SMC Networks SV Series User manual

5 Port Solenoid Valve
Series SV
CAT.ES11-81 A

Features 1
Tie-rod base manifold
(for SV1000/2000/3000/4000)
Conventional tie-rod base type manifolds are also available.
The use of 34 pin connectors allows up to 16 stations with double solenoids.
Series SV1000/2000/3000/4000Series SV1000/2000/3000/4000
New Concept
Connector Type Manifold
Series SV1000/2000/3000/4000
New Concept
Pull the valve up at the front.
Lever
q
DIN rail holding screw
we
Connector type
Manifold block Solenoid Connector
(D-sub connector, etc.)
Substrate for single
Station 3 Substrate for double
Station 2 Substrate for double
Station 1
Common (+, –)
Station 1 - A side
Station 1 - B side
Station 2 - A side
Station 2 - B side
Station 3 - A side
The use of multi-pin connectors to replace wiring
inside manifold blocks provides flexibility when
adding stations or changing manifold configuration.
The SV series employs a multi-connector instead of the conventional lead wires for internal
manifold wiring. By connecting each block with a connector, changes to manifold stations are
greatly simplified.
Model A side B side JIS symbol
SV A00
SV B00
SV C00
N.C.
valve N.C. valve
N.O.
valve N.O. valve
N.C.
valve N.O. valve SOL.bSOL.a
4(A) 2(B)
5(EA)
1(P)
3(EB)
SOL.bSOL.a
4(A) 2(B)
5(EA)
1(P)
3(EB)
4(A) 2(B)
5(EA)
1(P)
3(EB)
SOL.bSOL.a
1
2
1
2
1
2
A side manual override: Orange A side passage symbol: Orange
B side passage symbol: Green
B side manual override: Green
AB
A side coil
B side coil
A side spool valve B side spool valve
5(EA) port
4(A) port
1(P) port 2(B) port
3(EB) port
B
A
Cassette base type manifold
(for SV1000/2000)
Cassette base type manifolds offer the ultimate in flexibility.
Manifold sections can be added using a simple release mechanism.
4 position dual 3 port
valves available for series
SV1000/2000
• Two 3 port valves built into a single valve body.
• A and B ports can be individually controlled.
• Three combinations are available: [N.C./N.C.],
[N.O./N.O.] and [N.C./N.O.].
• Mixed mounting with 5 port valves is also possible.
• Labels are attached to indicate A and B side functions,
using the same color as the manual override.
∗ External pilot specification is not available for 4 position
dual 3 port valves.
Loosen the DIN rail holding screws at both
ends, and separate the manifold to the right
and left.
Connector wiring diagram
For both serial and parallel wiring, additional
manifold blocks are sequentially assigned pins
on the connector.
This makes it completely unnecessary to
disassemble the connector unit.
Pull the
lever
forward with
a screw
driver, etc.

A relay output module is
available for control of devices
up to 110VAC, 3A.
Series SV
Features 2
Power consumption: 0.6W
(Current: 25mA, 24VDC)
Series SV
Increased moisture and dust
resistance
•Manifolds conform to IP65∗and IP67∗for
protection from dust and moisture.
(Based on IEC529∗.)
(Refer to the catalog contents for details, as some types of
connectors do not meet these standards.)
Series EX500 gateway features:
•IP65 protection
•128 I/O (64 inputs, 64 outputs)
•Controls up to 4 branches with 32 I/O
per branch
•A single cable from the gateway
provides both signal and power for each
branch, eliminating the need for
separate power connections for each
manifold.
NEW Serial options:
Accommodates gateway type serial wiring
Service life of
50 million cycles or more
(Based on SMC life
test conditions)
•IP65 protection
•64 I/O (32 inputs, 32 outputs)
•Double solenoid allows up to 16 stations
(up to 32 solenoids).
Product is CE compliant
Series EX250 features:
Serial wiring with I/O unit Series EX250

Air Cylinder Drive Systems
Total Stroke Time and Speed at the End
Air Cylinder Drive Systems
Total Stroke Time and Speed at the End
Series SV1000 Applicable bore size: ø20, ø25, ø32, ø40
Features 3
Solenoid
valve
SV100 ANA1
-C08 T0604
AS2201F
-01-06
AS2200-01
Silencer
Applicable related components Total stroke time s
Stroke mm
Tubing Speed
controller
Solenoid
valve Silencer
Applicable related components
For details regarding different conditions, make determinations after using the SMC Model Selection Program - Pneumatic Cylinder Drive Systems.
Tubing Speed
controller
200
0.0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0
Speed at the end mm/s
200 300 400 500 600 700 800 900 1000 1100 1200
150
100
50
0
Stroke mm
200
150
100
50
0
Stroke mm
200
150
100
50
0
Stroke mm
200
150
100
50
0
AS2201F
-01-06
AS2200-01
AS2201F
-01-06
AS2200-01
AS2201F
-02-06
AS2200-02
CM2 ø20
CM2 ø25
CM2 ø32
CM2 ø40
10% 30%
70%
50% 70%
10%
30%
50%
Reading the graphs
Common conditions
Supply pressure
Piping length
Cylinder direction
Speed controller
Load ratio
0.5MPa
SV1000: 1m, SV2000/3000: 2m, SV4000: 3m
Vertical upward
Meter-out, Directly connected to cylinder, Needle fully open
{(Load weight)/(Theoretical output)} x 100%
These graphs show the total stroke time and speed
at the end when a cylinder drive system is composed
of the ideal components. The graphs above indicate
the total stroke time and speed at the end with
respect to various load ratios and strokes for each
cylinder bore size.

