Ben FurnishExt. 128
TB DExt. 124Electro-Mechanical Product Sales Manager
Bill ServiceExt. 107Marketing Manager
Roger SherrardExt. 103General Manager
WARNING
FAILURE OR IMPROPER SELECTION OR IMPROPER USE OF THE PRODUCTS AND/OR SYSTEMS DESCRIBED HEREIN OR
RELATED ITEMS CAN CAUSE DEATH, PERSONAL INJURY AND PROPERTY DAMAGE.
This document and other information from Parker Hannifin Corporation, its subsidiaries and authorized distributors provide product and/or
system options for further investigation by users having technical expertise. It is important that you analyze all aspects of your application
and review the information concerning the product or system in the current product catalog. Due to the variety of operating conditions and
applications for these products or systems, the user, through its own analysis and testing, is solely responsible for making the final selection
of the products and systems and assuring that all performance, safety and warning requirements of the application are met.
The products described herein, including without limitation, product features, specifications, designs, availability and pricing, are subject to
change by Parker Hannifin Corporation and its subsidiaries at any time without notice.
Offer of Sale
The items described in this document are hereby offered for sale by Parker Hannifin Corporation, its subsidiaries or its authorized
distributors. This offer and its acceptance are governed by the provisions stated on the separate page of this document entitled "Offer of
Sale".
Offer of Sale ........................................................................................................ 43
Automation
3
Parker Hannifin Corporation
Automation Actuator Division
Wadsworth, OH 44281
Page 4
PM-ER01/USA
Product Information
Maintenance Instructions and Parts List
ER Series Rodless Actuator
ER Series Rodless Actuator
Product Introduction and Features
The ER Series Rodless Actuator combines a robust, modular design with a variety of options that allow it to be tailored to
many applications. With two load bearing carriage styles available on all actuator sizes and two drive types (belt and screw
drive), the ER Series may be ordered specifically designed for the application. Combined with a Parker Hannifin stepper,
servo or DC brush system, the ER Series becomes a fully programmable linear actuator system.
ER Series Features
• Produced to hard metric ISO standards
• Three ISO mount sizes: 32mm, 50mm, 80mm
• Standard roller bearing carriage
• Square rail carriage option for greater load carrying capability
• Extruded, anodized aluminum body with t-slots for mounting switches and clamps
• Angular contact thrust bearings at rear of screw
• Low-friction burnished lead screw with bronze nut option
• Steel reinforced polyurethane drive belt (belt drives only)
• Integral sensing magnet
• High quality flexible couplings
• High performance stepper , servo and DC brush motors
• Designed for multi-axis connectivity (available from the Automation Actuator Division)
Motor Systems
• Microstepping systems
• DC Brushless servo systems with encoder or resolver feedback
• AutoDrive DC brush limit switch controller systems
• User provided AC or DC motor systems
Automation
4
Parker Hannifin Corporation
Automation Actuator Division
Wadsworth, Ohio
Page 5
PM-ER01/USAMaintenance Instructions and Parts List
Features
ER Series Rodless Actuator
ER Series Overview
The figures below represent the main components of an ER Series Linear Actuator.
Screw Driven Unit
Rear End Cap
Load Bearing Carriage
Strip Seal
Ball Screw or
Acme Lead Screw
Sensing Magnet
Front End Cap
Front End Cap
Actuator Body
Overstroke Bumper
Steel Reinforced
Polyurethane Drive Belt
Rear End Cap
Overstroke Bumper
Load Bearing Carriage
Actuator Body
Belt Driven Unit
Automation
5
Parker Hannifin Corporation
Automation Actuator Division
Wadsworth, OH 44281
Page 6
PM-ER01/USA
Model Code
Maintenance Instructions and Parts List
ER Series Rodless Actuator
ERS50 –B05RA21–
Series/Motor Type
ERS Stepper
ERB Servo
ERD DC Brush
Profile Size
3232 mm
5050 mm
8080 mm
Drive Type Available Sizes
A04 Acme Screw, 0.250 in leadER32, 80
A05 Acme Screw, 0.200 in leadER50
A08 Acme Screw, 0.125 in leadER32
B01 Ball Screw, 1.000 in leadER50, 80
B02 Ball Screw, 0.500 in leadER50, 80
B04 Ball Screw, 0.250 in leadER80
B05 Ball Screw, 0.200 in leadER50
B08 Ball Screw, 0.125 in leadER32
BLT Belt DriveAll
Motor Mounting Style – Screw Drive
LInline Motor Mounting
MParallel with Timing Belt, Motor Position 2
NParallel with Timing Belt, Motor Position 3
QParallel with Timing Belt, Motor Position 4
RReverse Parallel with Timing Belt, Motor Position 1
SReverse Parallel with Timing Belt, Motor Position 2
TReverse Parallel with Timing Belt, Motor Position 3
VReverse Parallel with Timing Belt, Motor Position 4
Motor Mounting Style – Belt Drive
RDirect Drive, Drive Right
LDirect Drive, Drive Left
M*Parallel with Timing Belt, Over Right
NParallel with Timing Belt, Under Right
S*Parallel with Timing Belt, Over Left
TParallel with Timing Belt, Under Left
VReverse Parallel with Timing Belt, Over Right
WReverse Parallel with Timing Belt, Under Right
YReverse Parallel with Timing Belt, Over Left
ZReverse Parallel with Timing Belt, Under Left
JReverse Parallel with Timing Belt, Rear Right
KReverse Parallel with Timing Belt, Rear Left
codes 2n for ERB32 and
motor codes 6n and Jn
for ERB50
Step Motor and DC Brush Motor
Option
0No Motor, Flange and Coupler/Pulley Only
1Std. Motor, Cable Grommet w/o Damper
2Std. Motor, Conduit Connector w/o Damper
3Std. Motor, Brad Harrison Connector, w/o Damper
4*Std. Motor, Cable Grommet w/ Damper
5*Std. Motor, Conduit Connector w/ Damper
6*Std. Motor, Brad Harrison Connector w/ Damper
9Used w/Frame Size 9, Special Motor to be Mounted
XUsed with Frame Sizes 2, 3, 4, Other Parker Motor
* Step motors only.
Automation
6
Parker Hannifin Corporation
Automation Actuator Division
Wadsworth, Ohio
Page 7
PM-ER01/USAMaintenance Instructions and Parts List
Model Code
ER Series Rodless Actuator
BSRE150L–A
A Assigned by Factory
Linear Potentiometer Option
Omit- No Linear Potentiometer
L- Linear Potentiometer
Carriage Bearing Style
RRoller Bearing Carriage
S
Carriage Style
SStandard
XSpecial (Consult Factory)
Actuator Mounting Options
B*Foot Mount (MSI)
E*Rear Eye (MP4)
FBottom Tap (MS4) Standard
GFoot Side Lug, Screw Drive Only
Rear Flange (MF2)
H*
Screw Drive Only
JFront Flange (MF1)
Front and Rear Flange (MF1 and MF2)
N*
Screw Drive Only
XSpecial
* Parallel motor mounting only.
Square Rail Carriage
(Screw Drive Only)
StrokeSizes
5050 mm (1.97 in.)ER32, 50
100100 mm (3.94 in.)All
150150 mm (5.91 in.)All
200200 mm (7.87 in.)All
300300 mm (11.81 in.)All
450450 mm (17.72 in.)All
600600 mm (23.62 in.)All
750750 mm (29.53 in.)All
10001000 mm (39.37 in.)All
12501250 mm (49.21 in.)ER50, 80 Screw, All Belt
15001500 mm (59.05 in.)ER80 Screw, All Belt
Up to 2800 mmAll Belt
Up to 3300 mmER50, 80 Belt
Brake Option (ER50, 80)
OmitNo Brake
E1115 VAC with Flying Leads and Cable Gland
F124 VDC with Flying Leads and Cable Gland
G1115 VAC with Brad Harrison Conn.
and 4 m Cable
H124 VDC with Brad Harrison Conn.
and 4 m Cable
V2115 VAC w/ Flying Leads, Cable Gland on
Step Motor ( NEMA 34,42)
W224 VDC w/ Flying Leads, Cable Gland on
Step Motor (NEMA 34,42)
Y2115 VAC w/ Brad Harrison Conn. and
4 m Cable on Step Motor (NEMA 34, 42)
Z224 VDC w/ Brad Harrison Conn. and
4 m Cable on Step Motor (NEMA 34,42)
1
Not available on inline screw drives or direct drive belt
drives. Not compatible with rear mounting options (B, H, N).
2
Not compatible with damper or encoder options.
Servo Motor
Motor CodeSizes
20NEMA 23 Flange and Coupling/ Pulley OnlyER32, 50
22SM233BE-TTQN Motor with 10 ft. CablesER32, 50
23SM233BR-TMSN Motor with 10 ft. CablesER32, 50
2XOther Parker NEMA 23 Motor to be MountedER32, 50
30NEMA 34 Flange and Coupling/ Pulley OnlyER50, 80
3XParker NEMA 34 motor to be MountedER50, 80
60Parker 92 mm Flange and Coupler/Pulley OnlyER50, 80
6XOther Parker 92mm Motor to be MountedER50, 80
J1J0922JR-KMSN with 25 ft. CablesER50, 80
J2J0923HR-KMSN with 25 ft. CablesER50, 80
J3J0923KR-KMSN with 25 ft. CablesER80
90Special Flange and Coupler/ Pulley OnlyA n y
99Special Motor to be MountedAny
Automation
Drive Ratio Availability
Servo Motors
Drive Ratio
Size1:11:1.51.5:1
ETB3222 & 2322 & 23—
ETB50
ETB80J1/J2/J3—J1/J2/J3
7
22 & 23
J1/J2
—22 & 23
Parker Hannifin Corporation
Automation Actuator Division
Wadsworth, OH 44281
Page 8
PM-ER01/USA
Maintenance Instructions and Parts List
ER Series Rodless Actuator
Automation
8
Parker Hannifin Corporation
Automation Actuator Division
Wadsworth, Ohio
Page 9
PM-ER01/USAMaintenance Instructions and Parts List
Parts List Introduction
ER Series Rodless Actuator
ER Series Form Factors
The ER Series Rodless Actuator is available in three basic form factors, each of which carries a separate exploded
view drawing and parts list. After determining your ER form factor, refer to the parts list section corresponding to that
form factor.
