Azbil Actival VY51 J Series User manual

ACTIVALTM
Motorized Two-Way Valve with Flanged-End Connection
(PN16 / GG-20)
Specifications/Instructions
1
AB-7057
© 2010–2020 Azbil Corporation. All Rights Reserved.
Overview
ACTIVALTM Model VY51_ _J is a series of motorized two-
way valves with anged-end connection. Rotary valve and
actuator are integrated in a single unit.
Valve size ranges from DN15 (1/2”) to DN80 (3”), and
valve body rating corresponds to ISO PN16.
Actuator has a reversible synchronous motor, which
operates at a low voltage of 24 V AC.
5 kinds of control signals are available to operate
ACTIVAL.
● Nominal 135 Ω feedback potentiometer (built-in):
Provides proportional control in combination with a
DDC controller (e.g., InlexTM GC Model WY5111).
● Nominal 135 Ω resistance input:
Provides proportional control in combination with a
proportional controlled electric controller (e.g., Neostat
Model TY900_Z, Model TY9800).
● 4-20 mA DC input:
Provides proportional control in combination with a
DDC controller (e.g., InlexTM GC Model WY5111,
Model R35/ R36).
● 2-10 V DC input:
Provides proportional control in combination with a
DDC controller (e.g., InlexTM AC Model WY5117).
● 0-10 V DC input:
Provides proportional control in combination with a
DDC controller.
Features
● Compact and lightweight
● Valve and actuator integrated in a single unit
● Dust- and splash-proof structure (IEC IP54)
Installable in an AHU.
Note: Waterproof connectors are required to ensure IP54.
● A variety of control signals available
● Durable actuator with low power consumption
● 2–10 V DC output with feedback signal
Only for the 4–20 mA DC input type (model VY513_),
the 2–10 V DC input type (model VY514_), and the
0–10 V DC input type (model VY515_)
● Equal percentage ow characteristic
● Valve for water/steam control applicable to high
di󰀨erential pressure, with large Cv value, wide
rangeability, and low leakage.
IMPORTANT • If you want to use this product combined
with a third party's controller, please
contact Azbil corporation.

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AB-7057
Safety Precautions
Please read instructions carefully and use the product as
specied in this manual. Be sure to keep this manual near
by for ready reference.
Restrictions on Use
This product was developed, designed, and
manufactured for general air conditioning use.
Do not use the product in a situation where human life
may be at risk or for nuclear applications in radiation
controlled areas. If you wish to use the product in
a radiation controlled area, please contact Azbil
Corporation.
Particularly when the product is used in the following
applications where safety is required, implementation of
fail-safe design, redundant design, regular maintenance,
etc., should be considered in order to use the product
safely and reliably.
• Safety devices for protecting the human body
• Start/stop control devices for transportation machines
• Aeronautical/aerospace machines
For system design, application design, instructions
for use, or product applications, please contact Azbil
Corporation.
Azbil Corporation bears no responsibility for any result,
or lack of result, deriving from the customer's use of the
product.
Recommended Design Life
It is recommended that this product be used within the
recommended design life.
The recommended design life is the period during which
you can use the product safely and reliably based on the
design specications.
If the product is used beyond this period, its failure ratio
may increase due to time-related deterioration of parts,
etc.
The recommended design life during which the product
can operate reliably with the lowest failure ratio and least
deterioration over time is estimated scientically based
on acceleration tests, endurance tests, etc., taking into
consideration the operating environment, conditions, and
frequency of use as basic parameters.
The recommended design life of this product is 10 years.
The recommended design life assumes that
maintenance, such as replacement of the limited life
parts, is carried out properly.
Refer to the section on maintenance in this manual.
Warnings and Cautions
WARNING Alerts users that improper handling may
cause death or serious injury.
CAUTION Alerts users that improper handling may
cause minor injury or material loss.
Symbols

Notifies users that specific actions are prohibited
to prevent possible danger. The symbol inside
 graphically indicates the prohibited action.
(For example, the sign on the left means that
disassembly is prohibited.)

Instructs users to carry out a specific obligatory
action to prevent possible danger. The symbol
inside  graphically indicates the actual action to
be carried out. (For example, the sign on the left
indicates general instructions.)
 WARNING

When handling or transporting any heavy product
(more than 18 kg), carefully move the product with
a hand truck or the like, or with 2 or more people.
Careless lifting or accidental dropping of the
product may result in injury or product damage.
 CAUTION

Provide a circuit protector (e.g., a fuse or circuit
breaker) for the power source.
Failure to do so may cause a short circuit leading
to re or device failure.
Do not freeze this product.
Doing so may damage the valve body and cause
leakage.

When piping this product, be sure there is no
foreign matter in the pipes.
If foreign matter remains in the pipes, the product
may break down.
Install, wire, and use this product under the
conditions specied by this manual.
Failure to do so may cause re or device failure.

When installing this product, hold it in the proper
position and securely fasten it to the pipes.
Excessive tightening or improper installation
position may damage the valve.

