Product Data Sheet
March 2017
DOC.DSB.EHO Rev. 2
Bettis™ EHO Electro-Hydraulic Operator
The Bettis EHO is a self-contained, quarter-turn, valve actuator that combines proven technologies from
Emerson’s Valve Automation. The actuator has been designed for critical shutdown applications where
reliability is crucial. The EHO utilizes a dependable spring-return actuator for the fail-safe stroke combined
with an integral hydraulic power pack and electronic control module.
The EHO accepts a wide range of single-phase, three-phase or DC power sources, also solar panels are
available for areas without electrical power. A hydraulic hand pump can be used to stroke the actuator
during commissioning or in the event of an emergency power loss.
Electronic modules are contained within an explosion proof, IP68 enclosure and all electronic components
are isolated from the customer connection terminals.
Both spring-return and double-acting configurations are available with torque outputs up to
268,868.08 Nm. The EHO provides a compact design with actuator and control components
that have been field proven for decades in critical service applications.
The EHO comes in two versions: the Standard EHO and the Smart EHO. The Standard EHO is designed for
on/off ESD applications, while the Smart EHO is designed for modulating ESD applications and comes with
alert, alarm, diagnostic, and self-calibration features.
Standard EHO
Smart EHO
EHO
Product Data Sheet
Table Of Contents
March 2017
Table of Contents
Section 1: Product Attributes ........................................................................ 3
Section 2: General Specifications ................................................................... 4
Section 3: Torque Output Data
Spring-Return Fail-Safe Actuator .............................................. 6
Double-Acting Actuator ........................................................... 7
Section 4: Model Code Information
Spring-Return, Fail-Safe Actuator ............................................. 9
Double-Acting Actuator ......................................................... 11
Smart Spring Return ...............................................................13
Smart Double-Acting ............................................................. 15
Section 5: Dimension
Spring-Return, Fail-Safe Actuator ........................................... 17
Spring-Return Actuator ......................................................... 18
Double-Acting Actuator ......................................................... 19
Section 6: Diagrams
Standard EHO Electrical Connection Diagram ........................ 20
Smart EHO Electrical Connection Diagram ............................. 21
2
Product Data Sheet
EHO.01.01.EN, Page 1 of 1, Rev. 2
EHO
March 2017
Product Attributes
„„Easy Installation – Bettis™ EHO actuator is a totally self-contained system and designed for compactness
and adaptable to new or existing valves
„„BettisTM G-Series hydraulic double-acting or spring-return, fail-safe actuator
„„ShaferTM hydraulic control technology
„„EIMTM electronics and communication technology
„„Multiple input power options with AC
„„Local lockable Remote/Local/Offline selector switch
„„Local open/Close selector knob
„„Partial-stroke test
„„Fast speed of operation to fail-safe position if required
„„Emergency shutdown – independent safety circuits and solenoid valve
„„Dual sealed Separate Terminal Chamber, allows installation wiring to be performed or fuses to be replaced
without exposing control components to hostile environmental conditions
„„Control enclosure is made of low-copper aluminum alloy, powder-coated, salt-resistant also rated for IP68
ingress protection
„„Hydraulic hand pump manual override
„„Accumulators (optional)
„„Operating pressures up to 3000 psi with standard components
„„Easy control over actuator stroking speeds – The stroking speed is controlled through adjustable
hydraulic flow control valves. This enables field personnel to easily adjust actuator stroking speed to
comply with field requirements
„„(Smart) Communication support through Modbus, HART and Foundation Fieldbus (FF)
„„(Smart) Modulating through 4-20mA analog input
„„(Smart) Over 15 alerts and alarms
„„(Smart) Diagnostics and self-calibration features
3
EHO
Product Data Sheet
EHO.01.02.EN, Page 1 of 2, Rev. 2
March 2017
General Specifications
Input Power
(AC)
Local Operation and Display
„„Three-phase 50 Hz
„„(Smart) Open/Close selector knob
——220,
230, 240, 380, 400, 440, 460, 480, 500,
550, 575, 600 volts
„„Three-phase 60 Hz
——208,
220, 230, 380, 440, 460, 480, 575,
600 volts
„„Single-phase 50 Hz
——110,
115, 220, 230, 240 volts
„„Open/Close/Stop push buttons
„„Local/Off/Remote lockable selector switch
„„(Smart) 2-digit LED display
„„(Smart) LED alarm and alerts display
„„Local/Off/Remote position indicator LEDs
„„Hydraulic hand pump manual override
„„Single-phase 60 Hz
——115,
120, 208, 220, 230 volts
(DC)
Remote Operation
(Inputs)
„„24 volts
„„Discrete Open/Close/Stop/ESD signals
Note: The nominal operating voltage must be
specified at time of order. Published actuator
performance data is for power supply variations of
a ± 10% voltage and a ± 5Hz frequency. If power
supply variations are outside these limits, please
consult Valve Automation to ensure that actuator
performance meets your requirements.
Conduit Entry Sizes
„„(Smart) Discrete PST signal
„„(Smart) 4-20mA positioning (1% accuracy)
(Outputs)
„„Discrete open/close limits
„„4 - 20mA hydraulic pressure feedback
„„(Smart) 4 configurable relays
„„Two 1" NPT, One 1.5" NPT bottom entry
„„(Smart) 1 ESD monitor relay
„„One 1" NPT top entry
„„(Smart) 4-20mA position feedback
4
Product Data Sheet
EHO
EHO.01.02.EN, Page 2 of 2, Rev. 2
March 2017
General Specifications (continuation)
Operating Temperature
„„-20°F to +140°F (-29°C to +60°C)
„„-40°F to +140°F (-40°C to +60°C) optional
Hydraulic Fluid
„„CONOCO Megaflow®AW HVI 15
For temperatures down to -20°F (-29°C)
„„E XXON Univis J13
For temperatures down to -40°F (-40°C)
Hazardous Area Classification and SIL Certification
„„CSA, Canadian Standard Association
Certification
—— Class I, Division I, Groups, C and D
—— Group B configuration upon request
„„FM, Factory Mutual Certification
——
Class I, II, and III, Groups C, D, E, F, G,
Division I, T4
—— Group B configuration upon request
„„ATEX Directive
——
Ingress Protection
„„Control enclosure: IP68
EExd IIB T4
„„IECEx Certificate of Conformity
——
Ex d IIB T4
„„Hydraulic actuator: IP67M
„„SIL-2 Certification (Standard EHO Spring Return)
„„Motor: IP68
„„SIL-3 Certification(Smart EHO Spring Return)
„„Reservoir: IP54 (IP66 optional)
5
EHO
Product Data Sheet
March 2017
EHO.01.03.EN, Page 1 of 3, Rev. 2
Torque Output Data (Spring-Return, Fail-Safe Actuator)
Pressure Cycle @ 2500 psig
(lbf-in)
or designated pressure
Spring Cycle
(lbf-in)
Spring-Return Actuator
Model
MOP (psig)
Actuator
DISPL
(in3)
Spring
ETC
(lbf-in)
Spring
RUN
(lbf-in)
Spring
BTC
(lbf-in)
Pressure Cycle @ 3000 psig
(lbf-in)
or designated pressure
Pressure
Stroke Time
Stroke
SR
BTO
Pressure
Pressure
Pressure
Pressure
Pressure
Pressure
Time Power
Stroke
Motor
@ 2500 psig @ 2500 psig
ETO
BTO
@ 3000 psig
ETO
Cycle
Cycle
Time to Fail
HP
Unless
RUN
@ 2500 psig @ 3000 psig
RUN
@ 3000 psig
(seconds)
(seconds)
Position
Required
indicated
(lbf-in)
(lbf-in)
(lbf-in)
(lbf-in)
(lbf-in)
½ HP DC
AC 3-Phase
(seconds)
(lbf-in)
Motor
E35 DSRH-100
2000
5.7
1,530
1,060
2,730
2,121@
800 psig
765@
800 psig
921@
800 psig
3,034@ 1,000 1,221@ 1,000 1,834@ 1,000
psig
psig
psig