DRIVE TYPE
BEARING TYPE
Screw Drive
Roller Bearing
Pages 10-11
Square Rail
Bearing
Pages 12-13
Belt Drive
Roller Bearing
Pages 14-15
Motor Mounting Styles
The ER Series Rodless Actuator includes pre-mounted DC stepper, brushless servo or brush motors. Motors may
be mounted inline, or directly coupled to the screw shaft (screw drive) or pulley shaft (belt drive). Alternatively , motor
may be mounted in a variety of parallel (or reverse-parallel) configurations. Parallel mounting link the motorshaft and
actuator drive shaft through a timing belt and pulley system. Refer to the model code pages (pp. 6-7) and Catalog
1894, Electromechanical Actuator Products, for a detailed description of the many mounting possibilities. Each
motor mounting assembly may be applied to all ER Series types: screw and belt drive, roller bearing and square rail.
MOTOR MOUNTING
TYPE
1
Parts listed on page 13.
Automation
Parallel MountInline Mount
Pages 16-17Pages 18-19
9
Parker Hannifin Corporation
Automation Actuator Division
Wadsworth, OH 44281
Page 10
PM-ER01/USA
Exploded View- Roller Bearing/Screw Drive
Maintenance Instructions and Parts List
ER Series Rodless Actuator
ER Series Roller Bearing Carriage and Screw Drive
←←
Drawing Orientation
←
←←
Automation
10
Parker Hannifin Corporation
Automation Actuator Division
Wadsworth, Ohio
Page 11
PM-ER01/USAMaintenance Instructions and Parts List
59STRIP SEAL1ER32M06BSCER50M06BSCER80M06BSC
60STRIP SEAL MAGNETS2ER32M11BSCER32M11BSCER32M11BSC
61BODY1ER32CXXXXER50CXXXXER80CXXXX
Automation
11
Parker Hannifin Corporation
Automation Actuator Division
Wadsworth, OH 44281
Page 12
PM-ER01/USA
Exploded View- Square Rail/Screw Drive
Maintenance Instructions and Parts List
ER Series Rodless Actuator
ER Series Square Rail Carriage and Screw Drive
←←
← Drawing Orientation
←←
Automation
12
Parker Hannifin Corporation
Automation Actuator Division
Wadsworth, Ohio
Page 13
PM-ER01/USAMaintenance Instructions and Parts List
Parts List- Square Rail/Screw Drive
ER Series Rodless Actuator
PART DESCRIPTIONQTY 325080
1BCARRIAGE BO DY , S QUARE RAIL1ER32 R03 SSER50 R03SSER80R03SS
11SWITCH MAGNETS2ER32M10ER80M10ER80M10
12NUT RETAINER1ER32 R07ER50R07ER80R0 7
13NUT RETAINER SCREWS4CF-CM4X0.7-012CF-CM4X0.7- 012CF-CM6X1.0- 020
14NUT RETAINER SET SCREWS2SB-CM4X0.7-006SB-CM6X1.0-008SB-CM81.25-010
15A CME\BALL SCREWS NUT 1TNXXXXXTNXXXXXTNXXXXX
16U.H.M.W. COV ER SLIDE1ER32 R14 BSCER50R14BSCER80R1 4BSC
17BTOP LOA D PLATE (SCREW)1ER32R05-S ER50R05- S ER80R05-S
18TOP LOAD PLATE SCREWS8CS-CM3X0.5-010-ZCS-CM4X0.7-012-ZCS-CM5X0.8-016-Z
19STRIP GUIDES2ER32R06ER50R06ER80R06
20STRIP GUIDES SCREWS4CS-CM3X0.5-008-ZCS-CM4X0.7-008-ZCS-CM4X0.7-010-Z
22SQUARE RAIL BEARING SETS1RA377-XXXXRA3 7 8-XXXXRA 3 7 9-XXXX
23SQUARE RAIL BEA RING SCREWS8CS-CM3X0.5-020CS-CM3X0.5-008CS-CM5X0.8-035
24SERRATED WASHER8B2124B2125B2125
28END CAP SNAP RINGS2BNVH-112BNVH-162BNVH-275
29CARRIAG E STOPS2ER32 M02ER50 M02ER80M0 2
30SCREW DRIVE END CAP BUMPERS2ET32M01 ET50M01ET80M01
31THRUST BEARINGS2RA373RA336RA342
32SCREW SHAF T SLEEVE1ER32R0 8N/AN/A
33SCREW DRIVE OPP.S IDE END CAP1ER32E01ER50E01ER80 E01
34ST R IP GUIDE CLA M P2ER32M05ER50M 05ER80M05
35STRIP GUIDE CLAMP SCREWS4CB-CM4X0.7-008-ZCB-CM4X0.7-008-ZCB-CM4X0.7-008-Z
36SCREW DRIVE MO TOR SIDE END CA P1ER32E0 2ER50E02ER80E0 2
37BEARING LOCKNUT1ET32R07B8777B8776
37ABEARING LOCKNUT S CR EW1CS -CM3 X0.5-0 08 SUPPLIEDSUPPLIED
38SCREW DRIVE END SHCS IN LINE4CS-CM5X0.8-030CS-CM6X1.0-035CS-CM8X1.25-050
59STRIP SEAL1ER32M06 BSCER50M06BSCER80M06BSC
60STRIP SEAL MA GNETS2ER32 M11BSCER32M11BSCER32M11BSC
61BODY1ER32CXXXXER50CXXXXER80CXXXX
62SQUARE RAIL SCREWS-CS-CM3X0.5-006CS-CM3X0.5-006CS-CM4X0.7-016
63SQUARE RAIL S CREW WAS HERS-B2124B 2125B2125
Automation
13
Parker Hannifin Corporation
Automation Actuator Division
Wadsworth, OH 44281
Page 14
PM-ER01/USA
Exploded View- Roller Bearing/Belt Drive
Maintenance Instructions and Parts List
ER Series Rodless Actuator
ER Series Roller Bearing Carriage and Belt Drive
←←
←
Drawing Orientation
←←
Automation
14
Parker Hannifin Corporation
Automation Actuator Division
Wadsworth, Ohio
Page 15
PM-ER01/USAMaintenance Instructions and Parts List
Parts List- Roller Bearing/Belt Drive
ER Series Rodless Actuator
PART DESCRIPTIONQTY 325080
1ACA RRIA GE BODY, BEL TED1ER32R0 3RBER50R03RBER80R03RB
40TIE ROD NUTS832-2701550- 2701580-27015
42BUMPER PLATE MOUNTING SCREWS4CS-CM3X0. 5-012CS-CM3X0.5-010CS-CM5X0.8-010
43BELT DRIVE BUMPER2B8504-32ERB8504-50ERB8504-80ER
44BEL T DRIV E B UMPER PLA TE2ER 32M12ER50M12ER80M12
45BELT DRIVE PULLEY2ER32P01ER50P01ER80P01
46ABELT DRIVE IN LINE SHAFT1ER32 S0 2ER50 S02ER80S 02
46BBELT D R IV E PARALLEL SHA FT1ER32S03ER50S03ER8 0S03
46CB ELT D RIVE PARA LL EL SHA FT W/ BK1N /AER 50S04ER 80S0 4
46DBEL T DRIVE PARAL LEL W/ L INK & BK1N/AER5 0S09ER80S09
47BELT DRIVE BEARINGS4RA382RA374RA375
48BELT DRIVE SHAFT SPACER2ER32S05ER50S05ER80S05
49BELT DRIVE END CA P COV ERS3ER32M0 7ER50M07ER80M07
50BELT DRIVE E.C. COVERS SCREW12CB-CM3X0.5-008-Z ESF4005-12ESF4006- 08
51BELT DRIVE IDLER SHA FT1ER32S01ER50S01ER80S01
52BELT DRIVE END MOUNTING CAPS2ET32E07ET50E07ET80E07
53BELT DRIVE BUMPER SCREWS 2CS-CM5X0.8-012CS-CM5X0.8-020CS-CM6X1.0-010
54BELT DRIVE IDLER SHA FT KEY S2B8534M2-14B8534M3-20B8534M5-25
55ABELT DRIVE IN LINE SHAFT KEY1B8534M2-06B8534M2-08B8534M5-14
55BBELT DRIVE PARALLEL KEY .1B8534M2-20B8534M2-20B8534M5-32
56BELT DRIV E BELT1ER32B01BSCER50B01BSCER80B01BSC
59STRIP SEAL1ER32M06 BSCER50M06 BSCER80M06BSC
60STRIP SEAL MA GNETS2ER32M1 1 BSCER32M11 BSCER32M11BSC
61BODY1ER32CXXXXER50CXXXXER80CXXXX
Automation
15
Parker Hannifin Corporation
Automation Actuator Division
Wadsworth, OH 44281
Page 16
PM-ER01/USA
Exploded View- Inline Motor Mounting
ER Series Inline Motor Mounting
Maintenance Instructions and Parts List
ER Series Rodless Actuator
ER32
Step MotorsServo MotorsDC Brush Motors
Part No. DescriptionS 57-102SM233BAD 23A
1MOTOR ADAPTOR FLANGEET32E05ET32E09E T 32E05
2GASKETET32M05E T32M05ET 32M05
