or ZFC series. Note ) e sure to hold the filter case when connecting and disconnecting the tube for the elbow type. Warning The filter case of this suction filter is made of nylon. Contact with alcohol or similar chemicals may cause it to be damaged. lso, do not use the filter when these chemicals are present in the atmosphere. Option Nil K Note ) With bracket for single unit (Enclosed with the product for shipment without being assembled) Screwdriver handling type vacuum break flow rate adjustment needle Note ) Without option racket Note ) When multiple options are selected, state them in alphabetical order. Note ) Handle operated type is standard.

6 Series Z How to Order Manifold ZZ 8 S M Stations station stations stations Nil S Pressure Sensor/acuum Pressure Switch Mountable Note) Sensor/switch non-mountable base Sensor/switch mountable base Note) Select S when the model with either the pressure sensor or the vacuum pressure switch is selected in for the single unit. (Refer to Manifold on page 7.) N F M Common () Port Size Rc/8 NPT/8 G/8 Note) M x.8 Nil M Note) G thread Regarding thread ridge shape, it conforms to G thread standard (JIS ), but it doesn't conform to ISO and ISO79 for the other shape. Common Pressure () Port Size Note) Without port ( = ) M x.8 ( ) Note) Refer to on page for the combinations of supply and release selectable. C How to Order the Product Single unit Select the body type or referring to ody type on page. (Example shows body type.) Example) Z4 -KL-P-C4 Manifold Refer to How to Order Manifold and select the body type referring to ody type on page. Pre-fix to the part number for the single unit(s) to be mounted as a manifold. (Without, they will be shipped as a spare part and will not be mounted as a manifold.) The blanking plate assembly (Model: Z-P-) can be mounted at portions where the single unit is not mounted. When ordering the product to be assembled into the base, specify an asterisk ( ) indicating the assembly. (If an asterisk ( ) is not specified, the product is not assembled into the base and is shipped separately.) D side Example) ZZ8- Z -KL-C4 Z -KL-L4 Z-P- Stations Z -KL-C4 4 Z -KL-L4 4 (Stations to 4) (Stations to 7) (Stations 8) 7 lanking plate assembly Model: Z-P- 8 U side acuum () port acuum () port Common release pressure () port Common supply () port ( = ) Prepare a part to plug the unused port if the unit is used with an air supply on one side. Example) For M x.8: M-P () port Fitting size Rc/8 NPT/8 G/8 M x.8 from one side from both sides from one side from both sides Common supply () port ( ) Manifold Maximum Simultaneous Operating Stations Ejector model type Z Latching Z4 Latching Large flow (N.C.) Large flow (N.C.) Z Z Large flow (N.C.) Note) These values are obtained under the standard supply pressure. 8 Large flow (N.C.)

7 Compact acuum Unit Series Z Specifications General Specifications Operating temperature range Fluid ibration resistance Note ) Impact resistance Note ) alve/ alve Specifications Type /release model pplicable system Maximum operating pressure Minimum operating pressure Response time Rated coil voltage Power consumption (Current) Model type 4 DC DC Nozzle size (mm) pressure range Note ) (MPa) Standard supply pressure (MPa) ir consumption (L/min (NR)) Maximum suction flow (L/min (NR)) Maximum vacuum pressure (kpa) alve/ alve Common Specifications alve construction -port direct operated poppet Lubrication Not required Manual override Note) Non-locking push type, Locking type (Tool required) Enclosure Dustproof Rated coil voltage 4, llowable voltage range Rated voltage ±% Note) Push-locking type only for the latching type Large flow type (N.C.) Latching type Standard Z-QU- Z-QU- Z-QL- Z-Q- Ejector (N.C.) Pump system (N.C.) Ejector Note ) Ejector (N.C.) Pump system (N.C.). MPa. MPa ms or less.7 W (9 m) Note ).7 W (8 m) Note ). MPa. MPa ms or less.7 W (9 m) Note ).7 W (8 m) Note ). MPa. MPa ms or less W (4 m) W (8 m) L-type plug connector (With light/surge voltage suppressor) Electrical entry M-type plug connector (With light/surge voltage suppressor) Note ) Note ) Latching type is applicable only to the ejector nozzle sizes ø. and ø.4 Note ) Inrush:. W ( ms after energized); Holding:.7 W Note ) M-type can also be selected when the ejector or the pump system is selected without pressure sensor/vacuum pressure switch. Ejector Specifications Note ) Z Large flow Latching (N.C.) MPa MPa ON:. ms OFF: ms W (4 m) W (8 m) Suction Filter Specifications Nominal filtration rating Filtration area Note ) These values are representative values, and may vary depending on the atmospheric pressure (weather, height above sea level, etc.). Note ) The maximum operating pressure is. MPa when using the product either with pressure sensor or vacuum pressure switch. Weight to C (No condensation) ir, Inert gas m/s Without sensor/switch With sensor m/s (With switch) m/s Without sensor/switch With sensor m/s (With switch) Note ) to Hz for hours in each direction of X, Y and Z (During de-energizing) Note ) times in each direction of X, Y and Z (During de-energizing) Z4 Large flow Latching (N.C.).4. to Z Large flow (N.C.).. 4. Z Large flow (N.C.).. to µm mm Refer to acuum Equipment Model Selection from pages 8 to 84 in est Pneumatics No. 4 for the ejector model selection. Single Unit Single unit model Z / -K (Single unit, without sensor) Z -K (One station for manifold, without sensor) Pressure Sensor/acuum Pressure Switch Pressure sensor/vacuum pressure switch model Z-PS - (Except pressure sensor, cable portion) Z-ZS - (Except vacuum pressure switch, lead wire assembly with connector) Manifold ase Weight (g) sta. sta. sta. 8 4 sta. 4 sta. 4 sta sta. 8 sta. 9 sta. sta. 7 Weight (g) 4 4 Weight (g) sta sta. 8 Calculation of weight for the manifold type (Single unit weight x Number of stations) + (Pressure sensor/ vacuum pressure switch weight x Number of stations) + Manifold base Example) -station manifold with pressure sensors 4 g x pcs. + g x pcs. + 4 g = g 4 a