Series SV2000 Applicable bore size: ø32, ø40, ø50, ø63
Features 4
Solenoid
valve
SV200 ANA1
-C10 T0806
AS2201F
-01-08
AS2200-01
Silencer
Applicable related components Total stroke time s
Stroke mm
Tubing Speed
controller
Solenoid
valve Silencer
Applicable related components
For details regarding different conditions, make determinations after using the SMC Model Selection Program - Pneumatic Cylinder Drive Systems.
Tubing Speed
controller
400
0.0 0.2 0.4 0.6 0.8 1.0 1.2 1.4 1.6 1.8 2.0
Speed at the end mm/s
200 300 400 500 600 700 800 900 1000 1100 1200
300
200
100
0
Stroke mm
400
300
200
100
0
Stroke mm
400
300
200
100
0
Stroke mm
400
300
200
100
0
AS2201F
-02-08
AS2200-02
AS3201F
-02-08
AS3000-02
AS4000-03
MB ø32 10% 30% 50%
70% 50% 30% 10%
70%
MB ø63
MB ø50
MB ø40
Time s
Total stroke time t
Total stroke time t
SOL: ON (OFF)
Speed
d%d%
øq
w
Stroke
Speed at the end
Stroke mm Stroke L
Speed at the end u
Example
Go to the chart for the bore size cylinder you are
using (ø). To find the stroke time (t), follow arrow
qfrom your stroke length ("L") to the solid line
representing the load ratio (d%) for the
application then up to the stroke time (t). To find
the ending cylinder speed (u), follow arrow w
from your stroke length ("L") to the dotted line
representing the load ratio (d%) then down to
the ending cylinder speed (u).

Air Cylinder Drive Systems
Total Stroke Time and Speed at the End
Air Cylinder Drive Systems
Total Stroke Time and Speed at the End
Series SV3000 Applicable bore size: ø50, ø63, ø80, ø100
Features 5
Solenoid
valve
SV300 ANA1
-C12 T1075
AS2201F
-02-10
Silencer
Applicable related components Total stroke time s
Stroke mm
Tubing Speed
controller
Solenoid
valve Silencer
Applicable related components
Reading the graphs
For details regarding different conditions, make determinations after using the SMC Model Selection Program - Pneumatic Cylinder Drive Systems.
Common conditions
Supply pressure
Piping length
Cylinder direction
Speed controller
Load ratio
0.5MPa
SV1000: 1m, SV2000/3000: 2m, SV4000: 3m
Vertical upward
Meter-out, Directly connected to cylinder, Needle fully open
{(Load weight)/(Theoretical output)} x 100%
Tubing Speed
controller
400
0.0 0.2 0.4 0.6 0.8 1.0 1.2 1.4 1.6 1.8 2.0
Speed at the end mm/s
200 300 400 500 600 700 800 900 1000 1100 1200
300
200
100
0
Stroke mm
400
300
200
100
0
Stroke mm
400
300
200
100
0
Stroke mm
400
300
200
100
0
AS3201F
-03-10
AS4000-03
AS4000-04
10% 30%
70%
50%
70%
50% 30% 10%
MB ø50
MB ø100
MB ø80
MB ø63
These graphs show the total stroke time and speed
at the end when a cylinder drive system is composed
of the ideal components. The graphs above indicate
the total stroke time and speed at the end with
respect to various load ratios and strokes for each
cylinder bore size.

Series SV4000 Applicable bore size: ø63, ø80, ø100, ø125
Features 6
Solenoid
valve
SV400 AN300
-KM12 T1209
AS3201F
-02-12
Silencer
Applicable related components Total stroke time s
Stroke mm
Tubing Speed
controller
Solenoid
valve Silencer
Applicable related components
For details regarding different conditions, make determinations after using the SMC Model Selection Program - Pneumatic Cylinder Drive Systems.
Tubing Speed
controller
800
0.0 0.4 0.8 1.2 1.6 2.0 2.4 2.8 3.2 3.6 4.0
Speed at the end mm/s
200 300 400 500 600 700 800 900 1000 1100 1200
600
400
200
0
Stroke mm
800
600
400
200
0
Stroke mm
800
600
400
200
0
Stroke mm
800
600
400
200
0
AS5000-02
AS420-02
AS5000-02
AS420-02
AS5000-02
AS420-02
10% 30% 50%
70% 50%
30%
10%
70%
Time s
Total stroke time t
Total stroke time t
SOL: ON (OFF)
Speed
d%d%
øq
w
Stroke
Speed at the end
Stroke mm Stroke L
Speed at the end u
MB ø63
CS1 ø125
MB ø100
MB ø80
Example
Go to the chart for the bore size cylinder you are
using (ø). To find the stroke time (t), follow arrow
qfrom your stroke length ("L") to the solid line
representing the load ratio (d%) for the
application then up to the stroke time (t). To find
the ending cylinder speed (u), follow arrow w
from your stroke length ("L") to the dotted line
representing the load ratio (d%) then down to
the ending cylinder speed (u).