3COUPLER HOUSINGET32E04ET32E04ET32E04
4FLANGE MOUNTING BOLT SCF T-C M3X0.5-012CS-CM3X0.5-025CFT -C M3X0.5-012
5COUPLER HO USING SCREWSCS-CM3X 0.5-035CS-CM3X 0.5-035CS-CM3X0.5-035
6GASKETET50M06E T50M06ET 50M06
7MOTORS57-102MOM233B (2 V ERSIONS)AD23A-048-10
8WASHERWS-SLR-C M05-ZWS-SLR-CM05-ZWS-SLR-CM05-Z
9ASCREW C O UPLERGCM100602R G SM090602GC M100602
9BMOT OR COUP LERGC102500RGS093813GC102500
10COUPLER INSERTGC12-SURGS0998GC12-SU
11MO T OR MO UNT ING SCREWSCS-C M5X0.8-012-ZCS-CM5X0.8-018-ZC S-CM5X0.8-012-Z
1MOTOR A DAPTOR FLA NGEN/AET80E05N/AET80E11
2GASKETET80M05ET 80M05E T80M05ET 80M05
3COUPLER HOUSINGET80E04ET80E04ET80E14ET80E04
4FLANGE MOUNT ING BOLTSN/ACF-C M5x0.8-020N/AC F-CM5X0.8-030
5COUPLER HO USING SCREWSCS -CM6 x 1. 0-0 80CS-CM6x1.0-0 80CS-CM6x1.0-080CS-CM6 x 1. 0-0 80
6GASKETET80M13ET 80M12E T50M11ET100M12
7MOTORS83-135S106-17 8J092 (3 VERSIONS)APEX620
8WASHERWS-SLR-C M05-ZWS-SLR-CM06-ZWS-SLR-CM06-ZESF1108
9ASCREW C O UPLERGCM401405GCM401405RGSM191405RGSM191405
9BMOTOR C O UPLERGC403800GC406313RGSRGSM192408
10COUPLER INSERTGC42-SUGC42-SURGS1998RGS1998
11MOTOR MOUN TIN G SCREWSCS-CM 5X0.8-016-ZESF4106-20CS-C M6X1.0-025-ZCS-CM8X1.25-035-Z
1PARALLEL MOUNT HOUSINGET32E06ET32E06ET32E06
2GA SKETET32M09ET32M09ET32M09
3GA SKETET32M05ET32M05ET32M05
4GA SKETET32M08ET32M08ET32M08
5END CAPET32E07ET32E07ET32E07
6PARALLEL MOUNT COVERET32E10ET32E10ET32E10
7MOTOR ADAPTOR FLANGEET32E08ET32E08ET32E08
8GA SKETET50M06ET50M06ET50M06
9MO TORS57-102SM233B (2 VERSION S )AD 23A-048-10
10TIE ROD NUT32-2701532-2701532-27015
11COVER SCREWSCB-CM3X0.5-008-ZCB-CM3X0.5-008-ZCB-CM3X0.5-008-Z
12MOTOR MOUNTING SCREWS CS-CM5X0.8-012-ZCS-CM5X0.8-014-ZCS-CM5X0.8-012-Z
13WASHERWS-SLR-CM05-ZWS-SLR-CM05- ZWS-SLR-CM05- Z
14WASHERB2128-M4B2128-M4B2128-M4
15ADAPTOR SCREWSCB-CM4X0.7-010CB-CM4X0.7-010CB-CM4X0.7-010
16-18 SEE PULLEY-BELT TABLES
19PARALLEL MOUNT STUDB8805-M6-50B8805-M6-50B8805-M6-50
20ADPATOR SCREWS*CS-CM3X0.5-020CS-CM3X0.5-020CS-CM3X0.5-020
2 1ER BELT DRIVE ADAPTOR*ER32 M09ER32 M09ER3 2M09
*
ER BELT DRIVE ONLY
Automation
18
Parker Hannifin Corporation
Automation Actuator Division
Wadsworth, Ohio
Page 19
PM-ER01/USAMaintenance Instructions and Parts List
Exploded View- Parallel Motor Mounting
ER Series Rodless Actuator
ER50
Step MotorsServo Motors
Part No. Descript ionS57-102S83- 135SM233BJ092
1PARALLEL MOUNT HOUSINGET50E06ET50E06ET50E06ET50E06
2GA SKETET50M09ET50M09ET50M09ET50M09
3GA SKETET50M05ET50M05ET50M05ET50M05
4GA SKETET50M08ET50M08ET50M08ET50M08
5END CAPET50E07ET50E07ET50E07ET50E07
6PARALLEL MOUNT COVERET50E10ET50E10ET50E10ET50E10
7MOTOR ADAPTOR FLANGEET50E08ET50E09ET50E08ET50E17
8GA SKETET50M06ET50M06ET50M06ET50M06
9MO TORS57-102S83-135SM233B (2 VERSI ONS) J092 (3 VE RSIONS )
10TIE ROD NUT50-2701550-2701550-2701550-27015
11COVER SCREWSCB-CM4X0.7-012-ZCB-CM4X0.7-012-ZCB-CM4X0.7-012-ZCB-CM4X0.7-012-Z
12MOTOR MOUNTING SCREWS CS-CM5X0.8-012-ZCS-CM5X0.8-012-ZCS-CM5X0.8-014-ZCS-CM6X1.0-025-Z
13WASHERWS-SLR-CM05-ZWS-SLR-CM05- ZWS-SLR-CM05- ZWS-SLR-CM06-Z
14WASHERB2128-M5B2128-M5B2128-M5B2128-M5
15ADAPTOR SCREWSCB-CM5X0.8-010CB-CM5X0.8-010CB-CM5X0.8-010CB-CM5X0.8-010
16-18 SEE PULLEY-BELT TABLES
19PARALLEL MOUNT STUDB8805-M8-60B8805-M8-60B8805-M8-60B8805-M8-60
20ADAPTOR SCREWS*CS-CM5X0.8-025CS-CM5X0.8-025CS-CM5X0.8-025CS-CM5X0.8-025
2 1ER BELT DRIVE A DA PTOR*ER50M09ER50M 09ER5 0M09ER50M09
*
ER BELT DRIVE ONLY
DC Brush Motors
Part No. Descrip tionAD23AAD34A
1PARALLEL MOUNT HOUSINGET50E06ET50E06
2GA SKETET50M09ET50M09
3GA SKETET50M05ET50M05
4GA SKETET50M08ET50M08
5END CAPET50E07ET50E07
6PARALLEL MOUNT COVERET50E10ET50E10
7MOT OR ADAPTOR F LANGEE T50E08ET 50E09
8GA SKETET50M06ET50M06
16MOTOR PULLEYB8793F-28B8793F-22B8793F-18B8794F-18B8794F-14
17DRIVEN PULLEYB8790-28B8790-33B8790-36B8791-18B8791-21
18T IM IN G B ELTB8801-15-78 B8801-15-78 B88 01-15-78 B8802-15-51 B8802-15-51
Part No. Description Ratio >1:11.5:11:1
16MOTO R P ULLEYB8793-28 38B8793-2238B8794-1855
17DRIVE N P ULLEYB8790-28B8790-33B8791-18
18TIMING BELTB8801-15-78 B8801-15-78 B8802-15-51
Cleaning22
Lubrication22
Timing Belt T ension Adjustment23
Coupler and Pulley Spacing24
T orque Specifications25
Assembly Information (Adhesives and Lubricants)25
Roller Bearing Carriage Preloading26
Belt Drive T ensioning30
Cleaning
Actuator external surfaces may be cleaned with a clean, dry cloth. Use only mild, non-corrosive cleaning agent. Keep strip
seal clear of debris. Inspect area around carriage for signs of contamination. Keep the strip seal free of debris. Environments with high concentrations of small particles, such as metal shavings, dust, and sawdust may require the ER unit to
be fitted with a positive pressurization tube and fitting. Call the factory for details at (330) 336-3511.
Do not use high pressure washdown or steam-lance cleaning systems.
Lubrication
ER Series actuators are lubricated upon assembly. In most cases, this lubrication will suffice for the life of the actuator.
Applications that require high speeds, high duty cycles or strokes that do not allow ball nut ball bearings to completely
recirculate may require additional lubrication. The angular contact thrust bearings are lubricated for life, as are the roller
bearing wheels. Square rail bearings supplied with ER Series actuators typically require no additional lubrication.
To inspect the ball screw or acme lead screw to determine if lubrication is necessary, remove the strip clamps from either
end cap and lift the strip seal. Be careful not to pull on the seal. With the drive screw exposed, verify that an adequate
amount of lubrication is present on the screw threads. Should additional lubrication be required, Parker AAD recommends
the following:
•MagnaLube (p/n 1331815-000-01), 1.5 oz tube (grease)
•Thomson Linear Lube, 14.5 oz tube (grease)
Depending on the conditions of use, it may be necessary to establish a lubrication schedule for your actuator. Please
contact the factory at (330) 336-3511 for additional information.