8 Series Z Ejector Exhaust Characteristics/Flow-rate Characteristics Nozzle Size ø. alve, Large Flow Type (N.C.)/Z - K J Exhaust Characteristics Flow-rate Characteristics ( pressure:. MPa) acuum pressure [kpa] acuum pressure 8 ir consumption 4 4 Suction flow Suction flow [L/min (NR)] ir consumption [L/min (NR)] acuum pressure [kpa] pressure [MPa] Suction flow [L/min (NR)] Nozzle Size ø.4 alve, Large Flow Type (N.C.)/Z4 - Exhaust Characteristics Flow-rate Characteristics ( pressure:. MPa) K J acuum pressure [kpa] acuum pressure ir consumption 9 4 Suction flow Suction flow [L/min (NR)] ir consumption [L/min (NR)] acuum pressure [kpa] pressure [MPa] Suction flow [L/min (NR)] Nozzle Size ø. alve, Large Flow Type (N.C.)/Z - Exhaust Characteristics Flow-rate Characteristics ( pressure:. MPa) K J acuum pressure [kpa] acuum pressure ir consumption Suction flow Suction flow [L/min (NR)] ir consumption [L/min (NR)] acuum pressure [kpa] pressure [MPa] Suction flow [L/min (NR)] Nozzle Size ø. alve, Large Flow Type (N.C.)/Z - Exhaust Characteristics Flow-rate Characteristics ( pressure:. MPa) K J acuum pressure [kpa] acuum pressure ir consumption 4 Suction flow Suction flow [L/min (NR)] ir consumption [L/min (NR)] acuum pressure [kpa] pressure [MPa] Suction flow [L/min (NR)]

9 Compact acuum Unit Series Z Nozzle Size ø. alve, Latching Type/Z -Q Flow-rate Characteristics Exhaust Characteristics 9 acuum pressure ir consumption 4 Suction flow pressure [MPa] acuum pressure [kpa] acuum pressure [kpa] Suction flow [L/min (NR)] ir consumption [L/min (NR)] Nozzle Size ø.4 alve, Latching Type/Z4 -Q Suction flow [L/min (NR)] ir consumption [L/min (NR)] acuum pressure [kpa] acuum pressure [kpa] Suction flow [L/min (NR)] Exhaust Characteristics Flow-rate Characteristics ( pressure:. MPa) acuum pressure ir consumption Suction flow pressure [MPa] Suction flow [L/min (NR)] ( pressure:. MPa) acuum Pump System Flow-rate Characteristics/Z The graph shows the suction flow-rate characteristics of the vacuum pump system at different vacuum pressures. Flow-rate Characteristics (Ejector/Pump System) The graph shows the flow-rate characteristics with various supply pressures when the vacuum break flow adjustment needle is opened from the fully close state Suction flow [L/min (NR)] The actual suction flow at the point of suction varies depending on the vacuum pump s piping conditions. (For above graph, vacuum () port is ø4 x mm.) Flow-rate characteristics: Cv :. acuum pressure [kpa] How to Read Flow-rate Characteristics Graph. MPa 4.4 MPa. MPa 8. MPa 4. MPa 4 8 Needle opening [rotations] Note) The flow-rate characteristics shown in this graph are representative values, and the flow at the absorption part may vary depending on the piping conditions to the vacuum () port, etc. Flow-rate characteristics: Cv :. (Needle full open) flow [L/min (NR)] acuum pressure Pmax P Q Qmax Suction flow Flow-rate characteristics are expressed in ejector vacuum pressure and suction flow. If suction flow changes, the vacuum pressure will also be changed. Normally this relationship is expressed in ejector standard operating pressure use. In graph, Pmax is max. vacuum pressure and Qmax is maximum suction flow. The values are specified according to catalog use. Changes in vacuum pressure are expressed in the below order.. When ejector suction port is covered and made airtight, suction flow becomes zero and vacuum pressure is at maximum value (Pmax).. When suction port is opened gradually, air can flow through, (air leakage), suction flow increases, but vacuum pressure decreases. (condition P and Q). When suction port is opened further and fully opened, suction flow moves to maximum value (Qmax), but vacuum pressure is near zero (atmospheric pressure). s described above, the vacuum pressure changes when the suction flow changes. In other words, when there is no leakage from the vacuum () port, the vacuum pressure can reach its maximum, but as the amount of leakage increases, the vacuum pressure decreases. When the amount of leakage and the max. suction flow become equal, the vacuum pressure becomes almost zero. In the case when ventirative or leaky work should be adsorbed, please note that vacuum pressure will not rise. a

