SMC VIDEO LIBRARY

Directional Control Valves / Air Cylinders / Air Grippers

• Usable even in welding environments
• Noise resistance
Uses the 2.4 GHz ISM frequency band
Frequency hopping: Every 5 ms
• High-speed connection: From power supply ON to start of
communication: Min. 250 ms
• Communication response (Signal response time): 5 ms
• Communication cables not required
• Number of I/O points: Max. 1280 inputs/1280 outputs

• Actuator stroke position is output with an analog signal.
• Repeatability: 0.1 mm
• Analog output
• 4 measurement ranges
• Switch output
• IO-Link compatible

• A single acting type has been added. [New]
• Made-to-order options have been added:
With positioning pins on the lateral mounting surface, Lateral auto switch mounting [New]
• Downsizing is possible without changes to the gripping point range. (ø20→ø16) Overall length: Max. 21.7 mm shorter (102.7 mm→81 mm) Thickness: Max. 7.6 mm shorter (33.6 mm→26 mm)
Weight: Max. 180 g lighter (420 g→240 g)
• High rigidity and precision are achieved by integrating the guide and finger.

Air Grippers / Electric Actuators

• Plug & play configuration for immediate use
 URCap compatible, Easy programming
• Compact, lightweight product with high gripping force due to air operation
• Operate by simply connecting 1 air supply tube and an electrical wiring M8 connector.
• Integrated solenoid valve and speed adjustment mechanism
• Standards: ISO9409-1-50-4-M6

• A Wide Variety for Different Applications Transfer, Lift Up/Push, Rotate, Grip

• Circular arc grooves allow for high rigidity and high precision.
• Moment resistance: Improved by up to 61%
• Table displacement: Reduced by up to 50%
• With internal battery-less absolute encoder
Restart from the last stop position is possible after recovery of the power supply.
• Reduced maintenance (No need for control or replacement)
• Positioning repeatability: ±0.01 mm

Electric Actuators / Vacuum Equipment

• Built-in intermediate supports
• A maximum speed of 1,800 mm/s has been
achieved throughout the entire stroke!
• The use of intermediate supports results in reduced deflection of the ball screw when a long stroke is used.
• Max. stroke: 1,790 mm
• Horizontal work load: 85 kg
• Positioning repeatability: ±0.01 mm (High-precision type)

• Max. suction flow rate: 3 types available: 100, 300, and 600 L/min (ANR)
• Air consumption: 90% reduction (For the ZL3, ZL6)
• Weight: Max. 60% reduction [ZL112 (Existing model): 450 g R ZL1: 180 g]
• 3-stage diffuser construction (For the ZL1:SMC comparison)
Suction flow rate increased by 250%
• 3 types of vacuum pressure sensors
• No tools are required! Maintenance labor can be reduced.

• Adsorption transfer of workpiece with a soft film flexible packaging
• Thin film skirt and special shape rib
• Guide attachment function/5.5-stage
• Acceleration/deceleration: Adsorption transfer possible at 4G
• The pad and attachment are made of materials compliant with
FDA (U.S. Food and Drug Administration) regulations as well as Food
Sanitation Act standards.
• Blue colored pad
Easy to distinguish the vacuum pad by color during contamination inspection

Vacuum Equipment / Modular

• For the adsorption transfer of thin cloths, films, printed circuit boards, etc.
• Energy saving: Max. 72% reduction (Comparison of air consumption to lifting force)
• High lifting force: 28.3 N 5.7 times that of the existing model (Existing model: 5.0 N → ZNC60: 28.3 N)
• 3 types of body materials: Aluminum, Resin, Stainless steel
• Attachments
With stopper: Prevents workpiece slippage
With vibration suppression cover: Suppresses the vibration noise of thin workpieces

• Plug and Play configuration for immediate use
URCaps compatible Easy programming
• Operate by simply connecting 1 compressed air supply
tube and an electrical wiring M8 connector.
• Integrated vacuum ejector, air supply/release valve, pressure sensor and cups
• Standards: Conforming to ISO9409-1-50-4-M6

• Flat design modular Products for purification, pressure control and measurement of compressed air
• Space-saving
• Easy installation and replacement
• Easy replacement of filter elements

