Air Blowing Equipment
Blow Gun VMG
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・A 20% reduction in power consumption can be achieved with the SMC “Blow gun” + “S coupler” + “Coil tube.”
・Pressure loss: 1% or less (Nozzle size: ø2.5)
・Available nozzles:
Male thread nozzle, High efficiency nozzle with male thread,
Low noise nozzle with male thread, Copper extension nozzle
・With flow rate adjustment function (-X54)
Series | Port size | Operating pressure range (MPa) | Effective area (mm2) | Nozzle port size |
---|---|---|---|---|
VMG | Rc,NPT,G 1/4,3/8 | 0 to 1.0 | 30 | Rc1/4 |
OSHA Standard Compliant Nozzle for One-touch Fitting KNA(G)-Q10-180
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・Compliant with OSHA Standard 1910.242(B)
The structure prevents closing of the discharge port.
This is a safety design that limits the pressure to 30 psi even when
an operator is touching the nozzle.
(Operating pressure: 0.5 MPa or less)
・CO2 emissions (Air consumption): 42% reduction
・Low noise: Max. 8 dB(A) reduction∗
∗ Compared with the existing model: nozzle for One-touch fitting
(resin type) KN-Q10A-200
Series | Type | Nozzle diameter | Material |
---|---|---|---|
KNA-Q10-180 | Nozzle for One-touch fitting | Equivalent to ø1.8 | PBT |
KNAG-Q10-180 | Nozzle for One-touch fitting | Equivalent to ø1.8 | Stainless steel 316 |
Nozzles for Blowing KN

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*Refer to the Operation Manual (VMG) for details on how to mount the copper extension nozzle set.
Series | Type | Nozzle size |
---|---|---|
KN | Nozzle with self-align fitting | ø1 to ø6 |
KN | Nozzle with male thread | ø1 to ø8 |
KNL | Copper extension nozzle | ø1.5 to ø3 |
VMG | Copper extension nozzle set | ø1.5 to ø3.5 |
KN-Q□A | Nozzle for One-touch fitting (Resin type) | ø1 to ø3 |
KN-Q□ | Nozzle for One-touch fitting (Metal type) | ø1 to ø3 |
KNK | Pivoting nozzle with self-align fitting | ø4, ø6 |
KNK | Pivoting nozzle with male thread | ø4, ø6 |
KNH | High efficiency nozzle | ø1 to ø2 |
KNS | Low noise nozzle with self-align fitting | ø0.75 x 4 to ø1 x 4 |
KNS | Low noise nozzle with male thread | ø0.75 x 4 to ø1.1 x 8 |
KNP | Standard sensing head | ø2.5 |
KNP | Needle sensing head | ø0.7 |
P5670129-□ | Nozzle cover | Refer to the catalog. |
KN-R03-400-X1484 | Blower nozzle (Made to order) | 4 x 11 (Nozzle port size) |
KN-06-150-X1567 | Bender tube (Made to order) | ø1.5 |
KN | Stainless steel nozzle (Made to order) | Refer to the catalog. |
ZH-X226 ZH-X338 ZH-X249 | Vacuum flow | Refer to the catalog. |
Wide Angle Blow Nozzle IN-225
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・ Capable of spraying a wide area with fluid
Spray angle: Approx. 100°
Series | Type | Nozzle size |
---|---|---|
IN-225-1054 | Nozzle with male thread | φ6 equivalent |
IN-225-1056 IN-225-1057 IN-225-1059 | Nozzle with self-align fitting | φ6 equivalent |
IN-225-1104 | Pivot nozzle with male thread | φ6 equivalent |
Air Saving Impact Blow Gun IBG
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・Various functions
Pulse function [New]
Adjuster function with indicator
・Increased impact force due to higher peak pressure
Drastic reduction in air consumption and labor time
・Application: It is capable of eliminating, in a short period of time,
the dust, etc., that is difficult to remove with the existing blow gun.
Series | Peak pressure∗1 | Size (Height x Depth x Width) [mm] | Weight [g] | Tank capacity [cc] | Air consumption∗2 [cc] | Supply port |
---|---|---|---|---|---|---|
IBG1 High Peak Pressure Type | 3 times or more | 183.8 × 83 × 41 | 380 | 100 | 600 | Screw-in type (Rc, NPT, G) 3/8 One-touch fittings ø6 to ø10 ø1/4" to ø3/8" S coupler R3/8 |
IBG2 Compact Type | 2.5 times or more | 174.5 × 76 × 41 | 300 | 70 | 420 | Screw-in type (Rc, NPT, G) 1/4 One-touch fittings ø6 to ø10 ø1/4" to ø3/8" S coupler R1/4 |
∗1 Compared with the existing VMG series model | ∗2 The amount of air filled in the tank at 0.5 MPa operating pressure |
Ionizer Gun IZG10
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・Lightweight: Only 200 g (Body weight)
・Reduced operating force, Easy to hold grip
・Lighting LED
・Blow setting function
Select from continuous blow or pulse blow.
