CKD RLSH Series User manual

New Products
Certied Grippers
Grippers for collaborative robots
RLSH/RHLF/RCKL
Series
CC-1488A

The exclusive "CKD-Pneumatic Gripper" software authorized by Universal Robots allows for simple setup
and can greatly reduce teaching time through intuitive operation.
(A USB drive containing the software is included with the product.)
Certied Grippers
Attaches to robots in just 5 minutes
Reduce teaching time to 1/10th
Wiring connector
Robot flange
3
1
2
- Because the same robot flange is used
for all series, setup can be completed by
simply replacing the gripper.
- The gripper can be replaced without tools,
and the clamp ring can easily be turned
by hand.
Gripper can be replaced without tools
Indicator light
(Viewable from all directions)
1
Attach the dedicated ange to the robot
2
Attach the gripper by rotating the clamp ring
3Wiring connector connection
Mounting complete!
USB drive
(Included with product)
Easy installation Intuitive operation
The digital I/O can be configured
while viewing a graphic display of
the gripper’s open/closed status.
The total mass (Payload) and the
position of the center of gravity
can be set for tools necessary for
robot operation when configuring
gripper settings.
Compatible with UR3/UR5/UR10/UR16 e-series/CB-series

Wide lineup of pneumatic equipment necessary for gripper operation, allowing you to create the optimal system.
(For more details, visit our website at https // www.ckd.co.jp /.)
Does not interfere with robot trajectory
Compact body
Low prole
Thin long stroke
Optimal 3-way ngers
for cylindrical and spherical workpieces
RLSH Series RCKL SeriesRHLF Series
Lineup includes three models that can be selected according to the purpose
Total support for air systems
Valve
● Directional control valve
●Fitting
●Silencer
●Air tube
* The above items are an
optional four-piece set.
Other Air Systems
● Compact compressor
(Mobile air supply unit)
●Filter and regulator
●Fitting ●Various sensors
●
Communication compatible
equipment... And more
* Purchase separately.
Compact 3-way ngersLong stroke
* Supply pressure 0.5 MPa, nger length (ℓ) = 20 mm, value at center of stroke
Stroke: 18 mm
Gripping force: 60 N*
Mass: 1.0 kg
Stroke: 32mm
Gripping force: 85N*
Mass: 1.1kg
Stroke: 10mm
Gripping force: 125N*
Mass: 1.1kg
The RLSH, RHLF and RCKL Series grippers for collaborative
robots are air-driven, compact, and lightweight yet have a high
gripping force. Easy setup makes it possible for anyone to
implement collaborative robots.

1
Gripper for collaborative robots Compact type
RLSH Series
With speed controller and cylinder switch
Port size: ø4 push-in tting
How to orderSpecications
Descriptions RLSH
Bore size mm ø20
Actuation Double acting type
Working uid Compressed air
Max. working pressure MPa 0.7
Min. working pressure MPa 0.1
Port size ø4 push-in tting
Ambient temperature °C 0 - 50
Operating stroke length mm 18
Repeatability mm ±0.01
Weight kg 1
Indicator light Blue/green
Cylinder switch
With F2H (Lights up when yellow LED is ON)
Note: See page 5 for manufacturing the attachment according to the workpiece.
URRLSH A20D1N L1
BAttachment
A Robot flange
Code Description
ARobot Flange
Blank Without robot ange
FWith robot ange (Note 1)
BAttachments
Blank Without attachments
Y2 Attachment for testing (Note 2)
VDirectional control valve / tube (Note 3)
Note 1: With robot ange mounting bolts
Note 2:
Because it is made of resin, use it for gripping tests. (Mass is 25 g per piece)
Note 3: Directional control valve includes a ø4 push-in fitting (air supply
port and A/B port), silencer (R1/R2 port), and mounting plate. The
tube has an outer diameter of ø4 and a length of 2.5 m x 2 piece.
For details about the directional control valve, see the last page.
Gripping power performance data
Dimensions
Y2VF
• The gripping force indicates the thrust (for one nger) in the
direction of the arrow shown in the gure.
• Indicates the gripping force operating in the opening and closing
directions for the length (ℓ) of the attachment of the gripper when
the supply pressure is 0.3, 0.5, and 0.7 MPa.
· Opening direction ( ) (Dashed line indication)
· Closing direction ( ) (Solid line indication)
UNIVERSAL
ROBOTS Certified
Size when attachment is attached
Gripping power (N)
100
80
60
40
20
0
0 20 40 60 80 100
Length (ℓ) of attachment (mm)
0.7 MPa open
0.5 MPa open
0.7 MPa closed
0.5 MPa closed
0.3 MPa open
0.3 MPa closed
ø76 210
Indicator lamp
Without robot ange
Robot ange
Applicable tube outer
diameter ø4
(Closed port)
Speed adjustment knob
(Closed side)
Speed adjustment knob
(Open side)
Applicable tube outer
diameter ø4
(Open port)
4-M4×0.7 Through
ø67
ø63
83
8
12
16.3
34.3 (When open)
(When closed)
0
-0.7
-0.1
+2.4
0
0
-0.05
0
16.3 (When closed)
-0.7
0
ℓ
41.3
6
95
(20.4) 121.6
148
ø5.1
43
34.3 21.3 (When open)
0
+2.4