After installation, make sure no uid leaks from the
valve-pipe connections.
Improper piping may cause uid leakage outside of
the valve.
Do not put a load or weight on this product.
Doing so may damage the product.

Installation and wiring of the actuator must
be performed by personnel qualified to do
instrumentation and electrical work.
Mistakes in installation or wiring may cause re or
electric shock.

Before wiring, setting, maintenance, or replacement,
be sure to turn o󰀨 the power to this product.
Failure to do so may result in electric shock or
device failure.
All wiring must comply with applicable codes and
ordinances.
Otherwise there is a danger of re.

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AB-7057
 CAUTION

Use crimp terminals with insulation for connections
to the product terminals.
Failure to do so may cause short circuit leading to
re or device failure.

Tighten the terminal screws with the specified
torque.
Insufficient tightening of the terminal screws may
cause re or overheating.
After wiring, setting, engineering, maintenance, or
replacement work, be sure to reattach the cover.
Failure to do so may result in electric shock.
S
Do not carelessly touch this product when it is used
to control hot water.
Doing so may result in burns, because the product
reaches a high temperature.
Model Numbers
Model VY51_ _J00_ _ is the model for the valve and actuator integrated into a single unit.
The model number label is attached to the yoke.
Base
model
number
Actuator/valve Actuator Valve
Description
Control
signal
Rating/
material Type Nominal
size/Cv
VY51 Motorized two-way valve with anged-end connection
1Nominal 135 Ω feedback potentiometer
2 Nominal 135 Ω resistance input
3 4 mA DC to 20 mA DC input with 2 V DC to 10 V DC position feedback output
4 2 V DC to 10 V DC input with 2 V DC to 10 V DC position feedback output
50 V DC to 10 V DC input with 2 V DC to 10 V DC position feedback output
7PN16 / GG-20 [for water]
8 PN16 / GG-20 [for steam]
J
IEC IP54 protected and standard torque type actuator
with terminal block
(Mountable valve sizes: DN15 to DN80)
00 
11 DN15 (1/2”) / 1.0 in Cv value
12 DN15 (1/2”) / 2.5 in Cv value
13 DN15 (1/2”) / 6.0 in Cv value
14 DN15 (1/2”) / 1.6 in Cv value
15 DN15 (1/2”) / 4.0 in Cv value
21 DN25 (1”) / 10 in Cv value
22 DN25 (1”) / 16 in Cv value
41 DN40 (11/2”) / 25 in Cv value
42 DN40 (11/2”) / 40 in Cv value
51 DN50 (2”) / 65 in Cv value
61 DN65 (21/2”) / 95 in Cv value
81 DN80 (3”) / 125 in Cv value

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AB-7057
Options
Item Model number Specication
Seal connector*183104346- 003 Applicable wire size f7 mm to f9 mm
Auxiliary switch*283174063- 101 Number of switches 2
Maximum applied
voltage/current
30 V DC / 100 mA*3
(Inductive load includes inrush current.)
Actuating position SW A: Adjustable between 0 % (fully closed) and 100 % (fully open)
SW B: Adjustable between 0 % (fully closed) and 100 % (fully open
Auxiliary potentiometer*283165275- 001 Number of
potentiometer:
1
Total resistance Nominal 1 kΩ
Operating position 0 % (fully closed) to 100 % (fully open)
Max. applied
voltage
5 V DC
Outdoor cover DY3001A1017 Material Stainless steel plate t1.0
Weight Approx. 550 g
Note:
*1 Required to maintain IP54.
*2 Either the auxiliary switch or auxiliary potentiometer can be added, but not both.
For details, refer to the user's manual attached to the product.
*3 If the applied current exceeds 100 mA, please contact Azbil Corporation.

5
AB-7057
Specications
Valve and actuator
Item Specication
Operating conditions
Rated operating condition
Ambient temperature
−20 to 50 °C
(Fluid temperature 0 °C to 150 °C)
−20 to 45 °C
(Fluid temperature 150 to 175 °C)
Ambient humidity 5 to 95 %RH
Vibration 4.9 m/s2 (10 to 150 Hz)
Transport/storage conditions
(in packed state*2)
Ambient temperature −20 to 70 °C
Ambient humidity 5 to 95 %RH
Vibration 19.6 m/s2
(10 Hz to 150 Hz)
Installation location Indoor use
Note: Salt air, corrosive gas, ammable gas, and organic solvent must be avoided.
Outdoor use
Note: Salt air, corrosive gas, ammable gas, and organic solvent must be avoided. And, use the outdoor
cover (to be ordered separately) etc. to avoid direct sunlight.
Mounting position Refer to ■ “Installation,” ● “Mounting position.”
Manual operation Available
Refer to ■ “Installation,” ● “Manual open/close operation.”
Insulation resistance Between terminals and case 5 MΩ or more at 500 V DC
Withstand voltage Between terminals and case 500 V AC/min with 5 mA or less leakage current
Weight Model VY51_ _J00 11 4.6 kg
12
13
14
15
21 6.6 kg
22
41 10 kg
42
51 11.5 kg
61 16.0 kg
81 18.5 kg
A
mbient temperature (°C)
50
40
-20
100
1751500
F
luid temperature (°C)