E50 DSRH-100
2000
22.1
5,700
3,870
9,770
8,440@
800 psig
4,370@
800 psig
3,200@
800 psig
E60 DSRH-100
2000
38.9
9,420
6,440
16,300
12,200@
1,000 psig
G01002.0-SR4
3691
11.2
8,989
5,314
10,618
11,961
6,188
10,331
16,421
8,589
G01002.0-SR2
3691
11.2
12,046
7,139
14,578
8,902
4,330
6,375
13,361
6,739
G2002.2-SR4
3634
18.3
15,624
9,715
20,783
19,797
9,423
14,639
27,231
G2002.2-SR2
3634
18.3
20,394
12,378
26,199
15,024
6,714
9,227
G3002.5-SR4
4527
25.8
26,651
16,481
35,418
23,073
10,286
*G3003.0-SR2
*2853
41
35,011
21,557
46,409
46,545
G4003.0-SR4
5000
45
47,059
29,953
66,583
G4003.5-SR2
3495
66.8
66,841
42,765
G5004.5-SR4
3799
140
92,647
*G5005.0-SR2
*2940
181
G7005.0-SR4
4888
G7005.0-SR3
4
***5
0.6
1.0
11,977@
1,000 psig
4,965@ 1,000 7,907@ 1,000
psig
psig
12
***16
2.0
1.0
16,500@
1,200 psig
6,519@ 1,200 9,626@ 1,200
psig
psig
24
***32
3.5
1.0
14,786
6
***8
1.1
1.0
10,830
6
***8
1.1
1.0
13,414
22,066
10
***14
1.7
1.0
22,457
10,726
16,655
10
***14
1.7
1.0
14,312
33,508
15,918
24,742
15
***20
2.4
1.0
21,993
35,147
58,455*
28,346*
47,051*
24
***32
3.8
1.0
41,244
17,043
21,738
59,550
26,990
40,031
26
***35
4.2
1.0
96,220
67,403
28,075
38,044
94,970
42,938
65,592
38
***51
6.2
1.0
63,247
149,712
191,652
86,787
134,573
249,377
117,695
192,279
**54
***108
13
1.5
131,189
92,045
224,615
240,344
101,889
146,913
303,563*
*135,853
*210,110
**70
***140
17
1.5
211
183,781
126,295
303,286
247,335
98,171
127,844
334,745
169,064
258,829
**81
***162
20
1.5
4888
211
217,623
149,987
362,244
259,328
96,715
114,733
300,895
119,696
156,289
**81
***162
20
1.5
G7006.0-SR1
3150
328
295,399
204,800
498,483
384,491
145,511
181,436
521,824
220,192
318,734
**126
***252
30
1.5
G8007.0-SR3
3201
521
353,543
223,309
500,131
730,888
347,616
584,266
949,661
463,521
803,007
**190
***400
48
1.5
G8007.0-SR2
3201
521
417,822
263,542
591,226
666,599
306,200
493,184
885,372
422,319
711,925
**190
***400
48
1.5
865,944@
2,000 psig
1,435,763@
2,000 psig
2,186,099@
2,500 psig
1,042,225@
2,500 psig
1,768,101@
2,500 psig
**400
***840
106
1.5
766,409@
2,000 psig
1,185,094@
2,000 psig
2,072,906@
2,500 psig
943,584@
2,500 psig
1,517,433@
2,500 psig
**400
***840
106
1.5
*G10009.0-SR4
*2840
1162
582,143
408,224
999,882
1,853,688@
2,000 psig
*G10009.0-SR3
*2840
1162
695,311
499,282
1,250,605
1,740,495@
2,000 psig
4,630@ 1,000 5,280@ 1,000
psig
psig
*G3003.0-SR2 MOP = 2853 psig, torques are calculated at MOP
*G5005.0-SR2 MOP = 2940 psig, torques are calculated at MOP
*G10009.0-SR3 & SR4 MOP = 2840 psig, torque calculated at 2000 psig & 2500 psig
** If AC motors are single phase, the stroke time of the G5 and larger will be 1 ½ x the AC strokes shown: example 400 seconds with 1 ½ HP would be 400 x 1.5 = 600 seconds
*** If a 1/6 HP DC motor is utilized, the stroke time of the actuators shall be approximately 4.5 X the stroke times listed for the ½ HP DC motor as shown: example 20 seconds with ½ HP motor would be 20 x 4.5 = 90 seconds
6
Product Data Sheet
EHO
EHO.01.03.EN,
Page 2 of 3, Rev. 2
March 2017
Torque Output Data (Double-Acting Actuator)
Counterclockwise to Open
Torque
Outboard
RUN
@ 1,500 psig
(lbf-in)
Torque
Outboard
BTO & ETO
@ 2,000 psig
or MOP
(lbf-in)
Torque
Outboard
RUN
@ 2,000 psig
or MOP
(lbf-in)
Torque
Outboard
BTO & ETO
@ 3,000 psig
or MOP
(lbf-in)
18,448
9,924
24,810
13,306
37,378
20,015
7.8
22,336
12,011
30,040
16,105
45,256
*24,227
11.8
44.53
63,009
33,517
84,446
44,840
*99,716
*52,920
25.7
54.07
76,200
40,615
102,097
54,327
153,395
81,578
31.2
107.0
96.13
137,831
73,027
184,382
97,582
*201,452
*106,597
55.6
3,854
138.0
157.45
176,914
93,966
236,449
141,186
354,389
188,125
47.8
G5005.0
2,469
216.0
194.38
279,646
147,946
373,518
197,491
*461,118
*243,806
74.8
G7005.0
3,898
265.0
238.56
343,128
181,687
458,340
242,542
687,073
363,660
91.8
G7008.0
1,532
679.0
610.72
890,012
469,167
*909,062
*479,198
N/A
N/A
235.1
G8008.0
2,072
804.0
723.82
1,053,431
555,357
1,405,002
740,624
*1,455,495
*767,257
278.4
G10008.0
3,158
1,056.0
950.02
1,382,462
729,214
1,843,934
972,512
2,761,461
1,457,219
365.7
MOP
(psig)
Outboard
DISPL
(In3)
Outboard
BTO & ETO
Torque
Expression
(lbf-in/psig)
Torque
Outboard
BTO & ETO
@ 1,500 psig
(lbf-in)
G01002.0
3,015
14.9
13.43
G2002.0
2,916
22.8
16.99
G3003.0
2,358
49.5
G4003.0
3,884
60.0
G4004.0
2,184
G5004.0
G-Series
Double-Acting
Model
Torque
Outboard
RUN
@ 3,000 psig
or MOP
(lbf-in)
**Estimated
Stroke Time Open
(seconds)
*Torques are calculated at MOP
**Estimated Stroking speeds will vary with temperature and hydraulic fluid viscosity changes. For stroking speed requirements less than the illustrated, consult factory for additional hydraulic accumulator to decrease open and closing speeds.
7
EHO
Product Data Sheet
EHO.01.03.EN, Page 3 of 3, Rev. 2
March 2017
Torque Output Data (Double-Acting Actuator)
Clockwise to Close
MOP
(psig)
Inboard
DISPL
(In3)
Inboard
BTC & ETC
Torque
Expression
(lbf-in/psig)
Torque
Inboard
BTC & ETC
@ 1,500 psig
(lbf-in)
Torque
Inboard
RUN
@ 1,500 psig
(lbf-in)
Torque
Inboard
BTC & ETC
@ 2,000 psig
or MOP
(lbf-in)
G01002.0
3,015
11.2
10.07
13,450
7,307
18,147
9,818
G2002.0
2,916
18.3
13.64
16,285
8,845
21,971
11,883
G3003.0
2,358
41.0
36.80
51,506
27,500
69,108
36,818
*81,634
G4003.0
3,884
45.0
40.55
56,072
30,084
75,259
40,285
G4004.0
2,184
91.8
82.61
117,714
62,502
157,559
83,548
G5004.0
3,854
104.0
93.30
130,667
69,772
174,786
93,226
G5005.0
2,469
181.0
163.28
233,383
123,744
311,835
G7005.0
3,898
211.0
190.25
271,210
144,046
G7008.0
1,532
625.0
562.41
818,094
G8008.0
2,072
709.0
638.29
G10008.0
3,158
881.0
793.23
G-Series
Double-Acting
Model
Torque
Inboard
RUN
@ 2,000 psig
or MOP
(lbf-in)
Torque
Inboard
BTC & ETC
@ 3,000 psig
or MOP
(lbf-in)
Torque
Inboard
RUN
@ 3,000 psig
or MOP
(lbf-in)
**Estimated
Stroke Time Close
(seconds)
27,382
14,783
5.8
*33,153
*17,893
9.5
*43,462
21.3
113,139
60,515
23.4
*172,162
*91,272
47.7
261,884
139,736
36.0
165,221
*384,971
*203,969
62.7
362,449
192,354
543,237
288,378
73.0
431,526
*835,610
*440,754
N/A
N/A
216.4
926,163
488,762
1,235,311
651,831
*1,279,883
*675,267
245.5
1,148,968
607,007
1,532,608
809,570
2,294,472
1,212,806
305.1
*Torques are calculated at MOP
**Estimated Stroking speeds will vary with temperature and hydraulic fluid viscosity changes. For stroking speed requirements less than the illustrated, consult factory for additional hydraulic accumulator to decrease open and closing speeds.
8
Product Data Sheet
EHO.01.04.EN, Page 1 of 8, Rev. 2
EHO
March 2017
Model Code Information
Spring-Return, Fail-Safe Actuator
Code
EHO
Code
35D-SRH100
50D-SRH100
60D-SRH100
G01002.0-SR4
G01002.0-SR2
G2002.2-SR4
G2002.2-SR2
G3002.5-SR4
G3003.0-SR2
G4003.0-SR4
G4003.5-SR2
G5004.5-SR4
G5005.0-SR2
G7005.0-SR4
G7005.0-SR3
G7006.0-SR1
G8007.0-SR3
G8007.0-SR2
G10009.0-SR4
G10009.0-SR3
Code
A
B
Code
0
1
Code
A
B
Code
0
1
2
3
4
5
6
Code
S
L
N
Code
0
Code
A
B
Product Description
Standard Self-Contained Electro-Hydraulic Actuator
Actuator Size
Spring-Return Actuator Model
Temperature Rating
-20° F (-29° C)
-40° F (-40° C)
Valve Rotation Direction
Clockwise to close
Counterclockwise to close
Actuator Function
On off application
On off with ESD, dedicated ESD signal
Fail Function
Loss of Power
Loss of ESD Signal
Stay put (No ESD)
N/A
Stay put
Close
Close
Close
Stay put
Open
Open
Open
Close (No ESD)
N/A
Open (No ESD)
N/A
ESD Solenoid Valve
Internal standard solenoid valve
External low wattage solenoid valve
No ESD solenoid valve
Remote Control
Discrete
Limit Switches
2 SPDT
4 SPDT
9
EHO
Product Data Sheet
EHO.01.04.EN, Page 2 of 8, Rev. 2
March 2017
Model Code Information