2
Gripper for collaborative robots Long stroke type
RHLF Series
With speed controller and cylinder switch
Port size: ø4 push-in tting
How to orderSpecications
Descriptions RHLF
Bore size mm ø16 x 2
Actuation Double acting type
Working uid Compressed air
Max. working pressure MPa 0.7
Min. working pressure MPa 0.2
Port size ø4 push-in tting
Ambient temperature °C 5 - 50
Operating stroke length mm 32
Repeatability mm ±0.03
Weight kg 1.1
Indicator light Blue/green
Cylinder switch
With T2H (Lights up when red LED is ON)
Note: See page 5 for manufacturing the attachment according to the workpiece.
URRHLF 16CS
BAttachment
A Robot flange
Code Description
ARobot Flange
Blank Without robot ange
FWith robot ange (Note 1)
BAttachments
Blank Without attachments
Y2 Attachment for testing (Note 2)
VDirectional control valve / tube (Note 3)
Note 1: With robot ange mounting bolts
Note 2:
Because it is made of resin, use it for gripping tests. (Mass is 30g per piece)
Note 3: Directional control valve includes a ø4 push-in fitting (air supply
port and A/B port), silencer (R1/R2 port), and mounting plate. The
tube has an outer diameter of ø4 and a length of 2.5 m x 2 piece.
For details about the directional control valve, see the last page.
Gripping power performance data
Dimensions
Y2VF
• The gripping force indicates the thrust (for one nger) in the
direction of the arrow shown in the gure.
• Indicates the gripping force operating in the opening and closing
directions for the length (ℓ) of the attachment of the gripper when
the supply pressure is 0.3, 0.5, and 0.7 MPa.
· Opening direction ( ),
Closing direction ( ) (Solid line indication)
UNIVERSAL
ROBOTS Certified
Size when attachment is attached
Gripping power (N)
125
100
75
50
25
0
0 20 40 60 80 100
Length (ℓ) of attachment (mm)
0.7 MPa open/closed
0.5 MPa open/closed
0.3 MPa open/closed
Without robot ange
Applicable tube outer diameter ø4
(Closed port)
Speed adjustment knob
(Closed side)
Speed adjustment knob
(Open side)
Applicable tube outer diameter ø4
(Open port)
ℓ
Robot ange
ø76 210
79
54.4
(When closed)
86.4 (When open)
ø67
ø63
34
10
10±0.05
31.4
10.7
4×2-M4×0.7 Depth 5
2×2-ø3 Depth 3
138
32 (When open)
0 (When closed)
41.3
(37.3)
ø5.1
(0.3)
Indicator lamp
6
20 27
94.5
100.8
0
+0.03