Automation
22
Parker Hannifin Corporation
Automation Actuator Division
Wadsworth, Ohio
Page 23
PM-ER01/USAMaintenance Instructions and Parts List
Timing Belt Adjustment
ER Series Rodless Actuator
Adjusting Timing Belt T ension
for Parallel Mount Motors
In order to ensure long belt life and consistent performance,
it is important to tension the timing belt correctly . Too little
tension may lead to belt tooth skipping, while too much
tension adds tension to the belt and causes side loading on
both the motor and screw shafts.
Belt Tensioning Procedure
1.Remove four button head cap screws (52).
2.Remove cover (50) and gasket (51) from end
cap (44).
3.Loosen four button head cap screws (55).
Loosen just enough to allow motor to move
freely.
4.Adjust belt (47) tension. Refer to Belt tension
table for deflection values. A belt with correct
tension should deflect the listed value (table
below) with the force applied at the access hole
in the housing (44) using Gates Tension Tester
(P/N 7401-0076).
Access Hole
(available from Parker AAD)
53
• Using belt tension tool
Attach belt tension tool assembly to mounting
plate (53). Turn adjustment screw as required
to properly tension the timing belt. (Tensioning
procedure supplied with tool.)
• By hand
a. Maintaining proper tension force on the belt at
the middle of the belt span (see chart), tighten
button head cap screws (55).
b. Check for proper belt deflection.
5.Visually inspect for proper seating of belt teeth
in pulley grooves.
6.Torque the four button head cap screws (55).
(Refer to the torque values chart located on
page XX.)
7.Place gasket (51) and cover (50) on end cap
(44), securing with four button head cap screws
(52).
8.Torque the four button head cap screws (52) as
required. (Refer to the torque values chart
located earlier in this section.)
Automation
ProfileDeflection Force
Dimension "A"
SizeValue*
323 mm (0.12 in) 17 N (3.7 lb)
503 mm (0.12 in) 25 N (5.5 lb)
803 mm (0.12 in)
* At mid-span of belt via access hole.
23
10 N (2.2 lb)
Parker Hannifin Corporation
Automation Actuator Division
Wadsworth, OH 44281
Page 24
PM-ER01/USA
Coupler and Pulley Spacing
Maintenance Instructions and Parts List
ER Series Rodless Actuator
Motor Coupler and Pulley spacing
Motor coupler and pulley spacing refers to the required position of the coupler or pulley on the motor
shaft to ensure correct coupler or belt engagement.
1.Determine type of motor (inline or parallel).
2.Referring to the appropriate illustration and specification table, assemble coupler to motor shaft using Loctite
609. Make sure to measure the “A” dimension from the mounting face of the motor. Do not measure off of the
pilot. Tighten set screw (if applicable).
3.Make sure to torque motor mounting hardware as necessary (if applicable). Refer to page 14 for torque
values.
NOTE: Use precautions contained with Loctite or any other adhesive used in assembly.
Roller Plate SHCS88M3192.1M4414.6M5849.5
Roller Retainer FHCS (SH)7 (10) 7 (10) M 3(M4) 11(25) 1.2( 2.8) M3(M4) 11(41) 1.2(4.6) M6(M6) 84(84) 9.5(9.5)
Square Rail Bearing SHCS23n/aM 3111.2M3111.2M5849.5
Beari ng Locknut SHCS37An/aM 3111.2M3111.2M4504
A c tuator T i e Bolts38,4038/ 40M 5,M 6859.6M 6,M 821023.7M8,M1041546.9
Coupler SHCS (S er vo)
Coupler SHCS (S tep/DC)
M otor A daptor SH/F HCS44M3111.2M 5505.7M6505.7
M otor M ount i ng Bolt s11,12
Paral l el Flange BHCS1515M 4414.6M5505.7M6859.6
Paral l el C over BHCS1111M 3111. 2M4414.6M5 505. 7
Drive Pulley SHCS
Load Att achment SHCS1818M3111.2M4252.8M5 849. 5
Strip Clamp BHCS3535M4252.8M 4252.8M 4252.8
Strip Guide SHCS2020M3111.2M4252.8M4252.8
Nut Retainer FHCS1313M4252.8M4252.8M6849.5
1
Not pictured; coupler parts are 9A and 9B 2 11 for inline, 12 for parallel mounting
The ER Series roller bearing carriage is preloaded against normal and side loading, and pitch, yaw and roll moment
loading (as shown at right). Each of the seven roller bearing wheels consist of a quality radial bearing and Nylon
cover . This Nylon material is designed for long life and minimal distortion under load.
Key to Terms:
F
= Normal Load
n
Fs= Side Load
Mp= Pitch Moment
Mr = Roll Moment
= Yaw Moment
M
y
Load Considerations
It is important to consider the parameters of the application to best select an actuator. Should the actuator experience difficulties during use, it may be necessary to consider the application when searching for a cause.
Two factors limit the performance of the roller bearing carriage, speed and temperature. Under conditions of excessive speed or temperature, the load capacity of the carriage should be derated as shown in the graphs to the right.
T o calculate the effective load, divide the actual load by the temperature and speed factors as shown in the formula
below.
Speed Factor vs Speed
1.5
1.0
sp
f
0.5
0.0
012345
0(40)(80)(120)(160)(200)
Speed, m/sec (in/sec)
Temperature Factor vs Temperature
1.5
1.0
temp
f
0.5
0.0
0 1020304050
(32)(50)(68)(86)(104)(122)
Temperature, ˚C (˚F)
Automation
Calculate Effective Load (L
L
= L
act
/ (fsp x f
eff
temp
)
26
):
eff
Parker Hannifin Corporation
Automation Actuator Division
Wadsworth, Ohio
Page 27
PM-ER01/USAMaintenance Instructions and Parts List
Roller Bearing Carriage Preloading
ER Series Rodless Actuator
When would it be necessary to preload the carriage?
Under normal operating conditions (as specified in Parker Catalog 1894), the carriage should not lose preload. A
loss of preload can result in noticable play in the carriage in any direction. Should the carriage feel "loose" in the
actuator body , follow the following procedure to reset the carriage preload.
Screw Drive Actuators
1. Disassemble the actuator.
aDetach the load from the actuator.
bRemove the load attachment plate (8 socket head cap screws).
cLoosen the screws on the strip seal clamps and carefully remove the strip seal.
CAUTION: Strip seal edges are sharp!
dDetach the motor mounting assembly. For parallel driven units, it may be necessary to loosen the
timing belt before removing the four mounting bolts that attach the entire assembly. For inline driven
units, remove the motor and coupler housing (four screws for each part).
eRemove the bolts that attach the motor-side end cap (containing the thrust bearings) to the actuator body.
fRemove the mounting bolts from the non-driven end cap.
The carriage-screw assembly should now be axially somewhat loose in the actuator body.
gSeparate the non-driven end cap from the actuator body. To do this, rotate the drive screw unitl the carriage lightly
meets the end of travel at the non-driven end cap. Once there, slowly rotate the drive screw; it will act as a jacking
screw to separate the end cap from the body. The screw and bearing are held together with an adhesive, and it
may require some effort to carefully separate them.
hRemove the carriage and screw assembly from the actuator body, but do not remove the carriage from the screw!
iProcede to Preloading Procedure.
Load Attachment Plates
Figure 1: Actuator Components
Strip Seal Clamp
Top: Screw Drive
Bottom: Belt Drive
Strip Seal Clamp
Strip Seal Clamp
Strip Seal Clamp
Belt Clamp
Belt Clamp Screw
Belt-Drive Actuators
1. Disassemble the actuator.
aDetach the load from the actuator.
bRemove the load attachment plate (8 socket head cap screws).
cLoosen the screws on the strip seal clamps and carefully remove the strip seal.
CAUTION: Strip seal edges are sharp!
dDetach the belt clamps from both sides of the carriage by removing the single socket head cap screws from the
carriage.
eRemove the bolts that attach the non-driven end cap to the actuator body and remove the end cap.
fRemove the carriage from the actuator body.
gProcede to Preloading Procedure.
Automation
27
Parker Hannifin Corporation
Automation Actuator Division
Wadsworth, OH 44281
Page 28
PM-ER01/USA
Roller Bearing Carriage Preloading
Maintenance Instructions and Parts List
ER Series Rodless Actuator
Roller Bearing Carriage Preloading Procedure
1. Inspect the carriage for excess grease or contamination. Wipe off excess with a clean cloth.
2. Inspect the wheel material for any damage. If wheel material shows excessive wear, consult the factory for a
replacement.
3. Pitch/Roll (Side) Wheel Adjustment (Refer to Figure 2-a on page 29)
a. Loosen the side wheel attachment plates on both side of the carriage. Do not remove the screws.
b. With the side of the carriage facing you, push the wheel on the left upward and tighten the upper right attachment
screw. Push the wheel on the right downward and tighten the lower left screw.
c. Repeat this procedure on the other side, again moving the left wheel up and the right wheel down.
d. Set the final side wheel position by moving the carriage toward the end of the extrusion, where access to the wheels is
possible. Using a flat head screw driver, move the side wheels into contact with the appropriate edge of the slot, using
the initial settings of left wheel up and right wheel down. Hold the wheel in place against the slot with the screwdriver
and tighten the accessible plate screws.
e. Remove the carriage and tighten the remaining screws.