Speed Controllers / Air Preparation Equipment

Difference between speed controller control and deceleration controller control
• 2-speed control reduces cycle time
• Allows for the impact relaxation of the stroke end Provides impact relaxation in cases where it is difficult to install a shock absorber,
etc.
• Can be easily introduced to existing equipment due to installation between the valve and cylinder
• No fluctuation effect on the supply pressure
• Application example: For the relaxation of impact when opening/closing the door

How to adjust the deceleration controller
• 2-speed control reduces cycle time
• Allows for the impact relaxation of the stroke end Provides impact relaxation in cases where it is difficult to install a shock absorber,
etc.
• Can be easily introduced to existing equipment due to installation between the valve and cylinder
• No fluctuation effect on the supply pressure
• Application example: For the relaxation of impact when opening/closing the door

• Applicable for the high-temperature environments
Ambient temperature : Max. 45℃
Inlet air temperature : Max. 65℃
• Increased air flow capacity

Air Preparation Equipment

For Use in Southeast Asia IDFC
• Applicable for the high-temperature environments of tropical regions
• Can be used in high-temperature environments.
* Ambient temperature : Max. 45℃
* Inlet air temperature : Max. 65℃
* Dew point range : 3℃ to 20℃
• Air flow capacity : 9.2 m3/min (52% increase compared to the current model)
• Power supply voltage : Single-phase 230 VAC (50 Hz)

For Use in Europe, Asia and Oceania IDFA
• Applicable for the high-temperature environments
* Ambient temperature : Max. 45℃
* Inlet air temperature : Max. 65℃
• Increased air flow capacity
• Power supply voltage: Single-phase 230 VAC (50 Hz)

For Use in North, Central and South America IDFB
• Applicable for the high-temperature environments
* Ambient temperature : Max. 113ºF (45ºC)
* Inlet air temperature : Max. 149ºF (65ºC)
• Increased air flow capacity
• Power supply voltage: Single-phase 230 VAC (60 Hz)

Air Preparation Equipment / Blow Guns

• Improved foreign matter resistance
• Increase in condensate discharge
* Drain discharge: Max. 100 cm3/cycle (3 times that of the existing model)
• Improved environmental resistance: Transparent bowl guard can protect the inner bowl
• Improved visibility: 360°
• Lightweight: Weight reduced by 22%
• Reduced required maintenance space
• Easier maintenance One-touch mounting and removal of the bowl is possible without using any tools.
• Bowl material can be selected according to the operating environment.

• Flat design modular Products for purification, pressure control and measurement of compressed air
• Space-saving
• Easy installation and replacement
• Easy replacement of filter elements

• Increased impact force due to higher peak pressure Drastic reduction in air consumption and labor time
• Application Examples: Can quickly remove foreign matter, etc. that is hard to remove with existing blow devices

Switches/Sensors

• Visualization of settings
• Simple 3-step setting
• Easy screen switching
It is possible to change the settings while checking the measured value.
• Delay time:1.5 ms or less
• Current consumption: 25 mA or less
• IO-Link compatible

• It is possible to change the settings while checking the measured value.
• IO-Link
• Angled display
Good visibility from various mounting positions
• Rotating display
Display can rotate 336 degrees after installation
• Applicable fluid
：Air, Non-corrosive gas, Non-flammable gas (ISE70/71)
：Liquid or gas that will not corrode materials of parts in contact with fluid (ISE7□G)

• Applicable fluid: Air, N2
• Flow range: Max. 12000 L/min
• Flow ratio 100:1
A wide range of flow measurement is possible with 1 product.
• Improved drainage and resistance to foreign matter
• Pressure loss: 75% reduction (20 kPa → 5 kPa)
• Through bore construction
• IO-Link compatible
• Can be connected to the air combination (Modular type)
• A 4-screen display digital flow switch with pressure/temperature sensor (modular type) is available.
Simultaneous measurement of the (accumulated) flow rate, pressure and temperature is possible.

Switches/Sensors / Static Neutralization Equipment

• Flat design modular Products for purification, pressure control and measurement of compressed air
• Space-saving
• Easy installation and replacement
• Easy replacement of filter elements

• Potential amplitude of 25 V or less with the dual AC type (At an installation height of 300 mm)
• Rapid neutralization of static electricity by a feedback sensor
• Reduction of adjustment and maintenance labor by an auto balance sensor

• The controller and high-voltage power supply module can be mounted separately.
• Space saving: Height 37 mm x Width 30 mm (Bar type)
Thickness 16 mm x Width 53 mm x Height 32 mm (Nozzle type)
• One controller can control a maximum of 4 ionizers.
• Potential amplitude: 25 V or less
• Rapid neutralization of static electricity: Max. speed of 0.1 s
• 3 types of emitter cartridges High speed static neutralization cartridges Energy saving static neutralization cartridge Energy saving high-efficiency cartridge
• Static neutralization is possible even when air is not being supplied.