Spring-Return, Fail-Safe Actuator (continuation)
Code
0
1
2
3
Code
1
2
3
T
4
5
N
6
7
8
9
K
P
L
R
S
A
V
W
F
Code
1
2
3
4
5
6
Code
MN
MA
Code
AX
CB
PC
PS
PT
RB
RD
SP
Code
AX
CS
FM
IE
S2
10
Output
None
Internal pressure transmitter with 4~20 mA output for hydraulic pressure monitoring
Internal pressure switch for low pressure alarm
Internal pressure switch for low pressure alarm (accumulator)
Power Supply
Volts
Phase
Hz
208
AC
3
60
230
AC
3
60
460
AC
3
60
460
AC
3
50
575
AC
3
60
380
AC
3
50
380
AC
3
60
115
AC
1
60
208
AC
1
60
230
AC
1
60
415
AC
3
50
220
AC
1
50
220
AC
3
50
115
AC
1
50
550
AC
3
50
660
AC
3
60
400
AC
3
50
690
AC
3
50
690
AC
3
60
24
DC
Orientation (Operator to Pipeline)
Pipeline Orientation
Valve Stem Orientation Actuator Cylinder Orientation
Horizontal
Vertical
Parallel to pipeline
Horizontal
Vertical
Perpendicular to pipeline
Horizontal
Horizontal
Parallel to pipeline
Horizontal
Horizontal
Perpendicular to pipeline
Vertical
Horizontal
Perpendicular to pipeline
Vertical
Horizontal
Parallel to pipeline
Valve Mounting
No Valve Mounting Adaptor
Valve mounting Adaptor
Options (Multiple Choices)
Accumulator for X strokes, for example, A1 means accumulator for 1 stroke
Close coupled circuit breaker
Customer specified paint
Bettis standard paint
Partial stroke test
Remote mounted circuit breaker
Remote display module
Solar panel and battery (only 24 VDC model)
Certificates (Multiple Choices)
ATEX
CSA Class I Div. I Group C,D
FM
IEC
SIL 2
Product Data Sheet
EHO
EHO.01.04.EN, Page 3 of 8, Rev. 2
March 2017
Model Code Information
Double-Acting Actuator
Code
EHO
Code
G01002.0
G2002.0
G3003.0
G4003.0
G4004.0
G5004.0
G5005.0
G7005.0
G7008.0
G8008.0
G10008.0
Code
A
B
Code
0
1
Code
A
B
Code
0
1
2
3
4
5
6
Code
S
L
N
Code
0
Code
A
B
Code
0
1
2
3
Product Description
Standard Self-Contained Electro-Hydraulic Actuator
Actuator Size
Double-Acting Actuator Model
Temperature Rating
-20° F (-29° C)
-40° F (-40° C)
Valve Rotation Direction
Clockwise to close
Counterclockwise to close
Actuator Function
On off application
On off with ESD, dedicated ESD signal
Fail Function
Loss of Power
Loss of ESD Signal
Stay put (No ESD)
N/A
Stay put
Close
Close
Close
Stay put
Open
Open
Open
Close (No ESD)
N/A
Open (No ESD)
N/A
ESD Solenoid Valve
Internal standard solenoid valve
External low wattage solenoid valve
No ESD solenoid valve
Remote Control
Discrete
Limit Switches
2 SPDT
4 SPDT
Output
None
Pressure transmitter with 4~20 mA output for hydraulic pressure monitoring
Internal pressure switch for low pressure alarm
Internal pressure switch for low pressure alarm (accumulator)
11
EHO
Product Data Sheet
EHO.01.04.EN, Page 4 of 8, Rev. 2
March 2017
Model Code Information
Double-Acting Actuator (continuation)
Code
1
2
3
T
4
5
N
6
7
8
9
K
P
L
R
S
A
V
W
F
Code
1
2
3
4
5
6
Code
MN
MA
Code
AX
CB
PC
PS
PT
RB
RD
SP
Code
AX
CS
FM
IE
S2
12
Power Supply
Volts
Phase
Hz
208
AC
3
60
230
AC
3
60
460
AC
3
60
460
AC
3
50
575
AC
3
60
380
AC
3
50
380
AC
3
60
115
AC
1
60
208
AC
1
60
230
AC
1
60
415
AC
3
50
220
AC
1
50
220
AC
3
50
115
AC
1
50
550
AC
3
50
660
AC
3
60
400
AC
3
50
690
AC
3
50
690
AC
3
60
24
DC
Orientation (Operator to Pipeline)
Pipeline Orientation
Valve Stem Orientation Actuator Cylinder Orientation
Horizontal
Vertical
Parallel to pipeline
Horizontal
Vertical
Perpendicular to pipeline
Horizontal
Horizontal
Parallel to pipeline
Horizontal
Horizontal
Perpendicular to pipeline
Vertical
Horizontal
Perpendicular to pipeline
Vertical
Horizontal
Parallel to pipeline
Valve Mounting
No Valve Mounting Adaptor
Valve Mounting adaptor
Options (Multiple Choices)
Accumulator for X strokes, for example, A1 means accumulator for 1 stroke
Close coupled circuit breaker
Customer specified paint
Bettis standard paint
Partial stroke test
Remote mounted circuit breaker
Remote display module
Solar panel and battery (only 24 VDC model)
Certificates (Multiple Choices)
ATEX
CSA Class I Div. I Group C,D
FM
IEC
SIL 2
Product Data Sheet
EHO.01.04.EN, Page 5 of 8 Rev. 2
EHO
March 2017
Model Code Information
Smart Spring-Return
Code
SEHO
Code
35D-SRH100
G01x01.5-SR9
50D-SRH100
G01x02.0-SR5
60D-SRH100
G01002.0-SR4
G01002.0-SR2
G2002.2-SR4
G2002.2-SR2
G3002.5-SR4
G3003.0-SR2
G4003.0-SR4
G4003.5-SR2
G5004.5-SR4
G5005.0-SR2
G7005.0-SR4
G7005.0-SR3
G7006.0-SR1
G8007.0-SR3
G8007.0-SR2
G10009.0-SR4
G10009.0-SR3
Code
A
B
Code
0
1
Code
B
C
Code
0
1
2
3
4
5
6
Code
N
S
R
L
D
Code
1
2
3
Code
N
A
B
Product Description
Smart Self-Contained Electro-Hydraulic Actuator
Actuator Size
Spring-Return Actuator Model
Temperature Rating
-20° F (-29° C)
-40° F (-40° C)
Valve Rotation Direction
Clockwise to close
Counterclockwise to close
Actuator Function
On/Off or Intermittent Positioning
Modulating
Fail Function
Loss of Power
Loss of ESD Signal
Stay put (No ESD)
N/A
Stay put
Close
Close
Close
Open
Stay put
Open
Open
Close (No ESD)
N/A
Open (No ESD)
N/A
ESD Solenoid Valve
No ESD Solenoid Valve
Internal Standard Solenoid Valve
Internal Standard Solenoid Valve with External Manual Reset Push Button Box
External Low Wattage Solenoid Valve(down to -37C)
Dual ESD Solenoid Valves
Communication Protocols
Modbus(CAM05)(Default)
HART(CAM16)
Foundation Fieldbus(CAM228)
Limit Switches
No Limit Switches
2 SPDT
4 SPDT
13
EHO
Product Data Sheet
EHO.01.04.EN, Page 6 of 8, Rev. 2
March 2017
Model Code Information
Smart Spring-Return (continuation)
Code
1
2
3
T
4
5
N
6
7
8
9
K
P
L
R
S
A
V
W
F
Code
1
2
3
4
5
6
Code
MN
MA
Code
AX
CB
PC
PS
RB
RD
SP
SW
Code
AX
CS
CB
FM
FB
IE
S3
Code
S
14
Power Supply
Volts
Phase
Hz
208
AC
3
60
230
AC
3
60
460
AC
3
60
460
AC
3
50
575
AC
3
60
380
AC
3
50
380
AC
3
60
115
AC
1
60
208
AC
1
60
230
AC
1
60
415
AC
3
50
220
AC
1
50
220
AC
3
50
115
AC
1
50
550
AC
3
50
660
AC
3
60
400
AC
3
50
690
AC
3
50
690
AC
3
60
24
DC
Orientation (Operator to Pipeline)
Pipeline Orientation
Valve Stem Orientation Actuator Cylinder Orientation
Horizontal
Vertical
Parallel to pipeline
Horizontal
Vertical
Perpendicular to pipeline
Horizontal
Horizontal
Parallel to pipeline
Horizontal
Horizontal
Perpendicular to pipeline
Vertical
Horizontal
Perpendicular to pipeline
Vertical
Horizontal
Parallel to pipeline
Valve Mounting
No Valve Mounting Adaptor
Valve mounting Adaptor
Options (Multiple Choices)
Accumulator for X strokes, for example, A1 means accumulator for 1 stroke
Close coupled circuit breaker
Customer specified paint
Bettis standard paint
Remote mounted circuit breaker
Remote display module
Solar panel and battery (only 24 VDC model)
Level Switch
Certificates (Multiple Choices)
ATEX Eexd IIB T4
CSA Class I Div. I Group C,D
CSA Class I Div. I Group B,C,D
FM Class I Div. I Group C, D
FM Class I Div. I Group B,C,D
IEC
SIL 3
Special Configuration
Special Configuration
Product Data Sheet
EHO.01.04.EN, Page 7 of 8, Rev. 2
EHO
March 2017
Model Code Information
Smart Double-Acting
Code
SEHO
Code
G01002.0
G2002.0
G3003.0
G4003.0
G4004.0
G5004.0
G5005.0
G7005.0
G7008.0
G8008.0
G10008.0
Code
A
B
Code
0
1
Code
B
C
Code
0
1
2
3
4
5
6
Code
N
S
L
D
Code
1
2
3
Code
N
A
B
Code
0
1
2
Product Description
Smart Self-Contained Electro-Hydraulic Actuator
Actuator
Double-Acting Actuator Model
Temperature Rating
-20° F (-29° C)
-40° F (-40° C)
Valve Rotation Direction
Clockwise to close
Counterclockwise to close
Actuator Function
On/Off or Intermittent Positioning
Modulating
Fail Function
Loss of Power
Loss of ESD Signal
Stay put (No ESD)
N/A
Stay put
Close
Close
Close
Stay put
Open
Open
Open
Close (No ESD)
N/A
Open (No ESD)
N/A
ESD Solenoid Valve
No ESD Solenoid Valve
Internal Standard Solenoid Valve
External Low Wattage Solenoid Valve