10 Series Z Pressure Sensor/acuum Pressure Switch Specifications Pressure sensor acuum pressure switch Pressure Sensor/Z-PS - (Refer to the PSE series in est Pneumatics No. and Operation Manual for details.) Model (Refer to the standard model number for the sensor unit on page 9.) Rated pressure range Proof pressure Output voltage Output impedance Power supply voltage Current consumption ccuracy Linearity Repeat accuracy Effect of power supply voltage Temperature characteristics Case Material Pressure sensing section Lead wire Z-PS- (PSE4) to kpa Z-PS- (PSE4) to kpa kpa to DC pprox. kω to 4 DC±%, Ripple (p-p) % or less m or less ±% F.S. (mbient temperature: C) ±.4% F.S. or less ±.% F.S. or less ±.8% F.S. or less ±% F.S. or less (mbient temperature: based on C) Resin Sensor pressure receiving area: Silicon, O-ring: HNR Oil-resistant vinyl cabtire cable.7 x. mm (elliptic), Cross section:. mm, cores, m, Insulator O.D.:.9 mm acuum Pressure Switch/Z-ZS - (Refer to the individual catalog ZSE/ISE series and Operation Manual for details.) Model (Refer to the standard model number for the switch unit on page 9.) Rated pressure range Set pressure range/pressure display range Proof pressure Minimum unit setting Power supply voltage Current consumption Switch output Maximum load current Maximum applied voltage Residual voltage Response time Short circuit protection Repeat accuracy Hysteresis mode Hysteresis Window comparator mode Display Display accuracy Indicator light Enclosure Environmental Operating humidity range resistance Withstand voltage Insulation resistance Temperature characteristics Lead wire Z-ZSE - (ZSE) Z-ZSF - (ZSEF) to kpa to kpa to kpa to kpa kpa. kpa to 4 DC±%, Ripple (p-p) % or less (with power supply polarity protection) 4 m or less NPN or PNP open collector outputs (Select) 8 m 8 (with NPN output) or less (with load current of 8 m). ms or less (Response time selections with anti-chattering function:,,,, ms) Yes ±.% F.S. ± digit ariable ( or above) Note ) / digit, 7-segment LED, -color display (Red) ±% F.S. ± digit (mbient temperature of ± C) Lights up when output is turned ON. OUT: Green, OUT: Red IP4 Operating/Stored: to 8% RH (No condensation) C for minute between live parts and enclosure MΩ or more between live parts and enclosure (at DC mega) ±% F.S. (at C in an operating temperature range of and C) Oil-resistant vinyl cabtire cable Cross section:. mm (WG), cores, m, Insulator O.D.:. mm Note ) If the applied voltage fluctuates around the set value, the hysteresis must be set to a value more than the fluctuating width, otherwise chattering will occur. Note ) Refer to General Specifications on page 4 for the specifications not shown in the table. Description (acuum Pressure Switch) Internal Circuit and Wiring Example Output (OUT) display (Green) Output (OUT) display (Red) LED display button (UP) button (DOWN) button (SET) Lights up when OUT is turned ON. Lights up when OUT is turned ON. Displays the current pressure, set mode and error code. Selects the mode or increases the ON/OFF set-value. Use for switching to the peak display mode. Selects the mode or decreases the ON/OFF set-value. Use for switching to the bottom display mode. Use for changing the mode or setting the set-value. Pressure Sensor Z-PS - rown DC (+) Main circuit kω lack OUT + (nalog output) Load lue DC ( ) oltage output type: to Output impedance: pprox. kω DC to 4 DC Output (OUT) display (Green) Output (OUT) display (Red) button (SET) LED display button (UP) Lead wire with connector Connector terminal button (DOWN) acuum Pressure Switch Z-ZS - NPN ( outputs) rown DC (+) lack OUT Load rown DC (+) lack OUT Load DC White OUT + Load to White OUT + 4 DC FUNC FUNC Load lue DC ( ) lue DC ( ) Max. 8, 8 m Max. 8 m Residual voltage: or less Residual voltage: or less Main circuit Z-ZS - PNP ( outputs) Main circuit DC to 4 DC 7 The FUNC terminal is connected when using the copy function. (Refer to the Operation Manual.)