Serial Wiring
Parallel Wiring
P. 5
Table of Contents
Series SV Manifold Variations
Manifold
Specification Sheets
Valve Manifold
Specifications
Flat Ribbon Cable
Valve Manifold
Common
Specifications
Single Valve
Sub-plate
D-sub
Connector
EX250 EX120 Circular
Connector
EX500
1
Decentralized Serial Wiring
IP67 protection Applicable series –––––––––––––––––––––––––––––––––––
Applicable series
Cassette base manifold
SV1000/SV2000
Tie-rod base manifold
SV1000/SV2000/SV3000/SV4000
•Number of outputs: 16
•EX500 gateway communication specifications
Remote I/O, DeviceNet, Profibus
Manifold specifications
Circular Connector
IP67 protection
D-sub Connector
Flat Ribbon Cable
Serial Wiring with Input/Output Unit
IP67 protection Tie-rod base manifold
SV1000/SV2000/SV3000
•Number of inputs/outputs: 32 each
Serial Wiring for Dedicated Output
P. 2
Valve Manifold Common Specifications
P. 43
Applicable series –––––––––––––––––––––––––––––––––––
Cassette base manifold
SV1000/SV2000
Tie-rod base manifold
SV1000/SV2000/SV3000/SV4000
•Number of connectors: 26 pins P. 53
Cassette base manifold
SV1000/SV2000
Tie-rod base manifold
SV1000/SV2000/SV3000/SV4000
•Number of connectors: 25 pins
•MIL-C-24308
Conforms to JIS-X-5101
P. 31
Applicable series –––––––––––––––––––––––––––––––––––
Cassette base manifold
SV1000/SV2000
Tie-rod base manifold
SV1000/SV2000/SV3000/SV4000
•Number of outputs: 16
P. 63
Cassette base manifold
SV1000/SV2000
Tie-rod base manifold
SV1000/SV2000/SV3000/SV4000
•Number of connectors: 26, 20, 10 pins
•With strain relief
Conforms to MIL-C-83503
Single Valve/Sub-plate
IP67 protection
P. 86
Valve Manifold Specifications
P. 74
Manifold Specification Sheets
P. 95
Applicable series SV1000/SV2000/SV3000/SV4000
•With waterproof M12 connector
Manifold exploded view
Manifold options
P. 23
Applicable series –––––––––––––––––––––––––––––––––––
Applicable series –––––––––––––––––––––––––––––––––––

Valve Manifold
Common Specifications
Series SV
2
Applicable series
Manifold type
1 (P: SUP)/3, 5 (E: EXH) type
Valve stations (maximum)
Max. number of solenoids
Port size
SV1000
18 stations
18 points
C8, N9
C3, C4, C6
N1, N3, N7
SV2000
20 stations
26 points
C10, N11
C4, C6, C8
N3, N7, N9
Stacking type cassette base manifold
Common SUP, EXH
1(P)/3, 5 (E) port
4(A)/2(B) port
Note) Value is for manifold base with 5 stations and individually operated 2 position type.
•Manifold stations can be easily changed by lever operation.
SV1000
C8, N9
C3, C4, C6
N1, N3, N7
SV2000
C10, N11
C4, C6, C8
N3, N7, N9
SV3000
C12, N11
C6, C8, C10
N7, N9, N11
SV4000
C12, N11, 03
C8, C10, C12
N9, N11, 02, 03
Tie-rod base manifold
Common SUP, EXH
20 stations
32 points
•A 34 pin connector allows up to 16 stations with double solenoids.
Cassette base
Tie-rod base
Specification
Port size
1, 5, 3
(P/EA/EB)
C8
C10
C[dm3/(s⋅bar)]
0.89
2.3
1→4, 2 (P→A, B) 4, 2→5, 3 (A, B→EA, EB)
Flow Characteristics Flow characteristics
b
0.22
0.28
Cv
0.22
0.50
C[dm3/(s⋅bar)]
0.98
2.7
b
0.21
0.18
Cv
0.23
0.56
4, 2
(A/B)
C6
C8
Model
SS5V1-16
SS5V2-16
Applicable series
Manifold type
1(P: SUP)/3, 5(E: EXH) type
Valve stations (maximum)
Max. number of solenoids
Port size 1(P)/3, 5(E) port
4(A)/2(B) port
Specification
Note) Value is for manifold base with 5 stations and individually operated 2 position type.
Port size
1, 5, 3
(P, EA, EB)
C8
C10
C12
C12
C[dm3/(s⋅bar)]
0.96
2.1
4.2
6.2
1→4, 2(P→A, B) 4, 2→5, 3(A, B→EA, EB)
Flow Characteristics Flow characteristics
b
0.26
0.20
0.22
0.19
Cv
0.24
0.46
0.91
1.3
C[dm3/(s⋅bar)]
1.1
2.4
4.3
7.0
b
0.35
0.18
0.21
0.18
Cv
0.28
0.48
0.93
1.6
4, 2
(A, B)
C6
C8
C10
C12
Model
SS5V1-10
SS5V2-10
SS5V3-10
SS5V4-10