Dual ESD Solenoid Valves
Communication Protocols
Modbus(CAM05)(Default)
HART(CAM16)
Foundation Fieldbus(CAM228)
Limit Switches
No Limit Switches
2 SPDT
4 SPDT
Output
None
Internal pressure transmitter with 4-20 mA output for hydraulic pressure monitoring
Internal pressure switch for low pressure alarm
15
EHO
March 2017
Product Data Sheet
EHO.01.04.EN, Page 8 of 8, Rev.2
Model Code Information
Smart Double-Acting (continuation)
Code
1
2
3
T
4
5
N
6
7
8
9
K
P
L
R
S
A
V
W
F
Code
1
2
3
4
5
6
Code
MN
MA
Code
AX
CB
PC
PS
RB
RD
SP
SW
Code
AX
CS
CB
FM
FB
IE
Code
S
16
Power Supply
Volts
Phase
Hz
208
AC
3
60
230
AC
3
60
460
AC
3
60
460
AC
3
50
575
AC
3
60
380
AC
3
50
380
AC
3
60
115
AC
1
60
208
AC
1
60
230
AC
1
60
415
AC
3
50
220
AC
1
50
220
AC
3
50
115
AC
1
50
550
AC
3
50
660
AC
3
60
400
AC
3
50
690
AC
3
50
690
AC
3
60
24
DC
Orientation (Operator to Pipeline)
Pipeline Orientation
Valve Stem Orientation Actuator Cylinder Orientation
Horizontal
Vertical
Parallel to pipeline
Horizontal
Vertical
Perpendicular to pipeline
Horizontal
Horizontal
Parallel to pipeline
Horizontal
Horizontal
Perpendicular to pipeline
Vertical
Horizontal
Perpendicular to pipeline
Vertical
Horizontal
Parallel to pipeline
Valve Mounting
No Valve Mounting Adaptor
Valve mounting Adaptor
Options (Multiple Choices)
Accumulator for X strokes, for example, A1 means accumulator for 1 stroke
Close coupled circuit breaker
Customer specified paint
Bettis standard paint
Remote mounted circuit breaker
Remote display module
Solar panel and battery (only 24 VDC model)
Level Switch
Certificates (Multiple Choices)
ATEX Eexd IIB T4
CSA Class I Div. I Group C,D
CSA Class I Div. I Group B,C,D
FM Class I Div. I Group C, D
FM Class I Div. I Group B,C,D
IEC
Special Configuration
Special Configuration
MM
INCH
MM
1371.6 22.6
574.0
1371.6 22.6
574.0
1468.1 22.6
574.0
1468.1 22.6
574.0
1663.7 22.6
574.0
1663.7 22.6
574.0
1935.5 27.7
703.6
1935.5 27.7
703.6
2260.6 31.1
789.9
2260.6 31.1
789.9
2682.2 35.7
906.8
2682.2 35.7
906.8
2682.2 35.7
906.8
3548.4 36.9
937.3
3548.4 36.9
937.3
4282.4 39.4 1000.8
INCH
28.1
28.1
28.7
28.7
32.1
32.1
31.7
31.7
35.9
35.9
42.4
42.4
42.4
43.1
43.1
45.3
MM
713.7
713.7
729.0
729.0
815.3
815.3
805.2
805.2
911.9
911.9
1077.0
1077.0
1077.0
1094.7
1094.7
1150.6
INCH
72.7
72.7
76.9
76.9
80.1
80.1
85.9
85.9
93.9
93.9
103.0
103.0
103.0
131.0
131.0
148.0
MM
INCH MM
1846.6 2.4
61.0
1846.6 2.4
61.0
1953.3 2.9
73.7
1953.3 2.9
73.7
2034.5 3.5
88.9
2034.5 3.5
88.9
2181.9 4.3 109.2
2181.9 4.3 109.2
2385.1 5.5 139.7
2385.1 5.5 139.7
2616.2 6.8 172.7
2616.2 6.8 172.7
2616.2 6.8 172.7
3327.4 8.0 203.2
3327.4 8.0 203.2
3759.2 10.5 266.7
Product Data Sheet
EHO.01.05.EN, Page 1 of 3, Rev. 2
Dimension
H
12 10
11
3-VAED-A
3-VAED-A
KG
303
297
351
344
415
429
557
596
894
952
1469
1508
1502
2471
2462
3401
H
EHO
G
March 2017
F
9
9
10
11
10 12
8
6
9
8
8
7
7
5
6
Spring-Return,
Fail-Safe
Actuator
Copyright © 2014 Emerson Process Management Valve Automation, Inc.
Copyright © 2014 Emerson Process
Copyright
Management
© 2014 Valve
Emerson
Automation,
Process Management
Inc.
Valve Automation, Inc.
11
12
H
Lbs
669
655
774
759
916
945
1229
1313
1970
2099
3238
3325
3312
5447
5427
7497
H
3-VAED-A
INCH
54.0
54.0
57.8
57.8
65.5
65.5
76.2
76.2
89.0
89.0
105.6
105.6
105.6
139.7
139.7
168.6
Actuator
E
A
G
A
G
G
CYLINDER CL
D
B
F
B
POWER MODULE
B
POWER MODULE
CYLINDER
POWER MODULE
G01002.0-SR2-CW
G01002.0-SR4-CW
G2002.2-SR2-CW
G2002.2-SR4-CW
A
G3002.5-SR4-CW
G3003.0-SR2-CW
G4003.0-SR4-CW
G4003.5-SR2-CW
G5004.5-SR4-CW
G5005.0-SR2-CW
G7005.0-SR3-CW
CLG7005.0-SR4-CW
G7006.0-SR4-CW
G8007.0-SR2-CW
G8007.0-SR3-CW
G10009.0-SR4-CW
7
5
4
3
46
OUTLINE DIMENSION AND DETAILS
OUTLI
A
INCH
54.0
54.0
57.8
57.8
65.5
65.5
76.2
76.2
89.0
89.0
105.6
105.6
105.6
139.7
139.7
168.6
B
C A
D B
Actuator
MM
INCH
MM
INCH
INCH MMMM INCH
INCH M
G
1371.6G01002.0-SR2-CW
22.6
574.0
28.1
54.0 713.7
1371.672.7
22.6 18
G
1371.6G01002.0-SR4-CW
22.6
574.0
28.1
54.0 713.7
1371.672.7
22.6 18
1468.1G2002.2-SR2-CW
22.6
574.0
28.7
57.8 729.0
1468.176.9
22.6 19
1468.1G2002.2-SR4-CW
22.6
574.0
28.7
57.8 729.0
1468.176.9
22.6 19
1663.7G3002.5-SR4-CW
22.6
574.0
32.1
65.5 815.3
1663.780.1
22.6 20
1663.7G3003.0-SR2-CW
22.6
574.0
32.1
65.5 815.3
1663.780.1
22.6 20
1935.5G4003.0-SR4-CW
27.7
703.6
31.7
76.2 805.2
1935.585.9
27.7 21
1935.5G4003.5-SR2-CW
27.7
703.6
31.7
76.2 805.2
1935.585.9
27.7 21
2260.6G5004.5-SR4-CW
31.1
789.9
35.9
89.0 911.9
2260.693.9
31.1 23
2260.6G5005.0-SR2-CW
31.1
789.9
35.9
89.0 911.9
2260.693.9
31.1 23
2682.2
G7005.0-SR3-CW
35.7
906.8
42.4
105.6
1077.0
2682.2
103.0
35.7 26
CYLINDER CL
2682.2G7005.0-SR4-CW
35.7
906.8
42.4
105.61077.0
2682.2103.0
35.7 26
2682.2G7006.0-SR4-CW
35.7
906.8
42.4
105.61077.0
2682.2103.0
35.7 26
3548.4G8007.0-SR2-CW
36.9
937.3
43.1
139.71094.7
3548.4131.0
36.9 33
3548.4G8007.0-SR3-CW
36.9
937.3
43.1
139.71094.7
3548.4131.0
36.9 33
G
4282.4G10009.0-SR4-CW
39.4 1000.8 45.3
168.61150.6
4282.4148.0
39.4 37
F
F
SPRING MODULE
C
SPRING MODULE
SPRING MODULE
ER CL
E
E
E
B
MANUAL OVERRIDE
D
C
4
CIRCUIT BREAKER
MODULE
D
A
C
3
C
VALVE MOUNTING SURFACE
HYDRAULIC
MANIFOLD
PRESSURE GAUGE
ASSEMBLY
PRESSURE GAUGE
LOCAL DISPLAY MODULE
(Local/Remote Operation)
LOCAL DISPLAY MODULE
(Local/Remote Operation)
CIRCUIT BREAKER
MODULE
CIRCUIT BREAKER
MODULE
CYLINDER CL
CYLINDER CL
VALVE MOUNTING
SURFACE
2X STOP ADJUSTMENT
2X STOP
ADJUSTMENT
VALVE MOUNTING SURFACE
VALVE CL SCREW
VALVE CL SCREW
D
VALVE CL
D
D
2X STOP ADJUSTMENT
CYLINDER
CL
CYLINDER CL
VALVE
CL SCREW
VALVE CL
E
B
PR
C
CYLINDER CL
1
C
2
HYDRAULIC
MANIFOLD
ASSEMBLY
LOCAL DISPLAY MODULE
(Local/Remote Operation)
MANUAL OVERRIDE
MANUAL OVERRIDE
D
C
HYDRAULIC
MANIFOLD
ASSEMBLY
VALVE CL
E
B
B
OUTLINE DIMENSION AND DETAILS
Actuator
A
G01002.0-SR2-CW
A
G01002.0-SR4-CW
G2002.2-SR2-CW
12G2002.2-SR4-CW
11
G3002.5-SR4-CW
G3003.0-SR2-CW
G4003.0-SR4-CW
G4003.5-SR2-CW
G5004.5-SR4-CW
G5005.0-SR2-CW
G7005.0-SR3-CW
G7005.0-SR4-CW
G7006.0-SR4-CW
G8007.0-SR2-CW
G8007.0-SR3-CW
G10009.0-SR4-CW
A
inch
54.0
54.0
57.8
57.8 10
12
65.5
65.5
76.2
76.2
89.0
89.0
105.6
105.6
105.6
139.7
139.7
168.6
B
mm
1371.6
1371.6
1468.1
1468.111
1663.7
1663.7
1935.5
1935.5
2260.6
2260.6
2682.2
2682.2
2682.2
3548.4
3548.4
4282.4
inch
A
22.6
22.6
22.6
22.6
9
22.6
22.6
27.7
27.7
31.1
31.1
35.7
35.7
35.7
36.9
36.9
39.4
C
mm
inch
mm
574.0
28.1
713.7
574.0
28.1
713.7
574.0
28.1
729.0
12
11729.0
574.0
28.1
10
9
8
7
574.0
32.1
815.3
574.0
32.1
815.3
703.6
31.7
805.2
703.6
31.7
805.2
789.9
35.9
911.9
789.9
35.9
911.9
906.8
42.4 1077.0
906.8
42.4 1077.0
906.8
42.4 1077.0
937.3
43.1 1094.7
937.3
43.1 1094.7
1000.8 45.3 1150.6
D
inch
72.7
72.7
76.9
10
76.9
8
80.1
80.1
85.9
85.9
93.9
93.9
103.0
103.0
103.0
131.0
131.0
148.0
E
mm
inch
1846.6
2.4
1846.6
2.4
1953.3
2.9
9 2.9
1953.3
5
7
6
2034.5
3.5
2034.5
3.5
2181.9
4.3
2181.9
4.3
2385.1
5.5
2385.1
5.5
2616.2
6.8
2616.2
6.8
2616.2
6.8
3327.4
8.0
3327.4
8.0
3759.2 61.0
mm
61.0
61.0
73.7
8
73.7
6
88.9
88.9
109.2
109.2
139.7
139.7
172.7
172.7
172.7
203.2
203.2
266.7
Approximate
Weight
lbs
kg
669
303
655
297
774
351
7 344
4759
5
3
916
415
945
429
1229
557
1313
596
1970
894
2099
952
3238
1469
3325
1508
3312
1502
5447
2471
5427
2462
7497
3401
17
46
EHO
Product Data Sheet
EHO.01.05.EN, Page 2 of 3, Rev. 2
March 2017
Dimension
Spring-Return Actuator
OUTLINE DIMENSION AND DETAILS
A
Actuator
E35 DSRH-100
E50-DSRH-100
E60-DSRH-100
18
inch
32.0
48.5
54.0
B
cm
81.3
123.2
137.2
inch
22.6
22.6
22.6
C
cm
57.4
57.4
57.4
inch
28.1
28.1
30.1
D
cm
71.4
71.4
76.5
inch
50.0
67.0
72.0
E
cm
127.0
170.2
182.9
inch
1.4
2.2
2.4
cm
3.5
5.6
6.1
Approximate
Weight
lbs
kg
515
234
565
259
625
284