6
AB-7057
Valve
Item Specication
Type Two-way valve with anged-end connection (raised face ange), proportional control
Body pressure rating PN16 (Max. working pressure: 1.6 MPa)
Size, Cv, Close-o󰀨 rating Model number Nominal size Cv Close-o󰀨 ratings
VY51_ _J00 11 DN15 (1/2”) 1.0 1.0 MPa
12 DN15 (1/2”) 2.5
13 DN15 (1/2”) 6.0
14 DN15 (1/2”) 1.6
15 DN15 (1/2”) 4.0
21 DN25 (1”) 10
22 DN25 (1”) 16
41 DN40 (11/2”) 25
42 DN40 (11/2”) 40
51 DN50 (2”) 65
61 DN65 (21/2”) 95
81 DN80 (3”) 125 0.7 MPa (for chilled/hot water and
steam*)
End connection PN16 anged-end (equivalent to ISO 7005-2: 1988)
Applicable uid Chilled/hot water, high temperature water, steam,
brine (ethylene glycol solutions, 50 % max.)
Allowable uid temperature Chilled/hot water 0 °C to 175 °C
Steam 0 °C to 175 °C
Flow characteristic Equal percentage
Rangeability 100 : 1
Leakage from valve seat 0.01 % of rated Cv value (0.0006 Cv or less for DN15 model)
Materials Body Gray cast iron (GG-20)
Plug, stem Stainless steel (equivalent to SCS)
Seat ring Heat-resistant PTFE
Gland packing Inorganic ber
Gasket Non-asbestos joint sheet
Paint color Gray (equivalent to M5B 4/1)
Actuator mounting Integrated with the valve
Valve position indication Indicated by the groove on the tip of the valve stem.
* Indicates the limit of temperature in which the actuator can operate.
Pressure should be 0.8 MPa or lower for the 175 °C steam.

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AB-7057
Actuator
Item Specication
Power supply 24 V AC ± 15 %, 50 Hz/60 Hz
Power consumption Nominal 135 Ω feedback
potentiometer type 7 VA
Nominal 135 Ω resistance
input type 8 VA
4-20 mA DC input type
2-10 V DC input type
Type For valve size DN15 to
DN80 Standard torque type
Valve travel time 63 ± 5 s (50 Hz) / 53 ± 5 s (60 Hz)
Control signal Nominal 135 Ω feedback
potentiometer type
Total resistance: Nominal 135 Ω
Max. applied voltage: 5 V DC
Nominal 135 Ω resistance
input type
4-20 mA DC input type Input impedance: 100 Ω
2-10 V DC input type Input impedance: 150 kΩ or higher
0-10 V DC input type Input impedance: 150 kΩ or higher
2–10 V DC valve travel output
signal (for 4–20 mA DC, 2–10 V
DC, 0–10 V DC control signal input
types)
Range 2 V DC (0 % position) to 10 V DC (100 % position)
Allowable load resistance 10 kΩ or higher (Max. output current: 1mA)
Valve position indication Indicator: 0 (fully closed) to 100 (fully open)
Can be seen from the forward, backward, or lower position.
Wiring Screwed on the terminal block (M3.5), tightening torque 0.8–1.0N·m
Note: Open an appropriate knockout hole (dia. 22) located on both sides of the actuator at the worksite
Enclosure protection IEC IP54 (dust-proof and splash-proof)
Factory preset position Fully open
Materials Case Cast aluminum alloy
Top cover, terminal cover Polycarbonate resin (Color: gray)
Yoke Steel plate
Surface nishing Case None
Yoke Electro-galvanized (Bright chromate nish)

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AB-7057
Dimensions
Figure 1. Dimensions (mm)
Table 1. Dimensions (mm)
Model number Valve size
(DN) H (mm) H1 (mm) L (mm) L1 (mm) t (mm) fC (mm) fD (mm) fg (mm) fh (mm) N Weight (kg)
VY51_ _J001_ 15 213 75 108 50 16 65 95 46 14 4 4.6
VY51_ _J002_ 25 228 90 127 60 18 85 115 65 14 4 6.6
VY51_ _J004_ 40 241 103 165 82.5 20 110 150 84 19 4 10.0
VY51_ _J0051 50 245 107 178 89 20 125 165 99 19 4 11.5
VY51_ _J0061 65 262 124 190 90 22 145 185 118 19 4 16.0
VY51_ _J0081 80 263 125 203 100 22 160 200 132 19 8 18.5
Parts Indication
Figure 2. Parts identication
70 70
H
H1 138
L
1
L
t
φg φ
C
φ
D
Flow direction
82 85
Min. 100*
1
*
2
Min. 300*
1
N ×φh
138
*1 Clearance for maintenance.
*2 Leave a clearance of 300 mm if you open the top cover after installation
(e.g., to set the auxiliary switch).
Top cover
Terminal cover
Top cover
Knockout hole
Terminal cove
r
Yoke
Actuator
Valve body
P
ointer
J
oint
O
-ring
P
acking
S
tem
Seat ring
Sprin
g
Plu
g
Gland

9
AB-7057
Installation
 WARNING

When handling or transporting any heavy product
(more than 18 kg), carefully move the product with
a hand truck or the like, or with 2 or more people.
Careless lifting or accidental dropping of the
product may result in injury or product damage.
CAUTION
Do not freeze this product.
Doing so may damage the valve body and cause
leakage.