Manifold
Specification Sheets
Valve Manifold
Specifications
Flat Ribbon Cable
Single Valve
Sub-plate
D-sub
Connector
EX250 EX120 Circular
Connector
EX500
Valve Manifold
Common
Specifications
3
Note) Based on JISB8375-1981 dynamic performance test (with coil temperature of 20°C, at rated voltage).
Series SV Solenoid Valve Specifications
Fluid
Ambient and fluid temperature °C
Manual override
Pilot exhaust method
Lubrication
Mounting orientation
Impact/Vibration resistance ms²
Enclosure
Rated coil voltage
Allowable voltage fluctuation
Power consumption W
Surge voltage suppressor
Indicator light
Air
0.15 to 0.7
0.1 to 0.7
0.2 to 0.7
–100kPa to 0.7
0.25 to 0.7
–10 to 50 (with no freezing)∗
5
3
Non-locking push type
Slotted locking type
Main valve/Pilot valve common exhaust
Pilot valve individual exhaust
Not required
Unrestricted
150/30 (8.3 to 2000Hz)
IP67 (based on IEC529)
24VDC, 12VDC
±10% of rated voltage
0.6 (With light: 0.65)
Zener diode
LED
2 position single
4 position dual 3 port valve
2 position double
3 position
Operating pressure range
2 position single, double
3 position
2 position single, double
4 position dual 3 port valve
3 position
Type of actuation
2 position single
2 position double
3 position
4 position dual 3 port valve
SV1000
11 or less
10 or less
18 or less
15 or less
SV2000
25 or less
17 or less
29 or less
33 or less
SV3000
28 or less
26 or less
32 or less
––
SV4000
40 or less
40 or less
82 or less
––
Internal pilot
operating pressure range
MPa
External pilot
operating pressure range
MPa
Maximum operating
frequency
Hz
JIS symbol
Internal pilot
External pilot
Response time Response time ms (at 0.5MPa)
Series Type of actuation
Single solenoid
Double solenoid
3 position
4 position dual 3 port
Single solenoid
Double solenoid
3 position
4 position dual 3 port
Single solenoid
Double solenoid
3 position
Single solenoid
Double solenoid
3 position
SV1000
SV2000
SV3000
SV4000
Weight g
66
71
73
71
74
78
83
78
99
102
110
186
190
211
Weights
Series SV
Note) Weights of solenoid valve only.
2 position single solenoid
2 position double solenoid
3 position closed center
3 position exhaust center
3 position pressure center
4 position dual 3 port valve: N.C./N.C.
4 position dual 3 port valve: N.O./N.O.
4 position dual 3 port valve: N.C./N.O.
(A)
4
(B)
2
5
(EA)
1
(P)
3
(EB)
(A)
4
(B)
2
5
(EA)
1
(P)
3
(EB)
(A)
4
(B)
2
5
(EA)
1
(P)
3
(EB)
(A)
4
(B)
2
5
(EA)
1
(P)
3
(EB)
(A)
4
(A)
4
(A)
4
(A)
4
(B)
2
(B)
2
(B)
2
(B)
2
5
(EA)
1
(P)
3
(EB)
5
(EA)
5
(EA)
5
(EA)
1
(P)
1
(P)
1
(P)
SOL.bSOL.a 3
(EB)
3
(EB)
3
(EB)
SOL.bSOL.a
SOL.bSOL.a
Note) Impact resistance: No malfunction when tested with a drop tester in the axial direction and at a right angle
to the main valve and armature, one time each in energized and de-energized states
(at initial value).
Vibration resistance: No malfunction when tested with one sweep of 8.3 to 2000Hz in the axial direction and
at a right angle to the main valve and armature, in both energized and de-energized
states (at initial value).
∗ Refer to page 102.