11 Compact acuum Unit Series Z Construction!4! u w q e i! r t y!! o! Single Unit/acuum Pressure Switch Manifold/Pressure Sensor Component Parts No. 4 Description alve body assembly Needle assembly ody Nozzle Diffuser Silencer cover Material Resin/HNR Resin/rass/NR Resin luminum luminum Resin Note White White acuum pump system: Spacer acuum pump system: None White Replacement Parts No. Description Model (Refer to page 9.) Note Z-QU- 7 Z-QL- Z-QU- Refer to Table on page 9 for applicable part number port assembly One-touch fitting Filter element Sound absorbing material Pressure sensor assembly acuum pressure switch assembly Manifold base assembly Z-Q- Z-PN- - KJ -C Z-FE- Z-SE- Z-PS - Z-ZS - ZZ - With fitting and filter element (page 9) (Case material: Special clear nylon) It is required when replacing the fitting only. Nominal filtration rating: μm, pcs. in set pcs. in set Refer to Manifold in How to Order the Product on page for change in the number of stations. How to Replace the Filter When adsorption performance decreases or when there is delay in response time due to clogging of the filter, stop the operation and replace the filter with a new one. ) Hold the -port assembly with your fingers, turn it 4 degrees in the counterclockwise direction and pull it out. For the straight type fitting, it can be removed with a hexagon wrench (width across flats: ) by inserting it until it touches the end and turning it 4 degrees in the counterclockwise direction. (When using a wrench, do not turn it more than 4 degrees by force as this will damage the hexagon hole which is made of resin.) ) Remove the filter element from the removed filter case, and mount a new filter element into the case. ) Confirm that the gasket at the -port assembly mounted part of the body is not displaced and that it has no foreign matter stuck to it. 4) Insert the tab of the -port assembly along the groove, and rotate it approx. 4 degrees in the clockwise direction while pressing it gently until it stops. (Mount the filter case in the direction specified in the figure. If it is mounted with the tab downwards, it will interfere with the floor when the unit is installed on the floor.) w e Groove q Gasket Filter element Filter case Tab acuum port 8

12 Series Z How to Order Replacement Parts u /i Table Combination of the supply and the release The applicable supply specification varies depending on the nozzle size of the ejector. The symbols in the table correspond to the supply s/release s stated on the right. Symbol K J Q Q o -port assembly Z PN C One-touch fitting C Straight ø one-touch fitting C4 Straight ø4 one-touch fitting N Straight ø/8" one-touch fitting N Straight ø/" one-touch fitting L Elbow ø one-touch fitting L4 Elbow ø4 one-touch fitting LN Elbow ø/8" one-touch fitting LN Elbow ø/" one-touch fitting Metric size Inch size Metric size Inch size! One-touch fitting (Purchasing order is available in units of pieces.) H L KJ ody type Straight Elbow H 4 C Port size 4! Filter element ( pcs. in set) Z FE ø one-touch fitting ø4 one-touch fitting ø/8" one-touch fitting ø/" one-touch fitting Nominal filtration rating using suction filter: μm Metric size Inch size ody type: Only for the combination of the elbow type body and the ø4 one-touch fitting, add the suffix -N to the part number. KJL4-C-N! Sound absorbing material ( pcs. in set) Z 9 /release specifications N.C. N.C. Latch Latch N.C. None N.C. None Table Connector assembly SE Ejector Pump system Z Z4 Z Z Z () (4) () (4) () (4) () (4) () (4) () () () () () () (4) () (4) () () Table /release accessories XT pplicable (), (), (4) 4 (N.C.) () (Latching) /release model Z-QU- Z-QU- Z-QL- Z-QU- Z-QU- Z-Q- Z-Q- Lead wire length (mm) Nil ccessories Mounting screw (M.7 x ) pcs. Mounting screw (M.7 x ) pcs. Mounting screw (M.7 x ) pcs. Mounting screw (M.7 x ) pcs. Mounting screw (M.7 x ) pcs. Mounting screw (M.7 x ) pcs. Mounting screw (M.7 x ) pcs. L LO M MO /release model QU QL QU Q Rated voltage 4 DC DC Connector entry direction Note ) L-type plug connector, with lead wire L-type plug connector, without connector M-type plug connector, with lead wire Note ) M-type plug connector, without connector Nil Note ) Note ) ll with light and surge voltage suppressor. Lead wire length is mm for the models with lead wire. For other lead wire length, select a model without connector and include the connector assembly part number. Note ) M-type plug connector is not available with the model with pressure sensor. Manual override Note ) Non-locking push type Locking type (Tool required), Semi-standard Note ) Only the push-locking type (no symbol) is available for the latching type. Note 4) Refer to Table for the accessories.! Pressure sensor assembly Z PS Pressure sensor specifications to kpa, output: to, accuracy: ±% F.S. or less to kpa, output: to, accuracy: ±% F.S. or less Lead wire length: m!4 acuum pressure switch assembly Z ZS M G Rated pressure range E. to. kpa F. to kpa Nil M P () Z () Z () Z (4) Z Output specifications NPN open collector outputs PNP open collector outputs Unit specifications With unit switching function Note ) SI unit only Note ) With unit switching function (Initial value psi) Note ) The unit switching function is not available in Japan due to a new measurement law. Note ) Fixed unit: kpa Mounting screw (M x ) pcs., O-ring pc. are included. If only the lead wire with connector is required, order using the following part number. Part number of the lead wire with connector: ZS-9-G Lead wire with connector Nil Without lead wire with connector With lead wire with connector G (Lead wire length: m) Note ) Mounting screw (M x ) pcs., O-ring pc. are included.