3
Gripper for collaborative robots 3-way ngers type
RCKL Series
With speed controller and cylinder switch
Port size: ø4 push-in tting
How to orderSpecications
Descriptions RCKL
Bore size mm ø40
Actuation Double acting type
Working uid Compressed air
Max. working pressure MPa 0.7
Min. working pressure MPa 0.3
Port size ø4 push-in tting
Ambient temperature °C 5 - 50
Operating stroke length mm 10
Repeatability mm ±0.01
Weight kg 1.1
Indicator light Blue/green
Cylinder switch
With T2H (Lights up when red LED is ON)
Note: See page 5 for manufacturing the attachment according to the workpiece.
URRCKL 40CS
BAttachment
A Robot flange
Gripping power performance data
Dimensions
F
UNIVERSAL
ROBOTS Certified
Code Description
ARobot Flange
Blank Without robot ange
FWith robot ange (Note 1)
BAttachments
Blank Without attachments
Y3 Attachment (Note 2)
VDirectional control valve / tube (Note 3)
Note 1: With robot ange mounting bolts
Note 2: Built-to-order product, made of aluminum. (Mass is 50g per piece)
Note 3: Directional control valve includes a ø4 push-in fitting (air supply
port and A/B port), silencer (R1/R2 port), and mounting plate. The
tube has an outer diameter of ø4 and a length of 2.5 m x 2 piece.
For details about the directional control valve, see the last page.
• The gripping force indicates the thrust (for one nger) in the
direction of the arrow shown in the gure.
• Indicates the gripping force operating in the opening and closing
directions for the length (ℓ) of the attachment of the gripper when
the supply pressure is 0.3, 0.5, and 0.7 MPa.
· Opening direction ( ) (Dashed line indication)
· Closing direction ( ) (Solid line indication)
Y3V
Size when attachment is attached
Gripping power (N)
250
200
150
100
50
0
0 20 40 60 80 100
Length (ℓ) of attachment (mm)
0.7 MPa open
0.7 MPa closed
0.5 MPa open
0.5 MPa closed
0.3 MPa open
0.3 MPa closed
ℓ
ø76 210 ø85
ø67
ø63
41.3
65.4
12
21
44
31
5.55.5
9
15 (When open) 10 (When closed)
49
4.5 108
119.4
ø5.1
Indicator lamp
3×2-M5 Depth 10 2.5
Applicable tube
outer diameter ø4
(Open port)
Speed adjustment knob
(Closed side)
Applicable tube
outer diameter ø4
(Closed port)
Speed adjustment knob
(Open side)
Without robot ange
8
3
-0.015
0
0
+0.03
Robot ange
ø77 (When closed)
ø3 Depth 42-ø4.5 20
ø87 (When open)

4
Grippers for collaborative robots
How to use the included "CKD Pneumatic Gripper” software
The following explains how to use the dedicated "CKD Pneumatic Gripper" software included with this product.
For more details, refer to the UR Robot Manual and the instruction manual for this product.
Software Installation
After inserting the included USB drive into the robot controller, go to the "Setup Robot” screen of the robot control-
ler, select "URCaps,” then select "CKD Pneumatic Gripper" and press the "Restart" button to begin installation.
Installation Settings Screen
Congure the digital I/O settings of the directional control valve that opens and closes the gripper. Settings can
be congured while conrming the actual open/close status on the graphic display, so it is easy to conrm
whether the signal is reversed. For the directional control valve, use a 2-position double solenoid valve to
prevent workpieces from falling when the signal is cut off.
Program Registration Screen
This screen is for registering operation instructions to the gripper in the robot program.
Enter the gripper operation direction, Payload (total mass of the gripper, attachment, and workpiece), barycen-
tric coordinates (payload center of gravity), and the conditions for moving to the next operation.
Directional control valve
digital I/O settings
Congures directional control valve
digital I/O settings for OPEN/CLOSE.
Test button
Conrms the OPEN/CLOSE opera-
tion to make sure the I/O settings are
correct.
Graphic display
The OPEN/CLOSE status of the grip-
per and the operating status of the
built-in cylinder switch are indicated
by a change in color.
Operating direction selection button
Selects the operating direction using
the OPEN/CLOSE check buttons.
Operation can be conrmed using
the Test button.
Total mass and center of gravity setting
For "Payload," enter the total mass of the
gripper, attachment, and workpiece, and for
"Center of gravity," enter the center of gravity
for the total mass using the XYZ coordinates.
Operating condition settings
Sets the conditions for moving to the next
operation after gripper operation. Select the
signal number for input signal waiting, and
enter the waiting time for the timer setting.