OUTLINE DIMENSION AND DETAILS
A
B
C
D
E
MM INCH
MM
INCH MM INCH MM INCH
1010.9 27.7
703.6
28.3 718.8 57.9 1470.7 2.4
1031.2 28.7
729.0
29.0 736.6 58.3 1480.8 2.9
1188.7 30.1
764.5
32.5 825.5 61.5 1562.1 3.5
1320.8 34.5
876.3
31.9 810.3 66.8 1696.7 4.3
1346.2 35.5
901.7
32.9 835.7 67.8 1722.1 5.3
1480.8 37.4
950.0
34.8 883.9 73.2 1859.3 5.5
1506.2 38.4
975.4
35.8 909.3 74.2 1884.7 6.5
1633.2 40.4 1026.2 39.7 1008.4 81.6 2072.6 6.8
1658.6 41.4 1051.6 40.7 1033.8 82.6 2098.0 7.8
1943.1 427.0 10845.8 39.5 1003.3 87.5 2222.5 8.0
2377.4 46.9 1191.3 43.6 1107.4 99.4 2524.8 10.5
MM
61.0
73.7
88.9
109.2
134.6
139.7
165.1
172.7
198.1
203.2
266.7
Product Data Sheet
Approximate
Weight
Lbs
KG
513
233
546
248
626
284
770
349
783
355
1141 518
1300 590
1786 810
1829 830
2461 1116
3754 1703