When piping this product, be sure there is no
foreign matter in the pipes.
If foreign matter remains in the pipes, the product
may break down.
Install, wire, and use this product under the
conditions specied by this manual.
Failure to do so may cause re or device failure.
Precautions for installation
Observe the following cautions in order to avoid failure of
this product.
● Do not strike or jar this product.
● Be sure there is no foreign matter in the pipes.
Observe the following instructions to remove foreign
matter.
● Install a strainer on the upstream side of the
product.
For chilled/hot water: 40 or more mesh
For steam: 80 or more mesh
● If the strainer cannot be installed just before the
inlet of each valve, install it on the pipe diverting
sections for each piping group.
● Do not install this product near a steam coil, hot water
coil, etc.
High-temperature radiant heat may cause failure ofthe
actuator.
● Avoid connecting the product to piping where water
hammer may occur or slag, etc. easily collects.
IMPORTANT
•Position the pipes so that drainage does
not accumulate next to the valve.If there
is remaining drainage, the valve or pipes
may be damaged by steam hammer or
corrosion.
Install a trap so that drainage does not
accumulate or use a valve made of
stainless steel with high erosion and
corrosion resistance (JIS SCS13A).
•When the product is used for steam
humidifying, install a valve interlocking
with air-conditioning unit on the inflow
side in case the product gets damaged
In addition, observe the following cautions.
● Install a bypass pipe and gate valves on the inow,
outow, and bypass sides.
●Install the product in a position allowing easy access for
maintenance and inspection.
Refer to ■Dimensions”
● When installing the product in the ceiling, provide a
trapdoor within 50 cm around the valve. And, place a
drain pan under the valve.
Mounting position
Install the product so that uid ows in the direction
pointed by the arrow on the body. It can be mounted in any
position ranging from upright to sideways (90°tilted).
Note: If the product is installed outdoors, place it in upright
position.
Figure 3. Correct mounting
Figure 4. Incorrect mounting
Upright Sideways (90°)
Actuator is below the valve

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AB-7057
Piping
CAUTION

When installing this product, hold it in the proper
position and securely fasten it to the pipes.
Excessive tightening or improper installation
position may damage the valve.
(1) Check that the model number of the product is what you
ordered. The model number is shown on the label attached
to the yoke.
(2) Install the valve so that uid ows in the direction
pointed by the arrow on the valve body.
Refer to ● “Mounting position.”
● When piping, do not apply too much sealing material,
such as solidifying liquid and tape, to the pipe
connection sections.
● Do not allow chippings, sealing material, etc. to get
into the pipes.
The foreign matter, such as chippings, seal material
for screwing the pipes, may be caught in, resulting
damages on the valve seat and the valve may not be
fully closed.
(3) Fully open the valve and ush the pipes at the maximum
ow rate. When uid ows for the rst time, it is to clean
out the foreign matter and refuse in the pipes.
The valve is set to fully open when it is shipped from the
factory.
CAUTION

After installation, make sure no uid leaks from the
valve-pipe connections.
Improper piping may cause uid leakage outside of
the valve.
Do not put a load or weight on this product.
Doing so may damage the product.
Heat insulation
● Apply heat insulation in the area illustrated by
in
gure 5.
● If the heat insulation material is placed above the yoke,
the indicator may be hidden from sight or be deformed
by being entangled with the insulation material.
Figure 5. Manual operation
Factory preset position
Actuator shaft: fully open
Pointer: competely turned clockwise
Pointer
Figure 6. Pointer position for shipment
Manually opening/closing valve
MPORTANT
•Before opening or closing the valve
manually, turn o󰀨 the power.
If the valve is manually opened or closed
while the power (24 V AC) is applied, the
actuator may break down.
•Do not manually open or close the valve
beyond the fully open or fully closed
scale.
(1) Trun o󰀨 the power.
(2) Hold the joint using a wrench, etc., gently turn the
wrench to the desired position, open or close.
Note: If the valve is subject to shock, the actuator may break
down.
Hold the joint
using a wrench.
Figure 7. Manual operation
Heat insulation Heat insulation