4

Manifold
Specification Sheets
Valve Manifold
Specifications
Flat Ribbon Cable
Single Valve
Sub-plate
D-sub
Connector
EX250 EX120 Circular
Connector
EX500
Valve Manifold
Common
Specifications
5
Decentralized Serial Wiring
Series EX500 IP67 protection
Tie-rod base
Cassette base
Applicable series
Cassette base manifold
SV1000/SV2000
Tie-rod base manifold
SV1000/SV2000/SV3000/SV4000
•Number of outputs: 16
•EX500 gateway unit communication specifications
Remote I/O, DeviceNet, PROFIBUS-DP

P. 16
P. 15
P. 10
P. 15
P. 15
P. 15
P. 15
Series EX500 Decentralized Serial System Configuration A configuration of series EX500 serial system with series SV is shown below.
Series SV
6
PLC
Power
supply
EX500 SERIES
GATEWAY UNIT
24VDC COM A COM B COM C COM D
PE
BUS
MS
NS
SOL
Device Net
TM
CONFORMANCE TESTED
Cable with M12 connectors
EX500-AC-
Cable with M12 connectors
EX500-AC-
Power cable with connector
EX500-AP-
Communication cable with connector
EX500-AC-
Gateway unit
EX500-G1
Terminal plug
EX500-AC000-S
Attach a terminal plug when
an input unit is not connected.
Various makes of PLC
Series EX500 Decentralized Serial System Configuration
Cable with M12 connectors
EX500-AC-
Cable with M12 connectors
EX500-AC-
Enclosure: IP65
•One gateway unit can be configured with manifold valves (outputs) and input unit manifolds (inputs) for up to 16 inputs
and outputs per branch, with a maximum of four branches. (Maximum of 64 outputs and 64 inputs)
Refer to "Specific Product
Precautions 3" on page
107 regarding connection
to the power supply.

Manifold
Specification Sheets
Valve Manifold
Specifications
Flat Ribbon Cable
Single Valve
Sub-plate
D-sub
Connector
EX250 EX120 Circular
Connector
EX500
Valve Manifold
Common
Specifications
P. 8
P. 11
P. 15
P. 15
P. 15
7
Waterproof cap
EX500-AW
Included when shipped.
Connection of sensors
with M8, M12 connectors
(auto switch, pressure switch, etc.)
Connection of sensors
with M8, M12 connectors
(auto switch, pressure switch, etc.)
Connection of sensors
with M8, M12 connectors
(auto switch, pressure switch, etc.)
Connection to a large solenoid valve, etc.
•A separate power supply is required.
•One or two outputs are available.
•Refer to page 82 for details.
A
B
AB
A
B
AB
A
B
A
B
COMPWR
A
B
AB
A
B
AB
A
B
A
B
COMPWR
A
B
AB
A
B
AB
A
B
A
B
COMPWR
A
B
AB
A
B
AB
A
B
COMPWR
Cable with M12 connectors
EX500-AC-
Series SV manifold
SS5V-W10/16SAWD Input manifold
EEX500-IB1-
Relay output module
SV1000-60-5A-A
(See page 82.)
Cable with M12 connectors
EX500-AC-
Cable with M12 connectors
EX500-AC-
Enclosure: IP67
Enclosure: IP65
EX500 Decentralized
Serial Wiring
Series SV

8
EX500
Decentralized Serial Wiring
Series SV
How to Order
• Tie-rod base
• Cassette base
Series
SS5V – W
1A1W
Enclosure
IP67 specification
1
2SV1000
SV2000
SS5V –– –– WD
05
16S
1A1W
SI unit specification
Valve stations
For remote I/O
For DeviceNet/
PROFIBUS-DP
Without SI unit
A1W
A2W
0
DIN rail length
Standard length
Nil
3
16
Note
Double wiring specification
Specified layout
(Up to 16 solenoids possible.)
Symbol
02
08
02
16
Stations
2 stations
8 stations
2 stations
16 stations
Series
1
2
3
4
SV1000
SV2000
SV3000
SV4000
P, E port position
U
D
B
U side (2 to 10 stations)
D side (2 to 10 stations)
Both sides (2 to 16 stations)
……
……
For 3 stations
For 16 stations
…
…
Mounting
Direct mount
DIN rail mount (with DIN rail)
DIN rail mount (without DIN rail)
When a DIN rail longer than the
specified stations is required.
(Specify a rail longer than the
standard length.)
Nil
D
D0
Note)
D3
D16
For 3 stations
For 16 stations
…
…
A, B port size (inch)
A, B port
Symbol
N1
N3
N7
N3
N7
N9
N7
N9
N11
N9
N11
02N
03N
02T
03T
M
ø1/8" One-touch fitting
ø5/32" One-touch fitting
ø1/4" One-touch fitting
ø5/32" One-touch fitting
ø1/4" One-touch fitting
ø5/16" One-touch fitting
ø1/4" One-touch fitting
ø5/16" One-touch fitting
ø3/8" One-touch fitting
ø5/16" One-touch fitting
ø3/8" One-touch fitting
NPT 1/4
NPT 3/8
NPTF 1/4
NPTF 3/8
A, B ports mixed
Supply/Exhaust block
assembly specification
Internal pilot specification
Internal pilot/Built-in silencer
External pilot specification
External pilot/Built-in silencer
Nil
S
R
RS
Note 1)
Note) In case of D0, only DIN rail fittings are attached.
Note 2)
– –– D05 U 10S
U
ø5/16"
One-touch fitting
P, E port
Applicable series
SV1000
SV2000
SV3000
SV4000
ø3/8"
One-touch fitting
ø3/8"
One-touch fitting
ø3/8"
One-touch fitting
NPT 3/8
NPTF 3/8
A, B port size (metric)
A, B port
Symbol
C3
C4
C6
C4
C6
C8
C6
C8
C10
C8
C10
C12
02
03
02F
03F
M
ø3.2 One-touch fitting
ø4 One-touch fitting
ø6 One-touch fitting
ø4 One-touch fitting
ø6 One-touch fitting
ø8 One-touch fitting
ø6 One-touch fitting
ø8 One-touch fitting
ø10 One-touch fitting
ø8 One-touch fitting
ø10 One-touch fitting
ø12 One-touch fitting
Rc 1/4
Rc 3/8
G 1/4
G 3/8
A, B ports mixed
ø8
One-touch fitting
P, E port
Applicable series
SV1000
SV2000
SV3000
SV4000
ø10
One-touch fitting
ø12
One-touch fitting
ø12
One-touch fitting
Rc 3/8
G 3/8
Specify a rail
longer than
the standard
length.
Note 1) Double wiring specification: Single, double and 3
position solenoid valves can be used on all manifold
stations.
Use of a single solenoid will result in an unused
control signal. If this is not desired, order with a
specified layout.
Note 2) Specified layout: Indicate wiring specifications on a
manifold specification sheet.
(Note that double and 3 position valves cannot be
used where single solenoid wiring has been
specified.)
∗
∗
∗ In case of mixed specification (M), indicate separately on a manifold
specification sheet.
∗ When the built-in silencer type is used, keep the
exhaust port from coming in direct contact with
water or other liquids.