EHO
EHO.01.05.EN, Page 3 of 3, Rev. 2






























Double-Acting
Actuator

Dimension
March 2017


OUTLINE DIMENSION AND
OUTLINE
DETAILS
DIMENS



Actuator










INCH
39.8
40.6
46.8
52.0
53.0
58.3
59.3
64.3
65.3
76.5
93.6
G01001.5
G2002.0
G3004.0
G4003.0
G4004.0
G5004.0
G5005.0
G7005.0
G7008.0
G8008.0
G10008.0


A



B
A
C
B
D
Actuator
MM INCH INCH
MM MM
INCH INCH
MM MM
INCH INM
1010.9
G01001.527.7 39.8
703.6 1010.9
28.3 27.7
718.8 703.6
57.9 28
14
1031.2
G2002.0 28.7 40.6
729.0 1031.2
29.0 28.7
736.6 729.0
58.3 29
14
1188.7
G3004.0 30.1 46.8
764.5 1188.7
32.5 30.1
825.5 764.5
61.5 32
15
1320.8
G4003.0 34.5 52.0
876.3 1320.8
31.9 34.5
810.3 876.3
66.8 31
16
1346.2
G4004.0 35.5 53.0
901.7 1346.2
32.9 35.5
835.7 901.7
67.8 32
17

1480.8
G5004.0 37.4 58.3
950.0 1480.8
34.8 37.4
883.9 950.0
73.2 34
18
1506.2
G5005.0 38.4 59.3
975.4 1506.2
35.8 38.4
909.3 975.4
74.2 35
18
1633.2
G7005.0 40.4 
64.3
1026.21633.2
39.7 40.4
1008.41026.2
81.6 39
20
1658.6
G7008.0 41.4 65.3
1051.61658.6
40.7 41.4
1033.81051.6
82.6 40
20
1943.1
G8008.0427.0 10845.8
76.5 1943.1
39.5 427.0
1003.310845.8
87.5 39
22
2377.4
G10008.046.9 93.6
1191.32377.4
43.6 46.9
1107.41191.3
99.4 43
25




 














 















 






























OUTLINE DIMENSION AND DETAILS
Actuator

G01001.5

G2002.0
G3004.0
G4003.0

G4004.0
G5004.0
G5005.0
G7005.0
G7008.0
G8008.0
G10008.0
A
inch
39.8
40.6
46.8
52.0


53.0
58.3
59.3
64.3
65.3
76.5
93.6
B
cm
101.09
103.12
118.87
132.08


134.62
148.08
150.62
163.32
165.86
194.31
237.74
inch
27.7
28.7
30.1
34.5
35.5
37.4
38.4
40.4
41.4
42.7
46.9
C
cm
inch
cm
inch
70.36  28.3
71.88
57.9
72.90
29.0
73.66
58.3
76.45
32.5
82.55
61.5

87.63
31.9  81.03
66.8




90.17
32.9
83.57
67.8
95.00
34.8
88.39
73.2
97.54
35.8
90.93
74.2
102.62
39.7
100.84
81.6
105.16
40.7
103.38
82.6
108.46
39.5
100.33
87.5
119.13
43.6
110.74
99.4
D
E
cm
147.07
148.08
156.21
169.67

172.21
185.93
188.47
207.26
209.80
222.25
252.48
inch
2.4
2.9
3.5
4.3
5.3
5.5
6.5
6.8
7.8
8.0
10.5
cm
6.10
7.37
8.89

10.92


13.46
13.97
16.51
17.27
19.81
20.32
26.67
Approximate
Weight
lbs
kg
513
232.69
546
247.66
626
283.95
770  349.27 



783
355.16
1,141
517.55
1,300
589.67
1,786
810.12
1,829
829.62
2,461 1,116.29
3,754 1,702.78
19


EHO
Product Data Sheet
EHO.01.06.EN, Page 1 of 2, Rev. 2
March 2017

Standard EHO
NCH
57.9
58.3
61.5
66.8
67.8
73.2
74.2
81.6
82.6
87.5
99.4
E
Approximate
Weight
Lbs
KG
513
233
546
248
626
284
770
349
783
355
1141 518
1300 590
1786 810
1829 830
2461 1116
3754 1703
Electrical Connection Diagram
MM INCH MM
1470.7 2.4 61.0
1480.8 2.9 73.7
1562.1 3.5 88.9
1696.7 4.3 109.2
1722.1 5.3 134.6
1859.3 5.5 139.7
1884.7 6.5 165.1
2072.6 6.8 172.7
2098.0 7.8 198.1
2222.5 8.0 203.2
2524.8 10.5 266.7
REVISIONS
RE V
Two-Wire control
Maintain Contact to Open