13 Compact acuum Unit Series Z Dimensions: Single Unit K L(O) Z -Q M(O) - Ejector/acuum pump system Silencer exhaust, With supply /release, Without sensor/switch 7 (: Lead wire length).8 Manual override 7. acuum break flow adjustment needle 4 Port type C C4 N N L L4 LN LN (mm) Exhaust port against the wall Ejector Z -K - EXH acuum pump system Z-K - Z -Q J L(O) M(O) Ejector Z -J - EXH acuum pump system Z-J - -. (: Lead wire length)..8 Ejector/acuum pump system Silencer exhaust, With supply only, Without sensor/switch ir pressure SUP () port acuum pressure SUP M thread depth 4 Exhaust port.8 x ø. mounting hole Suction filter x ø. mounting hole 9 (Fully open: 4.4) acuum break flow adjustment needle Silencer cover (Detachable). 9 (Fully open: 4.4). t least mm Exhaust port acuum () port Suction filter. 7. Without port for = specification 4.7 When this product is used as an ejector, do not block the exhaust port when mounting. pressure SUP () port When the product is mounted so that the exhaust M thread depth 4 port side will be against a wall, use a spacer to ir pressure SUP secure a clearance of at least mm. (Refer to () port acuum pressure SUP page 7 for details.) M thread depth 4 No exhaust port for pump system The dotted line shows the configuration of the latching type and the manual lock type The dotted line shows the manual lock type. For L-type plug connector Silencer cover (Detachable) For M-type plug connector 7 It has lead wires for the latching type. 8 Refer to page 4 for the dimensions for the various vacuum () ports. (mm) Port type C Manual override C N N L L4 8.7 LN 8.7 LN 8.7 Exhaust port against the wall t least mm acuum () port When this product is used as an ejector, do not block the exhaust port when mounting. When the product is mounted so that the exhaust port side will be against a wall, use a spacer to secure a clearance of at least mm. (Refer to page 7 for details.) No exhaust port for pump system The dotted line shows the configuration of the latching type and the manual lock type. For L-type plug connector 4 For M-type plug connector It has lead wires for the latching type. Refer to page 4 for the dimensions for the various vacuum () ports.

14 Series Z Dimensions: Single Unit K Z -Q L(O) -P- Ejector/acuum pump system Silencer exhaust, With supply /release, With pressure sensor Ejector Z -Q L(O) -P - EXH Pressure sensor acuum pump system Z-K L(O) -P - Pressure sensor K E Z -Q L(O) - F - Ejector/acuum pump system Silencer exhaust, With supply /release, With vacuum pressure switch Output (OUT) display (Red) Connector terminal Output (OUT) display (Green) S button (SET) LED display button (UP) button (DOWN) Ejector E Z -Q L(O) - F - EXH acuum pressure switch acuum pump system E Z-K L(O) - F - acuum pressure switch (: Lead wire length) Manual override pressure SUP () port M thread depth 4 ir pressure SUP () port acuum pressure SUP Silencer cover M thread depth 4 (Detachable).7 (7.7).8.4 () () ir pressure SUP () port M thread depth 4..8 acuum break flow adjustment needle.8 4 x ø. mounting hole Exhaust port 9 (Fully open: 4.4) Suction filter (: Lead wire length) 4.4. (mm) Port type C C4 N N L L4 LN LN acuum () port Exhaust port against the wall t least mm Without port for = specification When this product is used as an ejector, do not block the exhaust port when mounting. When the product is mounted so that the exhaust port side will be against a wall, use a spacer to secure a clearance of at least mm. (Refer to page 7 for details.) No exhaust port for pump system The dotted line shows the configuration of the latching type and the manual lock type. 4 The dotted line shows the manual lock type. Refer to page 4 for the dimensions for the various vacuum () ports. For the unit with pressure sensor, M-type plug connector cannot be selected. (mm) Manual override Port type C 4.. C N N 7. 7 L L4 7.8 LN 7.8 LN 7.8 acuum break flow adjustment needle (Fully open: 4.4) Suction filter 9 pressure SUP () port M thread depth 4 4 Silencer cover (Detachable) x ø. mounting hole Exhaust port (: Lead wire length). acuum () port Without port for = specification When this product is used as an ejector, do not block the exhaust port when mounting. When the product is mounted so that the exhaust port side will be against a wall, use a spacer to secure a clearance of at least mm. (Refer to page 7 for details.) No exhaust port for pump system The dotted line shows the configuration of the latching type and the manual lock type. 4 The dotted line shows the manual lock type. Refer to page 4 for the dimensions for the various vacuum () ports. For the unit with vacuum pressure switch, M-type plug connector cannot be selected.