Manifold
Specification Sheets
Valve Manifold
Specifications
Flat Ribbon Cable
Single Valve
Sub-plate
D-sub
Connector
EX250 EX120 Circular
Connector
EX500
Valve Manifold
Common
Specifications
9
How to Order Manifold Assemblies (Order Example)
Example (SV1000)
Manifold
SS5V1-W16SA1WD-06B-C6 (1 set)
SS5V1-W16SA1WD-06B-C6 ……… 1 set (manifold part no.)
∗ SV1100-5FU ……… 4 sets (single solenoid part no.)
∗ SV1200-5FU ……… 2 sets (double solenoid part no.)
Manual override
Rated voltage
Nil: Non-locking push type D: Slotted locking type
SV
––
110
0F5
524VDC
Note) Available with manifold block for station
additions. Refer to pages 77 and 81.
Light/Surge voltage suppressor
With light and surge voltage suppressor
With surge voltage suppressor
U
R
Pilot specification
∗ External pilot specification is
not available for 4 position
dual 3 port valves.
∗ 4 position dual 3 port valves are applicable to
series SV1000 and SV2000 only.
∗ Built-in back pressure check valve type
is applicable to series SV1000 only.
∗ Back pressure check valve is not
available for 3 position closed center and
3 position pressure center.
∗ Effective area of the built-in back
pressure check valve type is reduced
approximately 20%.
How to Order Solenoid Valves
Internal pilot
External pilot
Nil
R
Back pressure check valve
None
Built-in
Nil
K
Series
1
2
3
4
SV1000
SV2000
SV3000
SV4000
Type of actuation
1
2
3
4
5
A
B
C
2 position single solenoid
2 position double solenoid
3 position closed center
3 position exhaust center
3 position pressure center
4 position dual 3 port valve: N.C./N.C.
4 position dual 3 port valve: N.O./N.O.
4 position dual 3 port valve: N.C./N.O.
Double solenoid
SV1200-5FU (2 sets)
Single solenoid
SV1100-5FU (4 sets)
321
Stations
U side
D side
PWR COM
DDDDDD
EX500 Decentralized
Serial Wiring
Series SV

10
Series SV
Specifications
Dimensions
Gateway (GW) Unit
How to Order
Model
Applicable PLC/Communication protocol
Communication speed
Rated voltage
Current consumption
Number of inputs/outputs
Number of input/output branches
Branch cable
Branch cable length
Communication connector
Power connector
Ambient operating temperature/humidity
Enclosure
Applicable standard
Weight g
Power supply voltage range
24VDC
200mA or less
Maximum 64 inputs/64 outputs
4 branches (16 inputs/16 outputs per branch)
8 core heavy duty cable
5m or less (total extension 10m or less)
M12 connector (8 pins, socket)
M12 connector (5 pins, plug)
+5°C to +45°C/35% to 85%RH (no condensation)
IP65
UL, CSA, CE
470
EX500-GAB1-X1
Rockwell Automation PLC
57.6Kbit/sec, 115.2Kbit/sec
230.4Kbit/sec
EX500-GDN1
DeviceNet Release 2.0
125Kbit/sec, 250Kbit/sec
500Kbit/sec
EX500-GPR1
PROFIBUS-DP
9.6/19.2/93.75/187.5/500Kbit/sec
1.5/3/6/12Mbit/sec
Input and control unit power supply:24VDC ±10%
Solenoid valve power supply:24VDC +10%/–5%
(power drop warning at approx.20V)
∗ Communication cables and connectors are sold separately.
Refer to options on page 15.
EX500 G DN
DN
PR
AB
Communication protocol
DeviceNet
PROFIBUS-DP
Remote I/O (RIO)
Nil
-X1
Applicable GW unit
DeviceNet
PROFIBUS-DP
Remote I/O (RIO)
1
E x 500-GAB1-X1
VOLTAGE 24VDC/200mA INPUT/OUTPUT 64/64 IP CODE IP65 SERIAL NO.
TYPE 1
MADE IN JAPAN
PE
COM DCOM CCOM BCOM A24VDC
GATEWAY UNIT
EX500 SERIES
BUS
ERR
COM
SOL
RUN
R2.6
R2.6
136
10
46
63 73 88
48.8
160 37.9
148