5
Grippers for collaborative robots
L: Distance up to the point where load is applied
About the attachment
About external forces applied to the ngers
● Use the lightest and shortest attachment possible. If it is long or heavy, the inertial force during opening and closing will be
large, which may cause the ngers to become loose or accelerate the wear of the nger sliding portion, which can have a
negative impact on the lifespan.
● Select the length for when an L-shaped attachment is attached as shown below.
Example: For an L-shape, when the nger direction is 30 mm and 30 mm after bending 90 degrees, the length of the attachment
should be 60 mm
● Make sure that the length of the attachment is according to the value in the gripping force performance data.
● Be sure to follow the table below because the mass of the attachment affects the lifespan.
When an external force is applied to a nger such as when conveying and inserting workpieces, use it within [Table 1] parameters.
(* To use it while conveying, consider the impact to the terminal.)
• Sample calculation for external forces applied to the ngers
Sample calculation : When conveying a workpiece
When a workpiece (mass m = 0.7 kg, center of gravity distance L=40 mm) is gripped and conveyed with Model number: RLSH-A20DIN
attachment (mass mk: 0.4 kg, center of gravity distance Lk=30 mm)
(g: Gravity acceleration = 9.8 m/s2, α: Impact coefcient generated at the terminal = 3)
M1=α×W1×L=α×(mk×g×Lk×2+m×g×L)
=3×(0.4×9.8×30×10−3×2+0.7×9.8×40×10−3) 1.5 N·m, and M1max=1.8 N·m or less, so it can be used
Sample calculation : When inserting a workpiece
When a load of W1: 30 N is applied to Model number: RLSH-A20DIN, L=40 mm
M1=W1×L=30×40×10−3=1.2 N·m, and M1max=1.8 N·m or less, so it can be used
[Table 1] Permissible load
Model Vertical load
Wmax (N)
Bending moment
M1max (N·m)
Radial moment
M2max (N·m)
Torsion moment
M3max (N·m)
RLSH 198 1.8 3.6 1.8
RHLF 164 0.94 2 1.1
Model Mass (W) per attachment
RLSH W < 80 g
RHLF W < 100g
RCKL W < 95g
L L L
L
Vertical load
W (N)
Bending moment
M1 (N·m)=W1×L
Radial moment
M2 (N·m)= W2×L
Torsion moment
M3 (N·m)= W3×L
W1 W2
W3

6
Safety Precautions
Be sure to read this section before use.
When designing and manufacturing a device using CKD products, the manufacturer is obligated to check that
device safety mechanism, pneumatic control circuit, or water control circuit and the system operated by electrical
control that controls the devices is secured.
It is important to select, use, handle and maintain the product appropriately to ensure that the CKD product is used safely.
Observe warnings and precautions to ensure device safety.
Check that device safety is ensured, and manufacture a safe device.
1This product is designed and manufactured as a general industrial machine part.
It must be handled by an operator having sufcient knowledge and experience.
2Use this product in accordance with specications.
This product must be used within its stated specications. In addition, never modify or additionally machine this product.
This product is intended for use in general industrial machinery equipment or parts. It is not intended for use outdoors
(except for products with outdoor specications) or for use under the following conditions or environments.
(Note that this product can be used when CKD is consulted prior to its usage and the customer consents to CKD
product specications. The customer should provide safety measures to avoid danger in the event of problems.)
Use for applications requiring safety, including nuclear energy, railways, aircraft, marine vessels, vehicles, medical
devices, devices or applications in contact with beverages or foodstuffs, amusement devices, emergency cutoff
circuits, press machines, brake circuits, or safety devices or applications.
Use for applications where life or assets could be signicantly affected, and special safety measures are required.
3
Observe organization standards and regulations, etc. related to the safety of device design and control, etc.
ISO4414, JIS B 8370 (Pneumatics uid power - General rules and safety requirements for systems and their components)
JFPS2008 (Principles for pneumatic cylinder selection and use)
Including the High Pressure Gas Safety Act, Industrial Safety and Health Act, other safety rules, organization
standards and regulations, etc.
4Do not handle, pipe, or remove devices before conrming safety.
Inspect and service the machine and devices after conrming safety of all systems related to this product.
Note that there may be hot or charged sections even after operation is stopped.
When inspecting or servicing the device, turn OFF the energy source (air supply or water supply), and turn OFF
power to the facility.Discharge any compressed air from the system, and pay attention to possible water leakage
and leakage of electricity.
When starting or restarting a machine or device that incorporates pneumatic components, make sure that the
system safety, such as pop-out prevention measures, is secured.
5Observe warnings and cautions in the following pages to prevent accidents.
WARNING
■The precautions are ranked as "DANGER", "WARNING" and "CAUTION" in this section.
Danger:
When a dangerous situation may occur if handling is mistaken leading to fatal or serious
injuries, and when there is a high degree of emergency to a warning.
(DANGER)
Warning:
If handled incorrectly, a dangerous situation may occur, resulting in death or serious injury.
(WARNING)
Caution:
When a dangerous situation may occur if handling is mistaken leading to minor injuries or
physical damage.
(CAUTION)
Note that some items described as "CAUTION" may lead to serious results depending on the situation.
Every item provides important information and must be observed.
Please read below notes before ordering.
1Warranty period
This warranty shall be valid for one year after delivery to the customer's designated site.
2Scope of warranty
If any faults, found to be the responsibility of CKD, occur during the above warranty term, the product shall be re-
placed, the required replacement parts provided free of charge, or shall be repaired at the CKD factory free of charge.
This Limited Warranty will not apply to:
(1) Failures due to use outside the conditions and environments set forth in the catalog or these specications.
(2) Failures resulting from factors other than this product.
(3) Failures caused by improper use of the product.
(4) Failures resulting from modications or repairs made without CKD consent.
(5)
Failures caused by matters that could not be predicted with the technologies in practice when the product was delivered.
(6) Failures resulting from natural disasters or accidents for which CKD is not liable.
The warranty covers the actually delivered product, and does not cover any damage resulting from losses induced by
faults in the delivered product.
3Compatibility check
The customer is responsible for conrming the compatibility of CKD products with the customer's systems, machines
and equipment.