11
AB-7057
Changing the actuator mounting position
IMPORTANT
•Do not change the combination of the
valve, yoke, and actuator.
•When changing the mounting position of
the actuator, set the position to 100 %
(fully open) for the valve and actuator.
If the valve and actuator are assembled
in different valve positions, gears in the
actuator will be damaged because the
actuator will try to close or open the
valve although the valve stops at the fully
closed or fully open position.
1) Remove the screws connecting the actuator and the
yoke.
2) Lift the actuator and detach it from the yoke.
3) Remove the screws connecting the yoke and the valve.
Note: A special sheet is inserted between the yoke and valve for heat
insulation. When you changed the mounting position, be careful
not to lose the sheet.
4) Make sure that the groove on the tip of the valve stem is
parallel to the pipes (indicating the fully open position).
5) Align the yoke to the desired orientation.
Orientation of the actuator can be changed by 90° steps
from the factory preset position. (0°/90°/180°/270°)
6) Reinsert the sheet removed in step (3) between the
yoke and the valve, and then mount the yoke on the
valve with the screws.
7) Check that the pointer on the actuator indicates the fully
open, and that the actuator can be properly seated on
the valve stem.
8) Mount the actuator on the yoke using the screws
removed in step (1).
9) Check that the valve smoothly operates from the fully
closed to the fully open positions.
(1) Unscrew the screws.
(2) Remove the actuator.
Remove the yoke
from the valve.
Special sheet
Groove
Valve stem
Change the yoke
mounting position.
Mount the yoke
on the valve.
Special sheet

12
AB-7057
Wiring
CAUTION

Provide a circuit protector (e.g., a fuse or circuit
breaker) for the power source.
Failure to do so may cause a short circuit leading
to re or device failure.
Install, wire, and use this product under the
conditions specied by this manual.
Failure to do so may cause re or device failure.

Installation and wiring of the actuator must
be performed by personnel qualified to do
instrumentation and electrical work.
Mistakes in installation or wiring may cause re or
electric shock.

Before wiring, be sure to turn o󰀨 the power to this
product.
Failure to do so may result in electric shock or
device failure.
All wiring must comply with applicable codes and
ordinances.
Otherwise there is a danger of re.

Use crimp terminals with insulation for connections
to the product terminals.
Failure to do so may cause short circuit leading to
re or device failure.

Tighten the terminal screws with the specified
torque.
Insufficient tightening of the terminal screws may
cause re or overheating.
IMPORTANT •This product is designed for
24 V AC power supply voltage.
Do not apply other power supply
voltage other than 24 V AC.
•For the 2–10 V DC, 0–10 V DC, and
4–20 mA DC input types, check the
polarity of the power supply and of the
2–10 V DC feedback signal against
the wiring diagram to make sure that
the product is correctly wired. Incorrect
wiring may result in burnout of the
printed circuit board, etc.
How to maintain IP54 (dust-proof, splash-proof)
In order to maintain IP54 performance, use a waterproof
connector or a water-resistant plica tube when the product
is used in high humidity environment or outdoor.
● Be sure to completely close the terminal cover and top
cover.
● Apply a waterproong treatment for the knockout hole.
● For cable connection, use the waterproof connector (to
be ordered separately) .
● For conduit connection, use the waterproof plica tubes
etc.
Control signals type
The type of control signals is printed on the actuator label
and the wiring diagram label as shown below.
F.B. Pot: Nominal 135 Ω feedback potentiometer (F
motor )
135Ω: Nominal 135 Ω resistance input (E motor)
4–20mA: 4–20 mA DC input
2–10V: 2–10 V DC input
0–10V: 0–10 V DC input
Wiring procedure
(1) Select a knockout hole according to the wire outlet
direction, and open a knockout hole.
Two knockout holes are provided on the bilateral sides
of the actuator. The knockout holes can be easily
opened by lightly knocking the hole using a screwdriver.
Knockout hole
IMPORTANT • Do not leave pieces of metal
(generated by making the knockout
hole) inside the actuator.
2) Unscrew the 3 setscrews (M4 × 10) of the terminal
cover to remove the cover.
3) Correctly connect the wires to the terminals with M3.5
terminal screws.
Do not apply 24 V AC to terminals 4 to 7.
Note: Correctly connect the wires referring to gures 8 to 13, “Terminals
Connection,” gures 14 to 27, “Wiring Examples” and “Advanced
Wiring Examples.”
4) Attach the terminal cover and fasten it with the
setscrews.
CAUTION
After wiring, be sure to reattach the cover.
Failure to do so may result in electric shock.
Unscrew the terminal
cover screws.
Remove the
terminal cover.

13
AB-7057
Terminals connection
Nominal 135 Ω feedback potentiometer
(Model VY511_J)
Nominal 135 Ω resistance input
(Model VY512_J)
4567
Feedback outputs
(to controller)
24 V AC power
OPEN
Free
CLOSE
OPENCLOSE
1 32
～
Note: Controller that receives voltage between the terminals 4 and 6 as
feedback signal is recommended to connect.
Figure 8
4567
To controller
24 V AC power
FreeFree RBWT2⊥T1～
1 32
～
Figure 11
Recommended controller circuit
4–20 mA DC input
(Model VY513_J)
⑥ ④ ⑤
Note: If a third-party’s controller is used combining with the product, the
controller in above is to be used.
: Recommended controller circuit
E: Voltage supplied by the controller
V : Voltage between 4 and 6.
Figure 9
456
4–20 ｍA DC input
(from controller)
2–10 V DC
feedback signals
24 V AC power
Free ＋－ －＋T2⊥T1～
1 3
～
2 7
Note: The terminal 2 (power), terminal 5 (4–20 mA DC input), and terminal 7
(2–10 V DC feedback signal) are internally connected.
Figure 12
2–10 V DC input
(Model VY514_J)
0–10 V DC input
(Model VY515_J)
456
2–10 V DC inputs
(from controller)
2–10 V DC
feedback signals
24 V AC power
Free ＋－ －＋T2⊥T1～
1 3
～
2 7
Note: The terminal 2 (power), terminal 5 (2–10 V DC input), and terminal 7
(2–10 V DC feedback signal) are internally connected.
Figure 10
456
0–10 V DC inputs
(from controller)
2–10 V DC
feedback signals
24 V AC power
Free ＋－ －＋T2⊥T1～
1 3
～
2 7
Note: The terminal 2 (power), terminal 5 (0–10 V DC input), and terminal 7
(2–10 V DC feedback signal) are internally connected.
Figure 13