15 Compact acuum Unit Series Z Dimensions: Manifold ZZ - M K Q L(O) Z - - M(O) Ejector Silencer exhaust, With supply /release, Without sensor/switch,, common port ( = ) x ø. mounting hole L L ir pressure SUP () port x /8, M thread depth Port open to atmosphere acuum break flow adjustment needle Manual override Exhaust.8 Ejector/Manifold ZZ - Z -K - D side Stations EXH L n L L n U side EXH D side. (mm) 4..8 Stations (n ) x. n U side (: Lead wire length) acuum () port. Refer to page 4 for the dimensions for the various vacuum () ports (Fully open: 4.4) 4.4 (mm) Port type C C4 N N L L4 LN LN ZZ -S Z M K -Q M L(O) -P - x ø. Ejector/acuum pump system mounting hole Silencer exhaust, With supply /release, With pressure sensor,, individual port ( ) Ejector/Manifold ZZ -S M Z -Q L(O) -P - D side Stations n U side Pressure sensor Pressure sensor EXH EXH L L ir pressure SUP () port acuum pressure SUP x /8, M thread depth (: Lead wire length) 8. pressure SUP () port x M thread depth acuum break flow adjustment needle Manual override.8 acuum pump system/manifold ZZ -S M Z-K L(O) -P - D side Stations n U side Pressure sensor Pressure sensor L n L L D side.8. (mm) 4..8 Stations (n ) x. n U side (: Lead wire length) acuum () port. Refer to page 4 for the dimensions for the various vacuum () ports. Exhaust (Fully open: 4.4) 4.4 (mm) Port type C C4 N N L L4 LN LN

16 Series Z Dimensions: Manifold ZZ -S M M Z K E -Q F Ejector/acuum pump system Silencer exhaust, With supply /release, With vacuum pressure switch,, individual port ( ) L(O) C L L x ø. mounting hole () () 4. ir pressure SUP () port acuum pressure SUP x /8, M thread depth 7 Connector terminal Output (OUT) display (Green) S button (SET) C (7.7) Output (OUT) display (Red) LED display acuum break flow adjustment needle.8 pressure SUP () port x M thread depth button (UP) button (DOWN) Manual override Exhaust D side Stations 4 n U side (: Lead wire length) (Fully open: 4.4) Refer to page 4 for the dimensions for the various vacuum () ports (n ) x. acuum () port. (mm) Port type C C4 N N L L4 LN LN Ejector/Manifold ZZ -S M E Z -Q L(O) - - F acuum pump system/manifold ZZ -S M E Z-K L(O) - - F D side Stations n U side D side Stations acuum pressure switch acuum pressure switch acuum pressure switch n U side acuum pressure switch L n L L (mm) 4..8

17 Compact acuum Unit Series Z Dimensions -port dimensions Straight type C: Straight ø one-touch fitting C4: Straight ø4 one-touch fitting Common dimensions of the individual EXH port Z - pplicable tube O.D.: ø pplicable tube O.D.: ø N: Straight ø/8" one-touch fitting pplicable tube O.D.: ø/8" N: Straight ø/" one-touch fitting pplicable tube O.D.: ø/" ø. Exhaust (EXH) port M thread depth 4 racket mounting dimensions for single unit racket part number for single unit: Z-K- Mounting screw (M x 4, with washer) pcs., M nut pcs. included Mounting the right side of the unit to the outside Elbow type L: Elbow ø one-touch fitting pplicable tube O.D.: ø4 pplicable tube O.D.: ø (.) pplicable tube O.D.: ø/8" pplicable tube O.D.: ø/" ø. (4.). L4: Elbow ø4 one-touch fitting LN: Elbow ø/8" one-touch fitting LN: Elbow ø/" one-touch fitting Mounting the left side of the unit to the inside

18 Series Z Specific Product Precautions e sure to read the below before handling. Refer to back cover for Safety Instructions. For acuum Equipment Precautions, refer to Handling Precautions for SMC Products (M-E-) and Operation Manual. The Operation Manual can be downloaded from the SMC website: alve/ alve. How to use the latching-type supply Our latching-type solenoids are fitted with a self-detaining mechanism. Its construction features an armature inside the solenoid which is set or reset using spontaneous energization ( ms or greater). Therefore, continuous energization is not required. <Special care must be taken for the latching type.>. void using this product with a circuit which electrifies both the set and reset signals simultaneously.. The minimum energization time required for self-detaining is ms.. Contact SMC when using this product in locations where there are vibration levels of m/s or above or highly magnetic fields. No problems arise in normal usage or locations. 4. This supply retains the reset position (stops generation of vacuum) at the time of shipment. However, it may alter to the set position during transportation or due to vibration when mounting the supply. Therefore, confirm the home position either manually or with power supply prior to use. Latching Operation Indicator light -C ON (Set) Generates vacuum. Orange -C ON (Reset) Stops generation of vacuum. Green N.C. Operation Indicator light -C ON Generates vacuum. Orange OFF Stops generation of vacuum. If the supply is latching type, continuous energization is not necessary because it maintains the switching position with momentary energization for at least msec. Depending on the conditions, continuous energizing may cause operation failure such as ON operation failure due to operation voltage increase due to coil temperature rise. When continuous energizing is necessary, the energizing time shall be minutes or shorter. efore the next operation, the solenoid shall be de-energized (both side and side OFF) for longer than the energized time. Duty ratio shall be % or less.. void energizing the supply /release for long periods of time. If a supply /release is energized for a long period of time, the coil will get hot and the performance may be reduced. dditionally, the peripheral equipment in close proximity may also be badly affected. Use a latching-type supply when the supply /release is energized continuously or when the duration of the energization is longer than the non-energized period each day so that periods of energization can be shortened. ut, do not energize the coil on both and sides simultaneously when using the latching type. Continuous energization of the supply /release shall be minutes or shorter in duration and the energization period shall be shorter than the non-energized period. Duty ratio shall be % or less. Take measures for any heat radiation so that the temperature is within the range of supply /release general specifications when the is mounted on the control panel. Please pay special attention to any temperature increases when a manifold type with stations or more is energized continuously or when individual units are placed in close proximity. How to Use the alve/ alve Plug Connector Wiring Specifications Wiring should be connected as shown below. Connect with the power supply respectively. N.C. SOL. C Lead wire colors ( ) lack (+) Red Latching type (DC positive common) Lead wire colors Set ( ) lack SOL. C COM. (+) Red Reset ( ) White Light/Surge oltage Suppressor of the alve/ alve In the latching type, the set side and the reset side energization are indicated by two colors orange and green. ( ) and the dotted lines indicate the latching and large flow type. N.C. M-type plug connector Indicator light ON (Set: Orange) (Reset: Green Note) ) Latching type (DC positive common) ( ) Set C (+) COM. ( ) Reset Simultaneous energization protection circuit Note) In case of the latching type ( ) C (+) Simultaneous energization protection circuit L-type plug connector SOL. SOL. Indicator light ON (Set: Orange) (Reset: Green Note) ) a