7
Laws and regulations on robot safety
Please read the following standards carefully before use.
WARNING
If a moving workpiece poses a danger to the human
body, or if there is a possibility of human ngers
being pinched by the ngers of the gripper or
attachment, take safety precautions such as by
installing a protective cover.
If the circuit pressure drops due to a power outage
or there is a problem with the air source, gripping
force may decrease causing the workpiece to fall.
Provide position locking measures, etc., so that
personnel are not injured or machines damaged.
CAUTION
Usage environment
At cutting, casting, or welding plants, there is a risk of
foreign matter, such as cutting uid, chips, powder and dust,
entering the equipment. Use covers and such to prevent this
as much as possible.
Do not use the equipment under the following environments.
Cutting uid is applied (because the sliding portion will be
scraped by the abrasive or abrasive powder in the uid)
When the atmosphere contains organic solvents,
chemicals, acids, alkalis, kerosene, etc.
Water is applied
When grasping long or large workpieces, it is a
necessary to grasp the center of gravity to ensure a
stable grip, but it is also necessary to stabilize it by
increasing the size and using multiple pieces.
Select a model with a sufcient gripping force
according to the mass of the workpiece.
Select a model with a sufcient opening and closing
width according to the size of the workpiece.
When inserting the workpiece directly to the jig using
a gripper, take the clearance into consideration
during design. The gripper may be damaged.
WL
= Excellent
○
WL
○ = Acceptable
WL
= Conditional
x
WL
x = Impossible
Pneumatic components
Safety Precautions
Be sure to read this section before use.
For details on general cylinders and cylinder switches, refer to Pneumatic Cylinders (CB-030S).
Product-specic cautions: Grippers for collaborative robots
ISO10218 and JIS B 8433 (Robots and robotic devices)
ISO/TS 15066 (Robots and robotic devices)
Design/selection
If the attachment is not rigid enough, the ngers
may twist due to deection, which may have a
negative impact on operation.
Adjust the gripper opening/closing speed using the
speed controller.
When used at high speed, backlash may occur sooner.
Also, the workpiece may vibrate due to the impact of
opening and closing, which may result in gripper errors,
workpiece insertion failures, or poor repeatability.
If a small-diameter or short-stroke actuator operates
at a high frequency, condensation (water droplets)
may form inside the piping in certain conditions. Take
steps to prevent condensation such as by using a
quick exhaust valve.
Gripper
Gripper
Push cylinder
Gripper
Mini
Slide mechanism
Stopper pin
When using a push cylinder
Press the jig by ejecting
Note) Since the workpiece slides on the attachment, the lifespan of the
gripper may be greatly reduced. The shape of the attachment should
be sufciently considered.