4. Y aw (T op) Wheel Adjustments (Refer to Figure 2-b on page 29)
a. Place the carriage in the body extrusion with the top slot facing you.
b. Preload the wheels. The top, or yaw wheels are adjusted via eccentric hex bushings. The wheels are brought into
contact with the extrusion slot by turning the eccentrics clockwise with a socket. When adjusting yaw wheels, be sure
that the two outer wheels contact the same side of the slot, while the center wheel contacts the opposite side.
Note: When mounting the actuator on its side, consider orienting the outer wheel downward to support the majority of the load.
c. Apply removable threadlocker just prior to adjusting. To tighten the wheel in place, tighten the mounting screw while
holding the eccentric bushing in place.
5.) Inspect the Carriagea. Carriage Alignment
After all wheels have been preloaded, move the carriage back and forth to ensure that there are no alignment issues.
Also inspect the carriage to ensure that it is situated parallel to the body extrusion. Allowing the carriage to run poorly
aligned will cause premature wear on the bearings and on the strip guide bearings.
b. Magnitude of the Preload
When pulling the carriage out of the body, you should feel a slight bump when the carriage disengages. If the bump is
significant, consider readjusting.
Important note: The tighter the contact with the wheels, the greater the effects of flat spots developing on the wheels at rest.
It is only necessary to have slightly firm contact between the wheel and the extrusion. Excessive preload reduces the life of the
bearings.
Automation
Questions?
Call the Automation Actuator Division Electromechanical
Applications Department at (330) 336-351 1
28
Parker Hannifin Corporation
Automation Actuator Division
Wadsworth, Ohio
Page 29
PM-ER01/USAMaintenance Instructions and Parts List
Square rail carriage units typically require no adjustment during the life of the actuator. Square rail bearing carriages
are installed prelubricated, and under catalogued operating conditions should not require additional lubrication. Once
the square rail bearing has exceeded its catalogued life, it may become necessary to replace the bearing set.
Excessive carriage play and increased friction torque are indications of bearing wear . Normally , the ball or lead
screw will end its useful life prior to the square rail bearing.
Replacement bearings are available from the Automation Actuator Division at (330) 336-351 1. Please indicate the
profile size and stroke of the actuator .
Drive Belt T ensioning for Belt Drive Versions
Under normal operating conditions (as specified in Catalog 1894), the drive belt of ER Series belt driven actuators
may lose their factory set preload over time. As loss in preload may induce accuracy problems, belt slippage or
rough motion. Should this occur during use, the belt drive tension may be reset following two methods. The first
requires an inductive tension meter , available from AAD. It measures the rate of decay of the vibration of the belt
after it is struck by measuring changes in induction in the steel reinforcement strands. The second method can be
performed with simply a ruler and a weight with a known value, in which deflection of the belt is measured.
Tension Meter Method (requires Tension Meter available from AAD)
1. Remove the load attachment plate by loosening the eight screws.
2. Loosen the strip seal clamps at each end of the actuator and remove the strip seal.
3. Move the carriage to one end of the actuator; let it rest against the end of travel bumper.
4. Measure the unsupported length of the belt from the attachment clamp at the carriage to the center of the
opposite end cap.
5. Select the mass of the belt based on the actuator size: ER32- 30 g/m, ER50- 48 g/m, ER80- 75 g/m.
6. Following the instructions provided in the meter's operating manual, measure and adjust the belt tension until the
correct preload is achieved. Belt adjustments are made by turning the screw that attaches the belt clamp to the carriage.
Clockwise rotation increases tension. Once the tension has been set, move the carriage to the other end and re measure the belt to verify the tension. Factory tension values are: ER32- 108 N, ER50- 212 N, ER80- 336 N.
Force-Deflection Method
1. Remove the load attachment plate by loosening the eight screws.
2. Loosen the strip seal clamps at each end of the actuator and remove the strip seal.
3. Move the carriage to one end of the actuator; let it rest against the end of travel bumper.
4. Measure the unsupported length of the belt from the attachment clamp at the carriage to the center of the
opposite end cap.
5. Insert a ruler into the actuator at the center point of the unsupported belt length. Note the height of the belt on the ruler.
6. Using the values in the table below, place the required weight at the center point of the belt and measure the deflection.
Adjust the belt tension by turning the screw that attaches the belt clamp to the carriage. Clockwise rotation increases
tension. Once the appropriate deflection has been achieved, move the carriage to the other end and re-measure the belt
to verify the tension.
Actuator Seri e sAppli e d Loa d
lb (N)
Be l t Deflectio n
inc hes (mm )
ER322 (9)0.016 (0.41) x Unsupported bel t l engt h
ER503 (14)0.013 (0.33) x Unsupport ed bel t l engt h
ER804 (18)0.011 (0.28) x Unsupport ed bel t l engt h
30
Automation
Parker Hannifin Corporation
Automation Actuator Division
Wadsworth, Ohio
Page 31
PM-ER01/USAMaintenance Instructions and Parts List
Step Motors
ER Series Rodless Actuator
Step Motors
ER Series Rodless Actuators are available with premounted step motors in three frame sizes. Motor data and motor
connections are available for each size.
23 Frame Size Step Motors (S57-102 - Motor Code 21)
5.481 (0.216) dia (4)
4.953 (0.195)
on 66.67 (2.625) BC
57.66
47.14
(2.27)
(1.856)
max
Dimensions: inch (mm)
305 (120) 8 wire
shielded
20.83 (0.82)
18.29 (0.72)
38.15 (1.502)
38.05 (1.498)
6.35 (0.2500)
6.34 (0.2495)
Shaft dia. (2)
A
1.60 (0.063)
4.83 (0.19)
34 Frame Size Step Motor (S83-135 - Motor Code 31)
31.24 (1.23)
86.36
(3.40)
Max casting size
29.21 (1.15)
305 (120) 8 wire
shielded
1.60
(0.063)
A
21.08 (0.83)
18.54 (0.73)
#6-32 UNC-2B Thd
x 6.50 (0.25) DP
(3) equally spaced
on 47.37 (1.865) BC
#6-32 UNC-2B
Thd
x 6.50 (0.25) DP
(4) equally
30°
Size 23 Frame
Model A
S57-1024.0 (101.6)
60°
Size 34 Frame
Model A
S83-1355.2 (129.0)
82.55
(3.25)
max
73.07 (2.877) dia.
72.97 (2.873)
69.34 (2.730)
69.85 (2.750)
5.79 (0.228) dia
(4)
5.54 (0.218)
4.83 (0.19)
9.52 (0.3750)
9.51 (0.3745)
Dimensions: inch (mm)
42 Frame Size Step Motor (S106-178 - Motor Code 41)
35.56
Shaft dia
(1.40)
34.54
(1.36)
106.68
(4.20)
30°
#6-32 UNC-2B Thd
x 6.50 (0.25) DP
(4) equally spaced
on 74.98 (2.952) BC
(1.33)
29.72
(1.17)
12.70 (0.5000)
12.69 (0.4995)
0.50-14 NPT
Shaft dia
A
1.45 (0.057)
1.70 (0.067)
2.29 (0.09) max
15.87 (0.6250)
15.86 (0.6245)
See Detail View
#10-32 x 9.65 (0.38) DP
Mounting holes at 120°
on 76.2 (3.00) BC (3)
except 106-250 motors
88.90
(3.50)
max
7.39 (0.291)
6.88 (0.271)
Holes (4)
155.52
(2.186) dia
108.20
(4.26)
dia max
Size 42 Frame
Model A
S106-178 195.32 (7.69)
Detail View33.78
17.53
(0.69)
13.16 (0.518)
12.70 (0.500)
dia
12.17
(0.483
#404 Woodruff Key
3.19 (0.1255)
3.15 (0.1240)
Wide
+0.000
-0.127
+0.000)
-0.005)
Dimensions: inch (mm)
Automation
31
Parker Hannifin Corporation
Automation Actuator Division
Wadsworth, OH 44281
Page 32
PM-ER01/USA
Step Motor Options
Conduit Connector Option (Motor Codes 22 and 32)
A
1/2 in NPS
C
D
φF
G
B
E
Maintenance Instructions and Parts List
ER Series Rodless Actuator
Motor CodeABCDE
22
32
38.150.833.061.557.26.315.0
(1.50)(2.00)(1.30)(2.42)(2.25)(0.25)(0.59)
38.163.535.076.282.59.625.0
(1.50)(2.50)(1.38)(3.00)(3.25)(0.38)(1.00)
Dimensions: mm (inch)
Conduit Connector Option (Motor Code 42)
1/2 in NPS
∅∅
∅FG
∅∅
Automation
32
Parker Hannifin Corporation
Automation Actuator Division
Wadsworth, Ohio
Page 33
PM-ER01/USAMaintenance Instructions and Parts List
Step Motor Options
ER Series Rodless Actuator
Brad Harrison Quick Disconnect Option (Motor Codes 23 and 33)
Brad Harrison
Male 5 Pin Receptacle
Motor CodeABCDE
23
33
38.150.833.061.557.26.315.0
(1.50)(2.00)(1.30)(2.42)(2.25)(0.25)(0.59)
38.163.535.076.282.59.625.0
(1.50)(2.50)(1.38)(3.00)(3.25)(0.38)(1.00)
∅∅
∅FG
∅∅
Dimensions: mm (inch)
Brad Harrison Quick Disconnect Option (Motor Code 43)
Brad Harrison
Male 5 Pin Receptacle
Step Motor Cable Color Coding
Motor Codes 21, 22, 31 and 32
ColorAssignment
Red A+
Black A YellowA Center Tap
BlueA Center Tap
Shield Ground
White B+
Green B OrangeB Center Tap
BrownB Center Tap
Automation
Motor Codes 41 and 42
ColorAssignment
Red A+
Black A Shield Ground
White B+
Green B-
33
Motor Codes 23, 33 and 43
ColorAssignment
Red A+
Red-Black A Green Ground
Red-White B+
Red-Orange B-
Parker Hannifin Corporation
Automation Actuator Division
Wadsworth, OH 44281
Page 34
PM-ER01/USA
Servo Motors
Maintenance Instructions and Parts List
ER Series Rodless Actuator
Servo Motors
ER Series Rodless Actuators are available with premounted brushless servo motors in two frame sizes. Motor data
and motor connections are available for each motor.