Static Neutralization Equipment / Process Valves

• 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)

• Thinnest: 40 mm thick
• Fastest: Rapid static neutralization 0.5 seconds
• Offset voltage (Ion balance): ±5 V
• Stable static neutralization performance, Easier maintenance Series

• Improved environmental resistance due to the stainless steel coil cover [IP67 enclosure]
• Body material: Stainless steel, Brass/Bronze, Aluminum
• Environmental resistance: IP67 enclosure (IP65 for models with a DIN terminal)
• Energy saving
Coil force: 10% increase (Compared with the existing model), Power consumption: 14% reduction
(Compared with the existing model)
• 360o lead wire insertion and removal is possible.

Process Valves / Temperature Control Equipment / P.G.Information

• Life: 10 million cycles or more/10 times or more
• High peak pressure and low air consumption Peak pressure: 15% increase Air consumption: 35% reduction

• Operable without the need to remove the unit from the rack
• Front Access: Simple to control, service and maintain with all filters
 and drainage via the front panel
• Space Saving: Multiple chillers can be mounted to a 19-inch rack.

• Push button type compact blow gun

P.G.Information / Applications

• Compact plug type with an integrated BC element!

• Weight reduced by up to 24% with a shorter guide rod and thinner plate.
• The space required between the bottom of the cylinder body and your equipment is reduced because of the shortening of the guide rod by a max. of 22 mm.

• The allowable moment of inertia is 3 times higher.
(The same as the heavy-duty MK2 series)
• It is possible to mount small auto switches on 4 surfaces.

• 3-point-stopping is possible.
• Suitable for applications such as distributing workpieces to the left, right, and center.
• Can be operated with one valve

• Ejector and pad are integrated. Space saving with reduced piping labor!
• 2-stage ejector Suction flow rate increased by 50%, Air consumption reduced by 30%

• By supplying compressed air, large blow and vacuum flow rates are available.
• Large passage diameter available for the suction of machining chips, particles, etc.
• Maintenance-free

Applications / Educational Animations

• Potential amplitude of 25 V or less with the dual AC type (At an installation height of 300 mm)
• Rapid neutralization of static electricity by a feedback sensor
• Reduction of adjustment and maintenance labor by an auto balance sensor

• Integrated table and rotary actuator
• Equipped with an angle adjustment mechanism
• Easy alignment when mounting the load and the body
• Built-in shock absorber type and external absorber type are selectable.

• Lightweight and compact through the use of a cam mechanism

• Max. suction flow rate: 3 types available: 100, 300, and 600 L/min (ANR)
• Air consumption: 90% reduction (For the ZL3, ZL6)
• Weight: Max. 60% reduction [ZL112 (Existing model): 450 g R ZL1: 180 g]
• 3-stage diffuser construction (For the ZL1:SMC comparison)
Suction flow rate increased by 250%
• 3 types of vacuum pressure sensors
• No tools are required! Maintenance labor can be reduced.

• Compact and lightweight
* Overall length: Max. 11% reduction (6.7 mm shorter) [Body ported type]
* Port height: Max. 25% reduction (9.1 mm shorter) [Body ported type]
* Weight: Max. 74% reduction (65.1 g lighter) [Body ported type]
* Volume: Max. 39% reduction (14.1 cm3 reduction) [Box type]
• 4 mounting types:
 rect mounting, Standard bracket mounting, L-bracket mounting, DIN rail mounting
• A silencer and standard bracket are available. (Body ported type only)

• For air, medium vacuum, water, oil, steam (Can be used with heated water)
• Flow rate: 20% more flow＊
• Height: 10% smaller＊
• Weight: 30% lighter＊
• Body materials: Aluminum, Resin, C37, Stainless steel
• Available with One-touch fittings (Resin body)
＊Comparison made with SMC’s existing model
• Manifold type no.: VVX21, VVX22, VVX23

• For air, water, oil, heated water, high-temperature oil
• Body materials: Aluminum, Resin, C37, Stainless steel
• A type with One-touch fittings (Resin body) is available.
• IP65