14
AB-7057
Wiring Examples
Nominal 135 Ω feedback potentiometer
(Model VY511_J)
Figure 14. Connection to Inlex GC
Nominal 135 Ω resistance input
(Model VY512_)
Figure 15. Connection to Neostat
4–20 mA DC input
(Model VY513_)
*1 The terminal 2 (power), terminal 5 (4–20 mA DC input), and terminal 7
(2–10 V DC feedback signal) are internally connected.
*2 Input impedance of 4–20 mA DC input of the actuator is 100 Ω.
4–20 mA DC input is not isolated. Install the power transformer separately.
Figure 16. Connection to R-series
2–10 V DC input
(Model VY514_)
* Terminals 2, 5, and 7 are internally connected.
Note: Do not implement a daisy chain wiring passing through the actuator’s
power terminals.
Figure 17. Connection to Inlex AC
①
②
③
④
⑤
⑥
⑦
Controller
Infilex GC
(
Model WY5111)
Power transformer
ACTIVAL
Nominal 135 Ω feedback
potentiometer
(Model VY511_)
CLOSE(0)
OPEN(100)
AC24V
～
4
5
6
7
OPEN
CLOSE
1
3
2
Proportional controller
(Model TY900_Z)
ACTIVAL
Nominal 135 Ω
resistance input
(Model VY512_)
～
4
5
6
7
T1～
T2⊥
W
B
R
1
3
2
OPEN(100)
CLOSE(0)
W
B
R
Power transformer
(Model R35, Model R36)
ACTIVAL
4–20 mA input
(Model VY513_)
～
4
5
6
7
T1～
T2⊥
＋
－
＋
＊1
＊2
－
＋
－
1
3
2
⑬
⑭
Power transformer
ACTIVAL
2–10 V DC input
(Model VY514_)
～
4
5
6
7
T1～
T2⊥
(＋)
(com)
＋
－
＋
－
1
3
2


Controller
Infilex AC
(Model WY5117)
Power transformer
＊

15
AB-7057
0–10 V DC input
(Model VY515_)
Single [ACTIVAL + a third-party controller with 0–10 V
DC output + transformer)
*1 Connect an internally isolated device (e.g., position indicator). Or, if the
terminals of a device (e.g., position indicator) are unknown or not isolated
inside, isolate between the ACTIVAL and the device.
Otherwise, a loop is formed for the common line and can damage the
circuit of ACTIVAL.
*2 The terminals 2, 5, and 7 of the actuator are internally connected.
Notes
1. If the position indicator/controller is not isolated inside, provide an
isolator. If isolated, an isolator is not required.
2. For power supply, provide an isolation transformer.
3. If the power supply voltage of the controller is 24 V AC (same as
ACTIVAL) AND the controller is internally isolated, transformer for the
ACTIVAL can be shared with the controller.
Figure 18
Model VY515_
(10 V DC input,
2-10 V DC output)
Isolator＊1
(if necessary)
Controller
0-10 V DC output
Isolator＊1
(if necessary)
Position indicator
4
5
6
7
T1～
T2⊥
＋
－
＋
－
＋
－
＋
－
＋
－
1
3
2
Power
Isolation
transformer
＋
－
＋
－
＋
－
＊2