23 Frame Size Servo Motors (SM233B - Motor Codes 22 and 23)
1.25 (31.75) (SEE NOTE)
1.19 (30.23)
5.98 (151.89)
Dimensions: inch (mm)
92 mm Frame Size Servo Motors (J092n - Motor Codes J1, J2 and J3)
Note: Motor Codes 22 and 23
include a 1/8 inch keyway on
the shaft.
Dimensions: inch (mm)
Automation
34
Parker Hannifin Corporation
Automation Actuator Division
Wadsworth, Ohio
Page 35
PM-ER01/USAMaintenance Instructions and Parts List
Servo Motors
ER Series Rodless Actuator
Servo Motor Cable Color Coding
Motor Code 22
Cable Part Number:
23 TQ CABLE-10
Feedback Cable
ColorAssignment
Red +5V
White A+
Yellow A Green B+
Blue B Orange Z+
Brown Z Black Ground
Shield Shield
Motor/ Hall Effect Cable
White-Green Hall Ground
White-Blue Hall +5V
White-Brown Hall 1
White-Orange Hall 2
White-Violet Hall 3
YellowMotor Temp +
YellowMotor Temp Red-Yellow Motor Phase A
White-Yellow Motor Phase B
Black-Yellow Motor Phase C
Green-Yellow Motor Ground
Shield Shield
Motor Code 23
Cable Part Number:
23 MS CABLE-10
Feedback Cable
ColorAssignment
Red Stator 3
Black Stator 1
Green Stator 2
Blue Stator 4
Brown Rotor 1
White Rotor 2
Yellow Motor Temp +
YellowMotor Temp Shield Shield
Motor Cable
Red-Yellow Motor Phase A
White-Yellow Motor Phase B
Black-Yellow Motor Phase C
Green-Yellow Motor Ground
Shield Shield
Motor Codes J1, J2 and J3
Cable Part Number:
92 RS CABLE-25
Feedback Cable
ColorAssignment
Red Stator 3
Black Stator 1
Green Stator 2
Blue Stator 4
Brown Rotor 1
White Rotor 2
Yellow Motor Temp +
YellowMotor Temp Shield Shield
Motor Cable
Red-Yellow Motor Phase A
White-Yellow Motor Phase B
Black-Yellow Motor Phase C
Green-Yellow Motor Ground
Shield Shield
Automation
35
Parker Hannifin Corporation
Automation Actuator Division
Wadsworth, OH 44281
Page 36
PM-ER01/USA
DC Brush Motors
Maintenance Instructions and Parts List
ER Series Rodless Actuator
DC Brush Motors
ER Series Rodless Actuators are available with premounted DC brush motors in two frame sizes. Motor data and
motor connections are available for each motor .
23 Frame Size DC Brush Motors (AD23A - Motor Code 21)
#18 AWG LEADWIRE, 10' LONG
3 WIRE SHIELDED CABLE WITH
INTERNAL CASE GROUND
4 x( .220 ± .005) THRU HOLES
6.350
45°
+.000
–.013
(.2500 )
∅5.59 ± .13
EQUALLY SPACED ON A
(2.625) BOLT CIRCLE
66.68∅∅
+.0000
–.0005
31.8 ± .13 (1.250 ± .005)
4 x( .220 ± .008) THRU HOLES
∅5.59 ± .20 ∅
EQUALLY SPACED ON A
(3.875) BOLT CIRCLE
∅98.43
6.99 (.275)
1.60 (0.63)
126.37 ± .50 (4.975 ± .020)
57.2 (2.25)
71.12 (2.800)
MAX
45°
+.000
+.000
( 1.500 )∅
∅38.10
–.050
–.002
57.7 (2.27)
SQUARE
34 Frame Size DC Brush Motors (AD34A - Motor Code 31)
#18 AWG LEADWIRE, 10' LONG
3 WIRE SHIELDED CABLE WITH
INTERNAL CASE GROUND
+.000
+.0000
()
.3750
∅73.03
+.000
–.050
+.000
()
2.875∅
–.002
85.1 (3.35)
SQUARE
9.525
2.67
()
.015
–.008
+.00
–.38
+.000
–.015
–.0003
B
3.18 ± .03 (.125 ± .001)
1.588 (.0625)
B
VIEW A
1.60 (.063)
8.89 (.350)
30.23 ± .75 (1.190 ± .030)
137.80 ± .38 (5.425 ± .015)
Keyway Detail
42 Frame Size DC Brush Motors (AD42A - Motor Code 41)
25 FOOT LONG CABLE
(MEASURED FROM REAR END BELL EXIT)
∅55.58
( 2.188 )∅
+.000
–.075
+.000
–.003
108.0 (4.25)
SQUARE
45°
4 x( .280) THRU HOLES
∅7.10
EQUALLY SPACED ON A
(4.950) BOLT CIRCLE
125.75∅∅
+.000
12.70
–.013
+.0000
()
.5000
–.0005
B
3.20 ± .03 (.126 ± .001)
1.60 (.0630)
13.97 (.550)
1.52 (.060)
35.0 ± .8 (1.38 ± .03)
+.00
10.92
()
.430
–.38
230.0 (9.06) REF
+.000
–.015
19.99 (.787)
SECTION B-B
25.4 (1.00)
FULL USABLE
KEYWAY
79.4 (3.13)
101.6 (4.00)
95.25 (3.750)
MAX
Dimensions in mm (inch)
Automation
B
VIEW A
Keyway Detail
36
SECTION B-B
Parker Hannifin Corporation
Automation Actuator Division
Wadsworth, Ohio
Page 37
PM-ER01/USAMaintenance Instructions and Parts List
DC Brush Motor Options
ER Series Rodless Actuator
Conduit Connector Option (Motor Codes 22 and 32)
A
1/2 in NPS
C
D
φF
G
B
E
Motor CodeABCDE
22
32
38.150.833.061.557.26.315.0
(1.50)(2.00)(1.30)(2.42)(2.25)(0.25)(0.59)
38.163.535.076.282.59.625.0
(1.50)(2.50)(1.38)(3.00)(3.25)(0.38)(1.00)
Dimensions: mm (inch)
Conduit Connector Option (Motor Code 42)
1/2 in NPS
∅∅
∅FG
∅∅
Automation
37
Parker Hannifin Corporation
Automation Actuator Division
Wadsworth, OH 44281
Page 38
PM-ER01/USA
DC Brush Motor Options
Maintenance Instructions and Parts List
ER Series Rodless Actuator
Brad Harrison Quick Disconnect Option (Motor Codes 23 and 33)
Brad Harrison
Male 3 Pin Receptacle
Motor CodeABCDE
23
33
38.150.833.061.557.26.315.0
(1.50)(2.00)(1.30)(2.42)(2.25)(0.25)(0.59)
38.163.535.076.282.59.625.0
(1.50)(2.50)(1.38)(3.00)(3.25)(0.38)(1.00)
∅∅
∅FG
∅∅
Dimensions: mm (inch)
Brad Harrison Quick Disconnect Option (Motor Code 43)
Brad Harrison
Male 3 Pin Receptacle
DC Brush Motor Cable Color Coding
Motor Codes 21, 22, 31 and 32
ColorAssignment
Blue Motor +
Green/Yellow Motor Ground
Brown Motor -
Automation
Motor Codes 41 and 42
ColorAssignment
Red Motor +
Green/Yellow Motor Ground
Black Motor -
38
Motor Codes 23, 33 and 43
ColorAssignment
Black Motor +
Green/Yellow Motor Ground
White Motor -
Parker Hannifin Corporation
Automation Actuator Division
Wadsworth, Ohio
Page 39
PM-ER01/USAMaintenance Instructions and Parts List
Hall Effect Sensors
ER Series Rodless Actuator
Hall Effect Sensors
Two types of Hall effect sensors are available for use
with ER Series actuators. The normally open sensor is
typically used for mid-position sensing, such as homing
applications. The normally closed sensor is generally
used to indicate over-travel at the end of the stroke, and
is used in a safety circuit to prevent damage to components caused by over-travel.
PNP Wiring Connection
(BROWN)
+
DC 5 - 24V
_
SWITCH
(BLACK)
(BLUE)
LOAD
NPN Wiring Connection
(BROWN)
+
DC 5 - 24V
_
SWITCH
(BLACK)
(BLUE)
LOAD
Specifications
Type:Solid State Type (PNP or NPN)
Switching Logic:Normally Open or Normally Closed
Supply Voltage Range:5 - 24 VDC
Max. Switch Current:150 mA
Current Consumption:7 mA at 12 VDC, 14 mA at 24 VDC
Switching Response:500 Hz Maximum
Residual Voltage:0.8 V Maximum (150 mA)
Leakage Current:10 uA Maximum
Insulation Resistance:100 M Ohm min.
Min. Current for LED:1mA
Operating Temperature:-10° to 85°C (14° to 185°F)**
Lead Termination1500 mm (60 in) or
Note: End of travel sensors do not reduce available
stroke.