Three-Wire control
Maintain Contacts
OPEN
Internal Power
Supply

OPEN

L1
1
460 VAC
60 HZ
3 PH
3
L2
5
L3
C
1
T1
HEATER
T2
T2
CCW MOTOR
C 4T3
T3
C
3
OL
T1
2
A1
A1
A2
A2
A2
A3
A3
A4
A4
A4
A5
A5
A5
A6
A6
A6
A7
A7
A7
A8
A8
A8
A9 +24 VDC
A9 +24 VDC
CLOSE
F2
OPEN LS-1
X3
X2 12V X1
T2
T3
P4
8
T4
7
P6
5
4
1
2
CLOSE LS-2
P7
P5

A11
A12
A13
A14
A15
A16
S
2
P1
P3
J1
5
A1
A1
A2
4
A2
A3
A4
A6
A7
A8
6
L2
5
L3
3
HEATER
T2
T2
CCW MOTOR
C 4T3
T3
C
1
A5
95
H2
R
P2
LOCAL
(HAND)
9
T2
T1
OPEN LS-1
T3
P4
4

7
P6
5
1
STOP
A1
2
OB
11
CLOSING SOL.
1
1
P7
P5
13
2
5
3
P1
20
FOR REMOTE STOP PB OR RELAY:
REMOVE JUMPER J1
A2
A2
A3
A3
A4
A4
A5
A5
A7
A7
A8
A8
0 VDC
A9
R1
J1
5
6
P3
A9
A10
A11
P5(A12)
A12
P5(A13)
A13
P5(A14)
A14
P5(A15)
A15
P5(A16)
A16
A17
CLOSE
A2
--
ESD Input
A3
LIMIT
SWITCH
LS-2 & 4
ESD 0V
A5
+24 VDC
A6
0 VDC
A7
CLOSE LS-2 N/C RELAY OUTPUT DRY CONTACT
FULLY
CLOSED
D
S1
S2
S6
S5
SS TABLE
HAND OFF AUTO
X
O
O
O
O
X
O
O
X
X
O
O
OPEN
CLOSE LS-2 COMMON RELAY A1
OUTPUT DRY CONTACT
A1
A2
A23
0 VDC
A26
MID
POSITION
N.C.
N.O.
N.C.
N.O.
STOP
CLOSE LS-2 N/O RELAY OUTPUT
A2 DRY CONTACT
A21
A25
VALVE POSITION
FULLY
OPEN
OPEN LS-1 N/O RELAY OUTPUT DRY CONTACT
A18
A24
DATE
A9 +24DRY
OPEN LS-1 COMMON RELAY OUTPUT
VDCCONTACT
SELECTOR IN LOCAL DRY CONTACT
A3
SELECTOR IN LOCAL DRY CONTACT
A4
SELECTOR IN REMOTE DRYA5
CONTACT
SELECTOR IN REMOTE DRYA6
CONTACT
+24 VDC
A22
MOTOR OVERLOAD DRY CONTACT
A7
98
LS-1 & 3
NOT APPLICABLE
A8DRY CONTACT
OPEN LS-1 N/C RELAY OUTPUT
A20
97
CLOSE
ECN
LIMIT SWITCH CONTACT DEVELOPMENT
JUMPER INSTALLED BY FACTORY
REMOVE IF REMOTE STOP
PUSHBUTTON IS INSTALLED
ESD SOLENOID POWER (+24A4
VDC)
A19
A10
4
A1
CLOSE
A3
A4
STOP
A5
A6
+24 VDC
ESD
+24 VDC
A7
MOTOR OVERLOAD DRY CONTACT
A8
A9
NOTE: DO NOT USE
INTERNAL 24 VDC POWER
SOURCE (EX. FROM A9, A10)
A8
0 VDC
A9
A10
0 VDC
A10
C
A28
A
5
R
5
S2
15
S6
12
7
A4
A31 OPEN LIMIT SWITCH NO CONTACT
A32 OPEN LIMIT SWITCH NC CONTACT
2
5
A7
3
A8
A10
B
8
Copyright © 2016 Emerson Process Management Valve Automation, Inc.
A33 OPEN LIMIT SWITCH COMMON
A34 CLOSE LIMIT SWITCH NO CONTACT
A35 CLOSE LIMIT SWITCH NC CONTACT
CLOSE LS-4
A36
A6
O1-1
13
14
R-1
14
OPEN LS-3
JUMPER INSTALLED BY FACTORY
REMOVE IF REMOTE STOP
PUSHBUTTON IS INSTALLED
A5
7
P5(A11)
A11
P5(A12)
A12
P5(A13)
A13
P5(A14)
A14
P5(A15)
A15
P5(A16)
A16
A37 CLOSE LIMIT SWITCH COMMON
ESD SOLENOID POWER (+24 VDC)
A38
ESD 0V
A39
+24 VDC
8
A40
0 VDC
A41
OPEN LS-1 N/C RELAY OUTPUT DRY CONTACT
A42
D I M E N S I O N S A RE I N I N C H E S
OPEN LS-1 COMMON RELAY OUTPUT DRY CONTACT
A43
TOLERANCES :
OPEN LS-1 N/O RELAY OUTPUT DRY CONTACT
A44
UNLESS OTH ERWISE SPECIFIED :
UP TO 5": u1/32
GREATER THAN 5", UP TO 10": u1/16
GREATER THAN 10", UP TO 20": u3/32
GREATER THAN 20": u1/8
CLOSE LS-2 N/C RELAY OUTPUT DRY CONTACT
7
A19
A20
R2
A21
GRN
97
A22
A23
SELECTOR IN LOCAL DRY CONTACT
6
SELECTOR IN LOCAL DRY CONTACT
SELECTOR IN REMOTE DRY CONTACT
SELECTOR IN REMOTE DRY CONTACT
MOTOR OVERLOAD DRY CONTACT
MOTOR OVERLOAD DRY CONTACT
BETTIS EHO
WIRING DIAGRAM
THIRD ANGLE PROJECTION
CLOSE LS-2 COMMON RELAY OUTPUT DRY CONTACT
CLOSE LS-2 N/O RELAY OUTPUT DRY CONTACT
THIS DOCUMENT AND THE DATA DISCLOSED
HEREIN OR HEREWITH IS NOT TO BE
REPRODUCED, USED OR DISCLOSED IN
WHOLE OR IN PART TO ANYONE WITHOUT
THE PERMISSION OF EMERSON.
A17
A18
3
A30
OPEN
A3
6
2
A29
A2
A9
CLOSE
P5(A11)
A9
A10
OPEN
8
A6
+24 VDC
3
CLOSECLOSE
1
4
0 VDC
A9
RE V
control
Maintain Contacts
A1
A8
OPEN
A1
2
3
+24 VDC
A10
OPEN
A7
A8
A1
REMOTE
(AUTO)
S5
S
PBM
A11
A12
A13
A14
A15
A16
0 VDC
A9
A10
CLOSE
CLOSE A6
R-1
A9 +24 VDC
A6
2
2
CLOSE LS-2
C
A2
OFF
S1
PS-1
4
3
D
CONTACTOR
6

3
S
8
T4
0 VDC
A9
STC CUSTOMER
CONNECTIONS
Four-Wire
A4
STC CUSTOMER
CONNECTIONS

H1
X2 12V X1
A8
A27
10
X3
X4 24V
A8
A7
B
96
H2
X6 24V X5
R2
RED
F2
J2
External Power
CLOSE
Supply 24 VDC
OPEN
H1
PCB - 87278
A8
A10
ESD
A6
A8
A6
A
A9 +24 VDC
5
F1
A5
A7
A3
8
GRN
3
OL
A4
+24 VDC
A7
A2
A5
7
T1
T1
2
A6
+24 VDC
A3
STOP
A7
A1
O
A4
4
2
C
A6
CLOSE
A3
A7
OPEN
A3
3
5
6
CLOSE
A5
2
1
Internal Power
Supply
FOR REMOTE STOP PB OR RELAY:
REMOVE JUMPER J1
1
A5
A2
OPEN
L1
A4
A5
OPEN
CLOSING SOL.
2
1
1
A4
A5
Three-Wire control
A1
Maintain Contacts
OPEN
CONTACTOR
PS-1
6
3
3
460 VAC
60 HZ
3 PH
A3
A4
9
X4 24V
T1