Manifold
Specification Sheets
Valve Manifold
Specifications
Flat Ribbon Cable
Single Valve
Sub-plate
D-sub
Connector
EX250 EX120 Circular
Connector
EX500
Valve Manifold
Common
Specifications
11
How to Order Input Blocks
Input unit
manifold EX500 IE
Nil
-X1
Applicable GW unit
DeviceNet
PROFIBUS-DP
Remote I/O (RIO)
1
1
2
3
4
5
6
Block type
M8 connector, PNP specification
M8 connector, NPN specification
M12 connector, PNP specification
M12 connector, NPN specification
8 point integrated type, M8 connector, PNP specification
8 point integrated type, M8 connector, NPN specification
How to Order Input Manifolds
EEX500 IB1
1
8
Stations
1 station
8 stations
Nil
-X1
Applicable GW unit
DeviceNet
PROFIBUS-DP
Remote I/O (RIO)
E8
…
…
E
T
M
Connector type
M8 connector
M12 connector
M8, M12 mixed
Input unit specification
Input Unit Specifications
Connection block
Communication connector
Number of connection blocks
Block supply voltage
Block supply current
Current consumption
Short circuit protection
Enclosure
Weight g
Note)
Current source type input block (PNP input block)
or
Current sink type input block (NPN input block)
Operates at 1ATyp. (power supply cut)
GW unit reset by turning power OFF and back ON.
M12 connector (8 pins, plug)
Maximum 8 blocks
24VDC
0.65A maximum
100mA or less (at rated voltage)
IP65
100 (Input unit + End block)
Input Block Specifications
Applicable sensor
Sensor connector
Number of inputs
Rated voltage
Indication
Insulation
Sensor supply current
Enclosure
Weight g
Current source type (PNP output)
or
Current sink type (NPN output)
M8 connector (3 pins) or, M12 connector (4 pins)
2 inputs/8 inputs (M8 only)
24VDC
Green LED
None
Maximum 30mA/Sensor
IP65
[For M8: 20] [For M12: 40] [8 point integrated type, for M8: 55]
How to Order Input Unit Manifolds [Order Example]
When ordering an input unit manifold, enter the Input manifold part no. + Input block part no. together.
The Input unit , End block and DIN rail are included in the input manifold. Refer to the indications below.
EEX500-IB1-E8 …1 set
∗EX500-IE5 …..…2 sets
TYPE1
US
C
R
SERIAL No.
IP CODE IP65
EX500-IE5(PNP)
VOLTAGE 24VDC/240mA
MADE IN JAPAN
TYPE1
US
C
R
SERIAL No.
IP CODE IP65
EX500-IE5(PNP)
VOLTAGE 24VDC/240mA
MADE IN JAPAN
TYPE1
US
C
R
SERIAL No.
IP CODE IP65
INPUT 16
EX500-IB1
VOLTAGE 24VDC/650mA
MADE IN JAPAN
24VDC/60mA/IP65
(PNP)
EX500-IE1
TYPE1
US
C
R
MADEINJAPAN
24VDC/60mA/IP65
(PNP)
EX500-IE1
TYPE1
US
C
R
MADEINJAPAN
24VDC/60mA/IP65
(PNP)
EX500-IE1
TYPE1
US
C
R
MADEINJAPAN
TYPE1
US
C
R
SERIAL No.
IP CODE IP65
INPUT 16
EX500-IB1
VOLTAGE 24VDC/650mA
MADE IN JAPAN
MADEINJAPANMADEIN JAPANMADEINJAPANMADEIN JAPAN
CCCC
RRRR
TYPE1TYPE1TYPE1TYPE1
USUSUSUS
24VDC/60mA/IP6524VDC/60mA/IP6524VDC/60mA/IP6524VDC/60mA/IP65
(PNP)(PNP)(PNP)(PNP)
EX500-IE1EX500-IE1EX500-IE1EX500-IE1
MADEINJAPAN
R
CUS
TYPE1
EX500-IE2
(PNP)
24VDC/60mA/IP65
MADEIN JAPAN
VOLTAGE24VDC/650mA
EX500-IB1
INPUT16
IP CODEIP65
SERIALNo.
R
CUS
TYPE1
MADEINJAPAN
R
CUS
TYPE1
EX500-IE1
(PNP)
24VDC/60mA/IP65
MADEINJAPAN
R
CUS
TYPE1
EX500-IE1
(PNP)
24VDC/60mA/IP65
TYPE1
US
C
R
SERIAL No.
IP CODEIP65
EX500-IE5 (PNP)
VOLTAGE24VDC/240mA
MADEIN JAPAN
TYPE1
C
SERIAL No.
IP CODE IP65
INPUT 16