19 Series Z Specific Product Precautions e sure to read the below before handling. Refer to back cover for Safety Instructions. For acuum Equipment Precautions, refer to Handling Precautions for SMC Products (M-E-) and Operation Manual. The Operation Manual can be downloaded from the SMC website: Handling of the -Port ssembly. The construction of the -port assembly is such that it can be attached or detached at a touch. When mounting or removing, turn the case completely until it reaches the position where it cannot turn any further. Otherwise, the port may come off or be damaged.. If it is mounted on the floor, remove the manifold base once from the installation position and lift the body to perform mounting and removal work so that the mounting and removal work can be performed more easily.. If the one-touch fitting is the straight type, a hexagon wrench (width across flats: mm) can be used. The hexagon hole is resin, so it can be broken if excess torque is applied. Do not apply torque of. N m or more. Do not apply any more torque when it reaches the position where it cannot be turned further. 4. When inserting or removing a tube into or out of the one-touch fitting, hold the one-touch fitting body with your fingers. Otherwise, excessive force can be applied to the - port assembly or onetouch fitting assembly, causing air leakage or damage, etc. Especially if load is applied in the bending direction against the axial direction of the filter case, the case may be broken. Operating Pressure. Use the product within the specified supply pressure range. Operation over the specified supply pressure range can cause damage to the product. Especially for the vacuum pump system with the adsorption nozzle, the pressure inside the product can increase due to the release pressure. Use the proper pressure and make sure that the adsorption part is not clogged. Piping to the Manifold ase. For the port of the manifold base, use a fitting whose maximum bore size of the outside dimension is smaller than mm. Otherwise, the exterior of the fitting will interfere with the manifold base installation face. Recommended fittings: KQS-S, KQS4-S, KJS-S. When mounting or removing the fittings, etc. to and from the manifold base, hold the manifold base with a wrench. If the ejector/vacuum pump system is held, it may cause air leakage or damage to the product.. The tightening torque for each thread is shown below. /8 ( port): 7 to 9 N m M (, port): fter tightening by hand, increase the tightening by about / turn with a tightening tool. Ejector Exhaust. The exhaust resistance should be as small as possible to obtain the full ejector performance. There should be no shield around the exhaust port for the silencer exhaust specification. For the port exhaust specification, the back pressure increase should be. MPa ( kpa) at maximum, as exhaust resistance is generated with some piping bore sizes and piping lengths. s a guide, keep the length not more than mm when the tube inside diameter is 4.. If the sound absorbing material is clogged, it will cause a reduction in the ejector performance. In particular, if it is used in a dusty environment, not only the suction filter, but also the silencer can be clogged. It is recommended to replace the sound absorbing material periodically referring to the figure below. Replacement Procedure ) Turn the body upside down. pply a watchmaker s screwdriver or your finger to the notch, and slide the silencer cover in the direction indicated by the mark. ) It makes a click sound and the hook is disconnected. Put your nail to the part and remove the cover. ) Catch the sound absorbing material and pull it out using a watchmaker s screwdriver. 4) Insert a new sound absorbing material, and mount the cover by the reverse procedure of the disassembly procedure for reassembly. (Refer to page 8 for the replacement parts number.) Silencer cover mark Notch Part Sound absorbing material