16
AB-7057
Advanced Wiring Examples
Nominal 135 Ω resistance input
(Model VY512_)
Minimum opening setting
In addition to the proportional controller, by adding the
setting device of 135 Ω output, the minimum opening
of the actuator can be set within the range of 0 to 50 %
(approximately).
* Connect between (R) and (B) with a jumper.
Note: In an abnormal condition (such as disconnection in the actuator, an
abnormal input signal, failure of the feedfeedback potentiometer due
to its product service life), the minimum opening position cannot be
maintained.
Avoid instrumentation that may cause secondary damage in case of
abnormality.
Figure 19
Using relay, interlock
*1 When XO, XC, or both XO and XC is (are) open, the valve position
becomes 100 %, 0 %, or 0 % respectively.
Figure 20
Summer-winter changeover
*1 Directly wire between (R) and (R).
*2 The current among W, B, and R is 5 mA or more.
Figure 21
ACTIVAL
Nominal 135 Ω
resistance input
(Model VY512_)
4
5
6
7
OPEN
CLOSE
1
3
2
135 Ω output controller
(Model Q406)
Power transformer
～
T1～
T2⊥
W
B
R
W
B
R
＊
Proportional controller
(Model TY900_Z)
W
B
R
ACTIVAL
Nominal 135 Ω
resistance input
(Model VY512_)
4
5
6
7
OPEN
XO
XC
1
3
2
～
T1～
T2⊥
W
B
R
Proportional controller
(Model TY900_Z)
OPEN(100)
CLOSE(0)
W
B
R
Fully open
when
interlocked
Fully closed
when
interlocked
XO XC
Power transformer
*1
ACTIVAL
Nominal 135
resistance input
(Model VY512_)
4
5
6
OPEN
CLOSE
1
3
2
Proportional controller
for summer
(Model TY900_Z)
～
T1～
T2⊥
W
B
R
W
B
×
×
R
Proportional controller
for winter
(Model TY900_Z)
W
B
R＊1
＊2
7
ON for summer
OFF for winter
X
Power transformer

17
AB-7057
4–20 mA DC input
(Model VY513_)
Precautions
● Power transformer is shared
If a power transformer is shared by two products, connect
the terminal 1 of each actuator to the transformer with the
same polarity. Connect the terminal 2 in the same way.
It the terminals are connected with di󰀨erent polarities, the
product may break down (see gure 23).
● Control signals are shared for 4–20 mA DC input
The 4–20 mA DC input signals of this product are not
isolated from the power.
And, the input impedance of 4–20 mA DC signals is 100 Ω.
The relations among the input impedance of the product,
the output load resistance of the controller, and the output
load resistance and input impedance of an isolator (if
necessary) must meet the following formula.
‘Applicable load resistance’ > ‘Total of input impedance’
If two products are operated by one controller, congure
the system referring to gure 24 for two individual
transformers, gure 22 for a shared transformer. To share
a power transformer, install an isolator to the 4–20 mA
DC input terminals of the second product. Otherwise, the
product will malfunction.
Input signals and power are shared
*1 Provide an isolator for the controller that is not internally isolated.
*2 Terminals 2, 5, and 7 are internally connected.
*3 Refer to notes under “Power transformer is shared.”
Figure 22
Power is shared
*1 Provide an isolator for the controller that is not internally isolated.
*2 Terminals 2, 5, and 7 are internally connected.
Figure 23
Input signals are shared
*1 Provide an isolator for the controller that is not internally isolated.
*2 Terminals 2, 5, and 7 are internally connected.
*3 Provide an isolator if no isolator is provided to the 4–20 mA DC input of
the rst actuator AND the applicable load resistance of controller is less
than 200 Ω.
Figure 24
Model R35TC0,
Model R36TC0
ACTIVAL
4-20 mA DC input
(Model VY513_)
Isolator
⑬
⑭
＊2
＊3
＊3
＊1
1～
＋
－
＋
－
＋
－
＋
－
＋
－
⊥
2
3
4
5
6
7
ACTIVAL
4-20 mA DC input
(Model VY513_)
Isolator
(mandatory)
Power
＊2
1～
＋
－
＋
－
＋
－
＋
－
⊥
2
3
4
5
6
7
Model R35TC0,
Model R36TC0
ACTIVAL
4-20 mA DC input
(Model VY513_)
Isolator
⑬
⑭
＊2
＊1
Isolator＊1
1～
＋
－
＋
－
＋
－
＋
－
＋
－
⊥
2
3
4
5
6
7
Model R35TC0,
Model R36TC0
ACTIVAL
4-20 mA DC input
(Model VY513_)
Power
⑬
⑭
＊2
1～
＋
－
＋
－
＋
－
＋
－
＋
－
⊥
2
3
4
5
6
7
Model R35TC0,
Model R36TC0
ACTIVAL
4-20 mA DC input
(Model VY513_)
Isolator
⑬
⑭
＊2
＊1
＊1、＊3
1～
＋
－
＋
－
＋
－
＋
－
＋
－
⊥
2
3
4
5
6
7
ACTIVAL
4-20 mA DC input
(Model VY513_)
Isolator
Power
Power
＊2
1～
＋
－
＋
－
＋
－
＋
－
⊥
2
3
4
5
6
7

18
AB-7057
2–10 V DC input
(Model VY514_)
Precautions
● Power transformer is shared
If a power transformer is shared by two products, connect
the terminal 1 of each actuator to the transformer with
the same polarity. Connect the terminal 2 in the same
way.
It the terminals are connected with di󰀨erent polarities,
the product may break down (see gure 25).
Input signals and power are shared
*1 Provide an isolator for the controller that is not internally isolated.
*2 Terminals 2, 5, and 7 are internally connected.
*3 Refer to notes under “Power transformer is shared.”
Figure 25
Power is shared
*1 Provide an isolator for the controller that is not internally isolated.
*2 Terminals 2, 5, and 7 are internally connected.
*3 Refer to notes under “Power transformer is shared.”
Figure 26
Input signals are shared
*1 Provide an isolator for the controller that is not internally isolated.
*2 Terminals 2, 5, and 7 are internally connected..
Model WY5117
ACTIVAL
2-10 V DC input
(Model VY514_)
Isolator