8
Product-specic cautions
Grippers for collaborative robots
Mounting, installation and adjustment
CAUTION
Be sure not to apply an excessive
load to the ngers and attachment
when attaching and detaching or
conveying workpieces. The linear
guide rolling contact surface of
the fingers may be scratched or
dented, resulting in a malfunction.
Descriptions Bolt used Tightening torque (N·m)
RLSH-A20D1N M4×0.7 1.4
RHLF-16CS M4×0.7 1.4
RCKL-40CS M5×0.8 2.8
Attachment mounting method
When mounting the attachment
to the ngers, consider the impact
to the gripper body and tighten it
with a wrench so that the ngers
are not twisted.
[Electrical Diagram]
[Mounting method]
Mounting the robot ange
Loosen the clamp ring and remove the robot
ange from the gripper.
After inserting the parallel pin (included) to the
robot ange surface, mount the robot ange to
the robot using the four hexagon socket head cap
screws (included).
Note: Tightening torque = 7 Nm
Mounting the gripper
Mount the gripper to the robot ange and tighten
the clamp ring.
Note: Tighten the clamp ring by hand to make
sure it is not loose.
Connector connection
Connect the gripper connector to the tool
connector of the robot.
[Switch specications]
Descriptions Proximity 2-wire
F2H T2H
Applications Dedicated for programmable controller
Load voltage/current DC10 to 30V 5 to 20mA
Leakage current 1mA or less
Shock resistance 980m/s2
Weight g 10 18
3
1
2
Do not apply load to
the body.
Tightening
Gripper
Workpiece
Wiring connector
Tool connector
Robot ange
Gripper
Tool connector
Robot side
Parallel pin
Robot ange
Clamp ring
Hexagon socket head cap screws
4 pieces
Indicator light inside the ange
Cylinder switch for gripper
Tool connector
24V LED1
blue bluegreen green
GND GNDGNDGND
LED2 24V 24V
1 WH
2 BN
3 GN
4 YE
5 GY
6 PK
7 BU
8 RD
1
2
3 SW2 OUT
4 SW1 OUT
5 24V IN
6 GND IN
7
8
9
SW1 OUT 10
SW1 GND 11
12
SW2 OUT 13
SW2 GND 14
15
16
Load fail
Load fail
CN1 CN2
BN
SW-F2H (RLSH)
SW-T2H (RHLF)
SW-T2H (RCKL)
SW-F2H (RLSH)
SW-T2H (RHLF)
SW-T2H (RCKL)
Switch
Main circuit
Switch
Main circuit
BN
BU
BU
12
37
8
4 6
5

2020 2020.2
If the goods and/or their replicas, the technology and/or software found in this catalog are to be exported from Japan, Japanese laws
require that the exporter makes sure that they will never be used for the development or manufacture of weapons for mass destruction.
East Japan Branch
Central Japan Branch
West Japan Branch
Grippers for collaborative robots
Symbol Bwhen attachment V (directional control valve / tube) is selected
Directional control valve model No.
4GA120R-C4-E21P-FLA28482-3
Refer to “Pneumatic Valves (No.CB-023S)” for other specication products.
Specications
Item Description
Valve type and operation method Pilot operated soft spool valve
Solenoid position 2-position double solenoid
Max. working pressure MPa 0.7
Min. working pressure MPa 0.2
Ambient temperature °C -5 to 55 (no freezing)
Fluid temperature °C 5 - 55
Manual override Non-locking/locking common
Response time ms 9
Flow characteristics
C [dm3/(s·bar)], b
P → A/B: C = 1.2, b = 0.47
A/B → R1/R2: C = 0.72, b = 0.37
Rated voltage V 24V DC
Voltage uctuation range ±10%
Holding current A 0.017
Power consumption W 0.40
Surge suppressor Built-in
Indicator Built-in lamp
Dimensions
12
22 4
2-4.4
30
17.8
63.4
4
Lead wire length 1,000
(AWG#26, Outer diameter ø1.3)
2-width 3.2 slot
2-push-in tting ø4
4(A) 2(B) port
112
57.6
Mounting plate
(Attachment)
2-silencer SL-M5 (Attachment)
5(R1) 3(R2) port
Push-in tting ø4 (Attachment)
1(P) port
14.5
Directional control valve 4GA120R-C4-E21P-3
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Directional control valve (Option)
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Portable air supply unit ASU-S
■ Portable compact compressor
■ Supplies clean air with built-in lter
■ Continuous operation possible
Catalog No. CC-1363A
■ Compact/modular type with unied principal dimensions
for lters, regulators, and lubricators
■ Wide variety of combinations are possible according to
the application
■ Long-life element is used
■ Simple design with no wasted space on the front