The SX, PDX, ZET A6104 and APEX 615n controls use
NPN sensors for Home and End-of-Travel.
PDX requires external +5VDC power supply for Hall
Effect Sensors.
Hall Effect Sensor Ordering Information
Sensor Only
ER Series (without Clamp)
Hall Effect Sensor Information
Part No.TypeLED ColorLogicCable/Connector
SMH-1P N.O.Green PN P
SMH-1N N.O.Red NPN
SMC-1P N.C.Yellow PN P
SMC-1N N.C.White/Red NPN
SMH-1PC N.O.Green PN P
SMH-1NC N.O.Red NPN
SMC-1PC N.C.Yellow P N P
SMC-1NC N.C.White/Red NPN
* Sensor cable assemblies purchased separately.
Sensor Clamps
(Ordered Separately)
1.5m Black
with Leads
150mm Black
with Connector*
Brown: DC Voltage (5-24 VDC)
Black: Limit Input
Blue: Ground
Sensor with Clamp Included
Hall Effect Sensor Information
Part No.**Ty pe LED ColorLogicCable/Connector
SMHnn-1P N.O.Green PN P
SMHnn-1N N.O.Red NPN
SMCnn-1P N.C.Yellow P N P
SMCnn-1N N.C.White/Red NP N
SMHnn-1PC N.O.Green PN P
SMHnn-1NC N.O.Red NP N
SMCnn-1PC N.C.Yellow P N P
SMCnn-1NC N.C.White/Red NPN
* Sensor cable assemblies purchased separately.
** nn = 32, 50 or 80 to fit ER32, ER50 or ER80
1.5m Black
with Leads
150mm Black
with Connector*
Part NumberActuator Size
SC32ER 32
SC50ER 50
SC80ER 80
Automation
39
Parker Hannifin Corporation
Automation Actuator Division
Wadsworth, OH 44281
Page 40
PM-ER01/USA
Reed Switches
Maintenance Instructions and Parts List
ER Series Rodless Actuator
Reed Switches
Reed switches are available in a normally open or
normally closed configuration. The low amp switch is
suitable for connection to PLCs or other low current
devices. The high amp switch can be used to drive
sequencers, relays, coils, or other devices directly. Not
compatible with TTL level I.O. Logic (switch will work with
TTL level if wired backwards but LED will not light).
Integral Circuit for Switching Contact Protection
DC Operation
(Required for proper operation 24VDC)
Put Diode parallel to load (CR) with polarity as shown
below.
(BLUE)
DCR
12VDC
+
(BROWN)
-
D: Diode: select a Diode with the breakdown voltage
and current rating according to the load.
CR: Relay coil (under 0.5 W coil rating)
AC Operation (1.5 m Cable with Leads Only)
(Recommended for longer switch life 125VAC)
Put resistor and capacitor parallel to load (CR).
+
125VAC
(BROWN)
R
C
(BLUE)
CR
-
CR: Relay coil (under 2 W coil ratings)
R: Resistor under 1 K Ohm
C: Capacitor 0.1 µF
Note: Care must be taken not to exceed the Power Rating of the
switch while still observing the voltage and current limitations.
Switch Ordering Information
Switches Only (ER Series w/o Clamp)
Reed Switch Information
Part No.Ty pe LED Color Rating Cable/Connector
SMR-1N.O.Green Hi Amp
SMR-1LN.O.Red Low Amp
SMD-1LN.C.Yellow Low Amp
SMR-1CN.O.Green Hi Amp
SMR-1LCN.O.Red Low Amp
SMD-1LCN.C.Yellow Low Amp
Switch Clamps (Ordered Separately)
Actuator SizeER32ER50ER80
Clamp Part No.SC32SC50SC80
1.5m Grey
with Leads
150mm Grey
with Connector*
Low Amp Reed Switch Specifications
Switching Logic:Normally Open (SMR-1L)
Normally Closed (SMD-1L)
Voltage Rating:85-125 VAC or 6-24 VDC*
(NO)
6-24 VAC, 6-24 VDC* (N.C.)
Power Rating:
AC or DC Resistive Load:10 watts (N.O.)
AC or DC Inductive Load:5 watts (N.O.)
AC or DC:3 watts (N.C.)
Switching Current Range:
Resistive Load (PC, Sequencer): 5-40 mA (N.O.), 5-25 mA (NC)
Inductive Load (Relay):5-25 mA
Minimum Current for LED:5 mA
Switching Response:300 Hz (N.O.), 200 Hz (NC)
Breakdown Voltage:200 VDC
Contact Resistance:100 M Ohm min.
Operating Temperature:-10° to 85°C (14° to 185°F)**
Lead Termination:1500 mm (60 in) or
150 mm (6 in) with connector
Industrial Protection:IP66
Shock Resistance:30 g's, 300 m/sec
2
High Amp Reed Switch Specifications
Switching Logic:Normally Open
Voltage Rating:85-125 VAC or 6-24 VDC*
Power Rating:
AC or DC Resistive Load:10 watts
AC or DC Inductive Load:5 watts
Switching Current Range:
Resistive Load (PC, Sequencer): 30-300 mA
Inductive Load (Relay):30-100 mA
Minimum Current for LED:18 mA
Switching Response:300 Hz Maximum
Breakdown Voltage:200 VDC
Contact Resistance:100 M Ohm min.
Operating Temperature:-10° to 85°C (14° to 185°F)**
Lead Termination:1500 mm (60 in) or 150 mm
* Polarity is restricted for DC operation: (+) to Brown (-) to Blue
If these connections are reversed for TTL levels the contacts
will close, but the LED will not light. Connector versions are for
DC operation only.
** Exceeds temperature range for ET Series mechanical components.
2
Switches with Clamp Included
Reed Switch Information
Part No.**Typ e LED ColorRating Cable/Connector
SMRnn-1N.O.Green Hi Amp
SMRnn-1LN.O.Red Low Amp
SMDnn-1LN.C.Yellow Low Amp
SMRnn-1CN.O.Green Hi Amp
SMRnn-1LC N.O.Red Low Amp
SMDnn-1LCN.C.Yellow Low Amp
*Switch cable assemblies purchased separately.
DC operation only .
** nn = 32, 50 or 80 to fit ER32, ER50 or ER80
1.5m Grey
with Leads
150mm Grey
with Connector*
Automation
40
Parker Hannifin Corporation
Automation Actuator Division
Wadsworth, Ohio
Page 41
PM-ER01/USAMaintenance Instructions and Parts List
ER Series Rodless Actuator
Brake Option (E, F , G, H)
A brake option is available on the ER Series size 50 and 80
rodless actuators to prevent back driving of the bearing
carriage when power is removed from the motor. The brake
is a spring loaded, friction disc type that requires a separate
power signal (24 VDC or 115 VAC) to the solenoid that
releases the brake. The brake option attaches directly to the
rear of the ball or Acme screw, preventing movement of the
bearing carriage for static conditions. Options which mount
to the rear of the actuator are not available with the brake
option.
Specifications:
Mounting: Mechanically attached to end of lead screw
and enclosed in a sealed metal housing.
Inch equivalents for mm dimensions are shown in ( ).
50.036.3 75.0 63.57
(1.96)(1.43) (2.95)(2.50)(.276)
76.060.0 95.3 95.310
(3.00)(2.36) (3.75)(3.75)(.39)
82.666.5 136.7127.010
(3.25)(2.62) (5.38) (5.00)(.39)
D
Connector:Flying leads 3.5 m (12 ft) or
Brad Harrison 3 pin connector
(4 m mating cable supplied)
ActuatorLead (in)Holding Force N (lb)
ER50-B011.000735 N (165 lb)
ER50-B020.5001560 N (350 lb)
ER50-B050.2003560 N (800 lb)*
ER50-A050.2003560 N (800 lb)*
ER80-B011.0002560 N (575 lb)
ER80-B020.5005120 N (1150 lb)
ER80-B040.2507120 N (1600 lb)*
ER80-A040.2507120 N (1600 lb)*
Ordering Information
Specify brake option, voltage, and connector style within
complete actuator part number.
E:115 VAC with flying leads and cable gland
F:24 VDC with flying leads and cable gland
G:115 VAC with Brad Harrison and 4 m cable
H:24 VDC with Brad Harrison and 4 m cable
Notes:
• Brake option available on ET/ER50, ET/ER80, and ET/ER100.
• To be used as static brake only! Not intended for
dynamic braking.
• Contact factory for use with inline or reverse parallel
motor styles.
• Not available with mounting options that attach to rear of
cylinder, including B, C, E, H, and N.
• External power supply required when used with
Parker controls.
Wiring information:
Flying lead:
BRAKE
Connector version:
BRAKE
*Figure has been truncated at maximum catalog thrust rating
of standard actuator. Consult factory for higher holding forces.
** Note: 115 VAC is rectified internally.
*** C & D dimensions exceed actuator envelope.
Black
Black
Red/Black
Red/White
Chassis Ground
115 VAC** or 24 VDC
115 VAC** or 24 VDC
Automation
41
Parker Hannifin Corporation
Automation Actuator Division
Wadsworth, OH 44281
Page 42
PM-ER01/USA
Notes
Maintenance Instructions and Parts List
ER Series Rodless Actuator
Automation
42
Parker Hannifin Corporation
Automation Actuator Division
Wadsworth, Ohio
Page 43
PM-ER01/USAMaintenance Instructions and Parts List
Offer Of Sale
The items described in this document and other documents or descriptions provided by Parker Hannifin Corporation, its subsidiaries and its authorized
distributors are hereby offered for sale at prices to be established by Parker Hannifin Corporation, its subsidiaries and its authorized distributors. This offer
and its acceptance by any customer ("Buyer") shall be governed by all of the following Terms and Conditions. Buyer's order for any such item, when
communicated to Parker Hannifin Corporation, its subsidiary or an authorized distributor ("Seller") verbally or in writing, shall constitute acceptance of this
offer.