＊2
＊3
＊3
＊1
Isolator＊1
1～
＋
－
＋
－
(＋)
(com)
＋
－
＋
－
⊥
2
3
4
5
6
7
ACTIVAL
2-10 V DC input
(Model VY514_)
Power
＊2
1～
＋
－
＋
－
＋
－
＋
－
⊥
2
3
4
5
6
7
Model WY5117
Model WY5117
ACTIVAL
2-10 V DC input
(Model VY514_)
Isolator


＊2
＊3
＊1
Isolator
＊1
＊3
1～
＋
－
＋
－
(＋)
(com)


(＋)
(com)
＋
－
＋
－
⊥
2
3
4
5
6
7
ACTIVAL
2-10 V DC input
(Model VY514
_
)
Power
＊2
1～
＋
－
＋
－
＋
－
＋
－
⊥
2
3
4
5
6
7
Model WY5117
ACTIVAL
2-10 V DC input
(Model VY514_)
Isolator
＊2
＊1
Isolator＊1
1～
＋
－
＋
－
＋
－
＋
－
⊥
2
3
4
5
6
7
ACTIVAL
2-10 V DC input
(Model VY514
_
)
PowerPower
＊2
1～
＋
－
＋
－
＋
－
＋
－
⊥
2
3
4
5
6
7


(＋)
(com)

19
AB-7057
0-10 V DC input)
(Model VY515_)
Multiple [ACTIVAL + third-party controller with 0-10 V DC output] + single transformer
1 T
1
2
3
4 +
5
6 +
7
-
-
T
2
+ +
- -
+
-
1 T
1
2
4+
3
5
6 +
7-
-
T
2
+ +
- -
+
-
…
…
+ +
- -
+
-
+ +
- -
+
-
Isolation
t
ransformer
Power
Model VY515_
(0-10 V DC input with
2-10 V DC output type)
Isolator*
(if necessary)
Position indicator
Model VY515_
(0-10 V DC input with
2-10 V DC output type)
Isolator*
(if necessary)
Position indicator
Controller with
0-10 V DC output
Isolator*1
(if necessary)
Controller with
0-10 V DC output
Isolator*1
(if necessary)
⊥
～
⊥
～
*2
*2
*1 Connect an internally isolated device (e.g., controller, position indicator). Or, if the terminals of a device (e.g., controller, position indicator) are unknown or not
isolated inside, isolate between the ACTIVAL and the device.
Otherwise, a loop is formed for the common line and can damage the circuit of ACTIVAL.
*2 Terminals 2, 5, and 7 are internally connected.
Notes
1. If the position indicator/controller is not isolated inside, provide an isolator. If isolated, an isolator is not required.
2. For power supply, provide an isolation transformer.
3. Connect the lines from the terminal 1 of each ACTIVAL to the transformer terminal with the same polarity. Connect the lines from the terminal 2 of each
ACTIVAL the same way.
4. Do not pass the power supply line to another device through the terminals of ACTIVAL
5. If the power supply voltage of the controller is 24 V AC (same as ACTIVAL) AND the controller is internally isolated, transformer for the ACTIVAL can be
shared with the controller.
Figure 28

20
AB-7057
Multiple ACTIVAL + single third-party controller with 0-10 V DC output + single transformer
1 T
1
2
3
4 +
5
6 +
7-
T
2
+ +
- -
+
-
1 T
1
2
4 +
3
5
6+
7-
-
T
2
+ +
- -
+
-
…
…
+ +
- -
+
-
+ +
- -
Isolation
transformer
Isolator*1
(if necessary)
P
ower
Model VY515_
(0-10 V DC input with
2-10 V DC output type)
Isolator*
(if necessary)
Position indicator
Model VY515_
(0-10 V DC input with
2-10 V DC output type)
Position indicator
Controller with
0-10 V DC output
Isolator*1
(if necessary)
Isolator*1
(if necessary)
⊥
～
⊥
～
*2
*2
*1 Connect an internally isolated device (e.g., controller, position indicator). Or, if the terminals of a device (e.g., controller, position indicator) are unknown or not
isolated inside, isolate between the ACTIVAL and the device.
Otherwise, a loop is formed for the common line and can damage the circuit of ACTIVAL.
*2 Terminals 2, 5, and 7 are internally connected.
Notes
1. If the position indicator/controller is not isolated inside, provide an isolator. If isolated, an isolator is not required.
2. For power supply, provide an isolation transformer.
3. Connect the lines from the terminal 1 of each ACTIVAL to the transformer terminal with the same polarity. Connect the
lines from the terminal 2 of each ACTIVAL the same way.
4. Do not pass the power supply line to another device through the terminals of ACTIVAL
5. If the power supply voltage of the controller is 24 V AC (same as ACTIVAL) AND the controller is internally isolated, transformer for the ACTIVAL can be
shared with the controller.
Figure 29