A3
NOTE: DO NOT USE
INTERNAL 24 VDC POWER
SOURCE (EX. FROM A9, A10)
REVISIONS
Two-Wire control
Maintain Contact to Open
H1
10
X6 24V X5
CUSTOMER
MAIN POWER
CONNECTION
A2
96
P2
H2

A1
A2
95
H2
J2
SS TABLE
HAND OFF AUTO
X
O
O
O
O
X
O
O
X
X
O
O
OPEN
A1
A2
0 VDC
FULLY
CLOSED
A9 +24 VDC
A1
A9
MID
POSITION
S1
S2
S6
S5
A2
A10
H1
LS-1 & 3
NOT APPLICABLE
VALVE POSITION
FULLY
OPEN
STOP
OPEN
+24 VDC
DATE
N.C.
N.O.
N.C.
N.O.
LS-2 & 4
CLOSE
A3
ECN
LIMIT SWITCH CONTACT DEVELOPMENT
LIMIT
SWITCH
A1
A6
5
F1
PCB - 87278
External Power
Supply 24 VDC
ESD Input
OPEN
A1
OPEN
CUSTOMER
MAIN POWER
CONNECTION
--
Four-Wire control
Maintain Contacts
CONTACT
D
CONTACT
AILS
B
5
4
3
2
DRN
S/N
JTH
CHK
KJG
DWG.
NO.
APR
BKL
SCALE
VA-ED-001-6542
1
N/A
REV
00
DATE
1/18/2016
SHEET
1 OF 1
Product Data Sheet
EHO
EHO.01.06.EN, Page 2 of 2, Rev. 2
March 2017
Smart EHO
Electrical Connection Diagram
RE VISION S
RE V
E CN /W .O.
D ATE
L1
MOTOR
Motor
Control
Module
Thermal
Protector
L2
3 - Phase
Power Supply
L3
GND
F2
1
DI1 (Open)
2
DI2 (Close)
3
DI3 (Stop / PST)
4
Common 0V (DI1 - DI5)
5
DI4 (Open Inhibit)
6
DI5 (Close Inhibit)
7
DI6 (ESD +Ve)
8
ESD 0V
9
+24 VDC
10
0 VDC
11
RL 1
12
Common
R0#2
13
RL 2
R0#3
14
RL 3
15
Common
F1
Input-Output
Module
Central Control
Module
IOM Board
Field Board
100
LOCAL
REMOTE
SETUP
100
80
LOCAL
REMOTE
SETUP
60
40
STOP
20
ALARM TQ
Open
(NO)
Close
(YES)
Local
(BACK)
80
60
40
STOP
Digital Inputs
24VDC
Power Supply
20
ALARM TQ
S T OP Remote
Open
(NEXT)
(NO)
Close
(YES)
Local
(BACK)
S T OP Remote
(NEXT)
Local Display Module
Remote Display Module
(1 or 2 May be fitted)
Two-Wire Control
Three-Wire Control Four-Wire Control
Maintain Contact to Open Maintained Contacts Momentary Contacts
Open
2
Stop
4
+24 VDC
10
9
3
0V
+24 VDC
1
External
Power
Supply
4
18-100 VDC
or
20-240 VAC
10
Open
+
Common OV
8
4
9
0V
Common OV
7
2
Stop
3
4
0V
10
+24 VDC
9
ESD
Close
+
Separate
Terminal
Chamber
0V
+24 VDC
+24 VDC
1
Close
4
3
Open
1
2
N.C. Contact
20
PST
7
10
4
9
Open
Common
19
8
PST
+
Common OV -
Anlog
Inputs
9
18
PST Input
ESD
Close
2
0V
N.O. Contact
Anlog
Outputs
10
17
3
4
Common OV -
Mechaniacl Limit
Switch Outputs
Internal
Power
Supply
RL 4
Monitor
Relay
R0#5
22
1
Close
4
16
Open
1
1
ESD Input
R0#4
RDM Interface Bus
Open
Contact Outputs
R0#1
+
Common OV -
Notes:
3.
4.
5.
6.
7.
8.
B
24
Shield
25
Command Signal (+)
26
Command Signal (-)
27
Position Feedback (+)
RS485
28
Position Feedback (-)
29
Torque Feedback (+)
30
Torque Feedback (-)
31
LS 1 N.O.
32
LS 1 N.C.
33
LS 1 Common
34
LS 2 N.O.
35
LS 2 N.C.
37
LS 2 Common
}
Reserved for
Future Use
39
Other Options
2.
A
23
38
NOTES:
All digital
inputsfor
have
voltage
ofVAC
18-100
VDC or2A
20-240
VAC.load.
All digital
relay1)
outputs
are rated
5Aan
@ input
30 VDC
or 5Arange
@ 250
Resistive,
Inductive
2) All digital relay outputs are rated for 5A @ 30 VDC or 5A @ 250 VAC Resistive, 2A Inductive load.
RL1 - RL4 are dual
latching
type
relays.
3) RL1 - RL4 are dual latching type realys.
Emergency stop
jumper
normally
closed
stops(actuator
when contact
open).contact open).
4) requires
Emergency
stoporrequires
jumper
or contact
normally(actuator
closed contact
stops when
Remote displayport
communication
Remote display5)communication
is RS-485. port is RS-485.
6) If bare wires (without terminals) are connected, remove a maximum of .25 inch insulation.
If bare wires (without terminals) are connected, remove a maximum of .25 inch insulation.
7) User replaceable primary fuses (F1 and F2) are located in the Terminal Chamber Enclosure.
User replaceable
fuses
(F1 supply
and F2)option,
are located
in L1
theshould
Terminal
Chamber
Enclosure.
For single
phase
terminal
be used
as Live
connection and L2
8) primary
shouldoption,
be used
as Neutral
connection.
For single phase supply
terminal
L1 should
be used as Live connection and L2 should be used as Neutral connec9) The Shield connections of RS485, Analog input and Analog output lines should be
tion.
terminated on therminal #24 .
Emergency
Stop
21
36
1. All digital inputs have an input voltage range of 18-100 VDC or 20-240 VAC.
}
40
41
42
43
Auxiliary relay Module
OR
Network CAM
44
9. The Shield connections of RS485, Analog input and Analog output lines should be terminated on terminal #24.
21
LEGEND
Pushbutton N.O. Type
Pushbutton N.C. Type
+
-
Extermal voltage Source
Emergency SwitchN.C. Type
BETTIS SMART EHO ELECTRICAL
CONNECTION DIAGRAM
World Area Configuration Centers (WACC) offer sales support, service,
inventory and commissioning to our global customers. Choose the
WACC or sales office nearest you:
NORTH & SOUTH AMERICA
MIDDLE EAST & AFRICA
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T +1 281 477 4100
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United Arab Emirates
T +971 4 811 8100
F +971 4 886 5465
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325 Iporanga Sorocaba
SP 18087-105
Brazil
T +55 15 3238 3788
F +55 15 3228 3300
P. O. Box 10305
Jubail 31961
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T +966 3 340 8650
F +966 3 340 8790
ASIA PACIFIC
No. 9 Gul Road
#01-02 Singapore 629361
T +65 6501 4600
F +65 6268 0028
No. 1 Lai Yuan Road
Wuqing Development Area
Tianjin 301700
P. R. China
T +86 22 8212 3300
F +86 22 8212 3308
24 Angus Crescent
Longmeadow Business Estate East
P.O. Box 6908 Greenstone
1616 Modderfontein Extension 5
South Africa
T +27 11 451 3700
F +27 11 451 3800
EUROPE
Berenyi u. 72- 100
Videoton Industry Park
Building #230
Székesfehérvár 8000
Hungary
T +36 22 53 09 50
F +36 22 54 37 00
For complete list of sales and manufacturing sites, please visit
www.emerson.com/actuationtechnologieslocations or contact us at
[email protected]
www.emerson.com/bettis
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