20 Series Z Specific Product Precautions e sure to read the below before handling. Refer to back cover for Safety Instructions. For acuum Equipment Precautions, refer to Handling Precautions for SMC Products (M-E-) and Operation Manual. The Operation Manual can be downloaded from the SMC website: Single Unit. Do not block the exhaust port of the ejector when the single unit ejector is mounted. When the product is mounted so that the exhaust port side will be against a wall, use a spacer to secure a clearance of at least mm. (Fig. ) For the single unit, port and port are oriented downward. When it is installed on a working table, use a bracket for single unit (Fig. ) or secure a space for piping underneath the ports. (Fig. ) racket part number for single unit: Z-K- Two mounting screws (M x 4, with washer) and two M nuts are included. Recommended fittings: KQH4-M, KQL4-M, KQW4-M t least mm port Spacer (Flat washer, etc.) Fig port Spacer (Flat washer, etc.) Exhaust port Recommended fittings when using a bracket for single unit Filter Case Warning. The suction filter case is made using a special clear nylon. Do not use it in an atmosphere where it may come in contact with alcohol or other chemical agents. q Manifold. When increasing or decreasing the number of manifold stations, order the manifold base (q) exclusive for the required number of stations and the required number of single units of the body type (w). Refer to How to Order (pages from to ) for the part numbers for placing an order. The part number for the manifold base is different between the sensor/switch non-mountable base and sensor/switch mountable base. When mounting, check that none of the gaskets, etc. is missing, and tighten the screws to the specified torque shown below. If the tightening torque is exceeded, the body can be broken. Proper tightening torque N m.7 to.9 w Gasket KQL4-M.9 (.8) port Fig. port Recommended fittings when the unit is mounted on the wall and the ports released to the atmosphere at the bottom Mounting screw (M) For the manifold with pressure sensor/vacuum pressure switch, order the manifold base (q) exclusive for the required number of stations and the required number of single units of the body type (w), pressure sensor (e) or vacuum pressure switch (r). In this case, the pressure sensor/vacuum pressure switch is tightened together with the single unit (w). (Refer to the figure below.) w e q (.9) (.8) r KQH4-M.9 KQL4-M (.7).8 acuum exhaust port (Pressure sensor/ acuum pressure switch mountable) KQW4-M Fig. Take care not to drop the O-ring when mounting (e) and (r). 7

21 Series Z Specific Product Precautions 4 e sure to read the below before handling. Refer to back cover for Safety Instructions. For acuum Equipment Precautions, refer to Handling Precautions for SMC Products (M-E-) and Operation Manual. The Operation Manual can be downloaded from the SMC website: acuum reak Flow djustment Needle. The flow-rate characteristics show the representative values of the product itself. They may change depending on piping, circuit and pressure conditions, etc. The flow-rate characteristics and the number of rotations of the needle vary due to the range of the specifications of the product.. The needle has a retaining mechanism, so it will not turn further when it reaches the rotation stop position. Turning the needle too far may cause damage.. Do not tighten the handle with tools such as nippers. This can result in breakage due to idle turning. lanking Plate ssembly. When mounting the blanking plate assembly, tighten it with the torque shown below.. The blanking plate assembly can be used for either the pressure sensor/vacuum pressure switch mountable base or non-mountable base.. Mount the blanking plate assembly so that the gasket does not protrude from the plate. Proper tightening torque N m.7 to.9 How to Use Pressure Sensor ssembly Handling Mounting screw (M) Gasket Plate lanking plate assembly Model: Z-P-. Do not drop, bump or apply excessive impact (98 m/s ) when handling. Even if the switch body is not damaged, the switch may suffer internal damage that will lead to malfunction.. The tensile strength of the power cord is within N, and pulling it with a greater force can cause failure. Hold the body when handling the product. How to Use Pressure Sensor ssembly Handling. Refer to the Operation Manual of the pressure sensor PSE4 series for how to connect the connectors for sensor. Environment. The use of resin piping can cause static electricity to be generated, depending on the fluid. Therefore, when connecting this switch/sensor, take appropriate measures against static electricity at the equipment side to which this product is mounted, and separate the grounding for the product from the grounding for any equipment which generates a strong electromagnetic noise or high frequency. Otherwise, static electricity can break the switch/sensor. How to Use acuum Pressure Switch ssembly Handling. Do not drop, bump or apply excessive impact ( m/s ) when handling. Even if the sensor body is not damaged, the sensor may suffer internal damage that will lead to malfunction.. The tensile strength of the power cord is N, and pulling it with a greater force can cause failure. Hold the body when handling the product.. Do not allow repeated bending or stretching forces to be applied to lead wires. Wiring arrangements in which repeated bending stress or stretching force is applied to the lead wires can cause broken wires. If the lead wire can move, fix it near the body of the product. The recommended bending radius of the lead wire is times the outside diameter of the sheath, or times the outside diameter of the insulation material, whichever is larger. Connection. Incorrect wiring can cause the switch to be damaged or malfunction. Connections should only be made when the power supply is turned off.. Do not attempt to insert or pull out the connector from the switch while the power is on. Otherwise, it may cause switch output malfunction.. Malfunctions stemming from noise may occur if the wire is installed in the same route as that of power or high-voltage cable. Wire the switch independently. 4. e sure to connect the ground terminal F.G. to ground when using a commercially available switch-mode power supply. 8