1. Terms and Conditions of Sale: All descriptions, quotations, proposals,
offers acknowledgments, acceptances and sales of Seller's products are
subject to and shall be governed exclusively by the terms and conditions
stated herein. Buyer's acceptance of any offer to sell is limited to these terms
and conditions. Any terms or conditions in addition to, or inconsistent with
those stated herein, proposed by Buyer in any acceptance of an offer by
Seller, are hereby objected to. No such additional, different or inconsistent
terms and conditions shall become part of the contract between, Buyer and
Seller unless expressly accepted in writing by Seller. Seller's acceptance of
any offer to purchase by Buyer is expressly conditional upon Buyer's assent
to all the terms and conditions stated herein, including any terms in addition to,
or inconsistent with those contained in Buyer's offer. Acceptance of Seller's
products shall in all events constitute such assent.
2. Payment: Payment shall be made by Buyer net 30 days from the date of
delivery of the items purchased hereunder. Amounts not timely paid shall bear
interest at the maximum rate permitted by law for each month or portion thereof
that the Buyer is late in making payment. Any claims by Buyer for omissions
or shortages in a shipment shall be waived unless Seller receives notice
thereof within 30 days after Buyer's receipt of the shipment.
3. Delivery: Unless otherwise provided on the face hereof, delivery shall be
made F.O.B. Seller's plant. Regardless of the method of delivery, however, risk
of loss shall pass to Buyer upon Seller's delivery to a carrier. Any delivery
dates shown are approximate only and Seller shall have no liability for any
delays in delivery.
4. Warranty: Seller warrants that the items sold hereunder shall be free from
defects in material or workmanship for a period of 18 months from date of
shipment from Parker Hannifin Corporation. THIS WARRANTY COMPRISES THE
SOLE AND ENTIRE WARRANTY PERT AINING TO ITEMS PROVIDED HEREUNDER. SELLER MAKES NO OTHER WARRANTY , GUARANTEE, OR REPRESENTATION OF ANY KIND WHATSOEVER. ALL OTHER WAR-RANTIES, INCLUDING
BUT NOT LIMITED TO, MERCHANT ABILITY AND FITNESS FOR PURPOSE,
WHETHER EXPRESS, IMPLIED, OR ARISING BY OPERATION OF LA W , TRADE
USAGE, OR COURSE OF DEALING ARE HEREBY DISCLAIMED.
NOTWITHSTANDING THE FOREGOING, THERE ARE NO W ARRANTIES
WHA TSOEVER ON ITEMS BUIL T OR ACQUIRED WHOLL Y OR P ARTIALLY , TO
BUYER'S DESIGNS OR SPECIFICATIONS.
5. Limitation of Remedy: SELLER'S LIABILITY ARISING FROM OR IN ANY
WA Y CONNECTED WITH THE ITEMS SOLD OR THIS CONTRACT SHALL BE
LIMITED EXCLUSIVELY T O REPAIR OR REPLACEMENT OF THE ITEMS SOLD
OR REFUND OF THE PURCHASE PRICE PAID BY BUYER, A T SELLER'S SOLE
OPTION. IN NO EVENT SHALL SELLER BE LIABLE FOR ANY INCIDENT AL,
CONSEQUENTIAL OR SPECIAL DAMAGES OF ANY KIND OR NATURE
WHA TSOEVER, INCLUDING BUT NOT LIMITED TO LOST PROFITS ARISING
FROM OR IN ANY WAY CONNECTED WITH THIS AGREEMENT OR ITEMS SOLD
HEREUNDER, WHETHER ALLEGED TO ARISE FORM BREACH OF CONTRACT ,
EXPRESS OR IMPLIED WARRANTY , OR IN TORT , INCLUDING WITHOUT
LIMITA TION, NEGLIGENCE, FAILURE TO WARN OR STRICT LIABILITY .
6. Changes, Reschedules and Cancellations: Buyers may request to modify
the designs or specifications for the items sold hereunder as well as the
quantities and delivery dates thereof, or may request to cancel all or part of
this order, however, no such requested modification or cancellation shall
become part of the contract between Buyer and Seller unless accepted by
Seller in a written amendment to this Agreement. Acceptance of any such
requested modification of cancellation shall be at Seller's discretion, and shall
be upon such terms and conditions as Seller may require.
7. Special Tooling: A tooling charge may be imposed for any special tooling,
including without limitation, dies, fixtures, molds and patterns, acquired to
manufacture items sold pursuant to this contract. Such special tooling shall be
and remain Seller's property notwithstanding payment of any charges by Buyer.
In no event will Buyer acquire any interest in apparatus belonging to Seller
which is utilized in the manufacture of the items sold hereunder, even if such
apparatus has been specially converted or adapted for such manufacture and
notwithstanding any charges paid by Buyer. Unless otherwise agreed, Seller
shall have the right to alter, discard or otherwise dispose of any special tooling
or other property in its sole discretion at any time.
ER Series Rodless Actuator
8. Buyer's Property: Any designs, tools, patterns, materials, drawings
confidential information or equipment furnished by Buyer, or any other
items which become Buyer's property, may be considered obsolete and
may be destroyed by Seller after two (2) consecutive years have elapsed
without Buyer placing an order for the items which are manufactured
using such property. Seller shall not be responsible for any loss or
damage to such property while it is in Seller's possession or control.
9. Taxes: Unless otherwise indicated on the face hereof, all prices and
charges are exclusive of excise, sales, use, property, occupational or
like taxes which may be imposed by any taxing authority upon the
manufacture, sale or delivery of the items sold hereunder. If any such
taxes must be paid by Seller or if Seller is liable for the collection of
such tax, the amount thereof shall be in addition to the amounts for the
items sold. Buyer agrees to pay all such taxes or to reimburse Seller
therefore upon receipt of its invoice. If Buyer claims exemption from any
sales, use or other tax imposed by any taxing authority, Buyer shall save
Seller harmless from and against any such tax, together with any interest
or penalties thereon which may be assessed if the items are held to be
taxable.
10. Indemnity For Infringement of Intellectual Property Rights: Seller
shall have no liability for infringement of any patents, trademarks,
copyrights, trade dress, trade secrets or similar rights except as
provided in this Part 10. Seller will defend and indemnify Buyer against
allegations of infringement of U.S. patents, U.S. trademarks, copyrights,
trade dress and trade secrets (hereinafter 'Intellectual Property Rights').
Seller will defend at its expense and will pay the cost of any settlement
or damages awarded in an action brought against Buyer based on an
allegation that an item sold pursuant to this contract infringes the
Intellectual Property Rights of a third party. Seller's obligation to defend
and indemnify Buyer is contingent on Buyer notifying Seller within ten
(10) days after Buyer becomes aware of such allegations of infringement,
and Seller having sole control over the defense of any allegations or
actions including all negotiations for settlement or compromise. If an
item sold hereunder is subject to a claim that it infringes the Intellectual
Property Rights of a third party, Seller may, at its sole expense and
option, procure for Buyer the right to continue using said item, replace or
modify said item so as to make it noninfringing, or offer to accept return
of said item and return the purchase price less a reasonable allowance
for depreciation. Notwithstanding the foregoing, Seller shall have no
liability for claims of infringement based on information provided by
Buyer, or directed to items delivered hereunder for which the designs are
specified in whole or part by Buyer, or infringements resulting from the
modification, combination or use in a system of any item sold hereunder.
The foregoing provisions of this Part 10 shall constitute Seller's sole and
exclusive liability and Buyer's sole and exclusive remedy for infringement
of Intellectual Property Right.
If a claim is based on information provided by Buyer or if the design for
an item delivered hereunder is specified in whole or in part by Buyer,
Buyer shall defend and indemnify Seller for all costs, expenses or
judgements resulting from any claim that such item infringes any patent,
trademark, copyright, trade dress, trade secret or any similar right.
11. Force Majeure: Seller does not assume the risk of and shall not be
liable for delay or failure to perform any of Seller's obligations by reason
of circumstances beyond the reasonable control of Seller (hereinafter
'Events of Force Majeure'). Events of Force Majeure shall include
without limitation, accidents, acts of God, strikes or labor disputes, acts,
laws, rules or regulations of any government or government agency,
fires, floods, delays or failures in delivery of carriers or suppliers,
shortages of materials and any other cause beyond Seller's control.
12. Entire Agreement/Governing Law: The terms and conditions set
forth herein, together with any amendments, modifications and any
different terms or conditions expressly accepted by Seller in writing,
shall constitute the entire Agreement concerning the items sold, and
there are no oral or other representations or agreements which pertain
thereto. This Agreement shall be governed in all respects by the law of
the State of Ohio. No actions arising out of the sale of the items sold
hereunder of this Agreement may be brought by either party more than
two (2) years after the cause of action accrues.
Automation
43
Parker Hannifin Corporation
Automation Actuator Division
Wadsworth, OH 44281
Page 44
Automation
Parker Hannifin Corporation
Automation Actuator Division
135 Quadral Drive
Wadsworth, Ohio 44281 USA
Tel: (330) 336-3511
Fax: (330) 334-3335
Web site: http://www.parker.com/automation
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