EX500-IB1
VOLTAGE24VDC/650mA
MADE IN JAPAN
TYPE1
US
C
R
MADEINJAPAN
IP65
24VDC/60mA
IPCODE
VOLTAGE
(PNP)
EX500-IE3
TYPE1
US
C
R
MADEINJAPAN
IP65
24VDC/60mA
IPCODE
VOLTAGE
(PNP)
EX500-IE3
TYPE1
US
C
R
MADEINJAPAN
IP65
24VDC/60mA
IPCODE
VOLTAGE
(PNP)
EX500-IE3
TYPE1
US
C
R
MADEINJAPAN
IP65
24VDC/60mA
IPCODE
VOLTAGE
(PNP)
EX500-IE3
TYPE1
US
C
R
MADEINJAPAN
IP65
24VDC/60mA
IPCODE
VOLTAGE
(PNP)
EX500-IE3
TYPE1
US
C
R
MADEINJAPAN
IP65
24VDC/60mA
IPCODE
VOLTAGE
(PNP)
EX500-IE3
US
R
C
MADE IN JAPAN
VOLTAGE24VDC/650mA
EX500-IB1
INPUT16
IP CODEIP65
SERIALNo.
R
CUS
TYPE1
MADEINJAPAN
R
CUS
TYPE1
EX500-IE1
(PNP)
24VDC/60mA/IP65
MADEINJAPAN
R
CUS
TYPE1
EX500-IE1
(PNP)
24VDC/60mA/IP65
MADEINJAPAN
R
CUS
TYPE1
EX500-IE1
(PNP)
24VDC/60mA/IP65
TYPE1
Input manifold
Block part no.
entry Unit side
Example 1) M8 input block only Example 2) M12 input block only
Example 3) M8 and M12 mixed
EEX500-IB1-E8 (1 set)
Input block
EX500-IE5 (2 sets)
EEX500-IB1-E8 …1 set
∗EX500-IE1 ..…… 8 sets
Input manifold
EEX500-IB1-E8 (1 set)
Input block
EX500-IE1 (8 sets)
End block side
Unit side
End block side
EEX500-IB1-T4 …1 set
∗EX500-IE4 …..…4 sets
Input manifold
EEX500-IB1-T4 (1 set)
Unit side
Input block
EX500-IE4 (4 sets)
End block side
EEX500-IB1-M6 …1 set
∗EX500-IE1 …..…4 sets
∗EX500-IE3 …..…2 sets
Input manifold
EEX500-IB1-M6 (1 set)
Unit side
Input block
EX500-IE1 (2 sets)
Input block
EX500-IE1 (4 sets)
End block side
Unit side
End block side
EEX500-IB1-E6 …1 set
∗EX500-IE5 ……… 1 set
∗EX500-IE1 ……… 2 sets
Input manifold
EEX500-IB1-E6 (1 set)
Input block
EX500-IE5 (1 set)
Input block
EX500-IE1 (2 sets)
Unit side
End block side
Note) •Since the 8 point integrated type input block is equivalent to
the length of four stations on an M8 input block, pay
attention to the number of stations on an input manifold.
•When an input block layout becomes complicated, indicate
on an input unit manifold specification sheet.
EX500 Decentralized
Serial Wiring
Series SV
Note) Since the DIN rail weight is not included, confirm the DIN rail length being used
on page 13, and add the weight found in the DIN rail dimension table on page 85.

12
Series SV
Input Unit Manifold Exploded View
r
aq
w
e
t
y
a
No. Description Note
Part no.
For standard
EX500-IB1
EX500-IE
EX500-IE
EX500-IE
For RIO
EX500-IB1-X1
EX500-IE-X1
EX500-IE-X1
EX500-IE-X1
PNP specifications ... : 1, NPN specifications ... : 2
PNP specifications ... : 3, NPN specifications ... : 4
PNP specifications ... : 5, NPN specifications ... : 6
: Length (Refer to page 85.)
1
2
3
4
5
6
z
x
c
v
Input unit
Input block (M8 connector)
Input block (M12 connector)
8 input block (M8 connector)
End block
DIN rail EX500-EB1
VZ1000-11-1-
Parts list
How to add input block stations
Loosen the screws a (2 places) that are holding the end blocks.
Separate the blocks at the locations where stations are to be added.
Attach the additional blocks to the DIN rail, and connect the blocks so that they fit together securely.
While holding the blocks together so that there are no gaps between them, secure them to the DIN rail by tightening the screws a .
Note: Be sure to tighten the screws with the prescribed tightening torque. (0.6N⋅m)
↓
↓
↓