・Rapid static neutralization: 0.3 s (Distance: 150 mm, Operating pressure: 0.2 MPa)
Variations/Application Examples Antistatic Equipment Glossary
Safety Instructions Green Procurement (RoHS)
Safety Instructions Green Procurement (RoHS)
Series | Ion generation method | Offset voltage (Ion balance) |
---|---|---|
IZG10 | Corona discharge type | Within ±10 V |
Air Saving Impact Blow Valve IBV
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・Increased impact force due to higher peak pressure
・Instantaneous air blow reduces CO2, air consumption, and operation
time
Peak pressure: 2 to 3 times or more
CO2/Air consumption: 93% reduction
Operation time: 97% reduction
Series | Port size | Operating pressure range |
---|---|---|
IBV10 Solenoid valve type | IN: 3/8 OUT: 1/4 | 0.15 to 0.7 MPa |
IBV11 Air operated type | IN: 3/8 OUT: 1/4 Pilot port: 1/8 | 0.1 to 0.5 MPa |
Pulse Blow Valve AXTS040-X202
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・The peak pressure of repeatedly colliding air permits efficient blowing.
・CO2 emissions (Air consumption): 50% reduction
・Control for pulse generation is not required.
Pulse blow can be used by simply supplying air.
・Built-in pilot valve construction allows for stable blowing.
Series | Valve construction | Type of actuation | Frequency adjustment range |
---|---|---|---|
AXTS040□-X202 | Metal seal | Internal pilot | 1 to 12 Hz |
Pulse Blow Valve AXTS040□-□□-X2
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・The peak pressure of repeatedly colliding air permits efficient blowing.
・Air consumption: Reduced by 50% or more
・Control for pulse generation is not required.
Pulse blow can be used by simply supplying air.
Series | Valve construction | Type of actuation | Frequency adjustment range |
---|---|---|---|
AXTS040□-2□-X2 | Metal seal | Internal pilot | 1 to 5Hz |
AXTS040□-3□-X2 | Metal seal | External pilot | 1 to 8Hz |
Vacuum Flow ZHV
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・Blow and vacuum can be performed by supplying compressed air.
Blow: Max. 11000 L/min (ANR)∗1
Vacuum: Max. 8000 L/min (ANR)∗1
∗1 Values for the ZHV40 when the supply pressure is 0.5 MPa
・It is possible to adjust the blow and vacuum flow rate by adjusting the
nozzle position!
・A vacuum flow rate 3 times or more the supply air
・A blow flow rate 4 times or more the supply air
・Weight: Max. 50% reduction (209 g ← 417 g) ∗2
∗2 ZHV20, in comparison with product (ZH20-X185)
・Volume: Max. 50% reduction (17000 mm3 ← 34000 mm3) ∗3
∗3 ZHV10, in comparison with product (ZH10-X185)
・In terms of body mounting, port connection, and passage diameter, this
product is compatible with the product (ZH-X185).
Safety Instructions Vacuum Equipment/Precautions Series Variations/Model Selection Green Procurement (RoHS)
Series | Vacuum pressure [kPa] | Suction flow rate [L/min (ANR)] | Discharge flow rate [L/min (ANR)] | Air consumption [L/min (ANR)] | Fluid passage dia. |
---|---|---|---|---|---|
ZHV10 | -6 | 520 | 670 | 180 | ø13 |
ZHV20 | -6 | 1975 | 2360 | 380 | ø21.6 |
ZHV30 | -6 | 4590 | 5310 | 710 | ø30 |
ZHV40 | -6 | 5270 | 6820 | 1330 | ø42 |
Vacuum Flow Stainless Steel Specifications ZH□-□-X341

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・By supplying compressed air, large blow and vacuum flow rates are available.
・A blow flow rate 4 times the supply air
・A vacuum flow rate 3 times the supply air
・Large passage diameter available for the suction of machining chips, particles, etc.
・Maintenance-free
・Mounting brackets are available.
・Application examples:
Blow: Blowing away water droplets and machining chips
Vacuum: Vacuuming smoke during soldering, Transferring materials such as pellets or fine particles
Safety Instructions Vacuum Equipment/Precautions Series Variations/Model Selection
Green Procurement (RoHS)
Green Procurement (RoHS)
Vacuum Flow ZH-X226/-X249/-X338
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・By supplying compressed air, large blow and vacuum flow rates are available.
Blow: Max. 1550 L/min (ANR)
Vacuum: Max. 880 L/min (ANR)
・Application examples
Adsorption transfer, coolant blow to blow off cutting chips, adsorption transfer
Safety Instructions Vacuum Equipment/Precautions Series Variations/Model Selection
Green Procurement (RoHS)
Green Procurement (RoHS)
Series | Suction flow [L/min(ANR)] | Discharge flow [L/min(ANR)] | Air consumption [L/min(ANR)] |
---|---|---|---|
ZH-X226 | 405 | 700 | 297 |
ZH-X338 | 880 | 1,550 | 570 |
ZH-X249 | 820 | 1,160 | 340 |