Full Text Searchable PDF User Manual
IMO-
I2500
EN •
11
/201
7
VALVCON®
V-Series
ELECTRIC ACTUATORS
115 VAC AND 230 VAC
With Control Board Installed (Option C)
Installation, Maintenance and
Operating Instructions
1. GENERAL .................................................................. 3
1.1 Scope of the Manual ................................................... 3
1.2 Actuator Markings ........................................................ 3
1.3 Saftey Precautions ......................................................... 3
2.
TRANSPORTATION AND STORAGE ........................ 3
3.
GENERAL INSTALLATION INFORMATION ............. 3
3.1 Description of Control Board .................................... 3
3.2 Operating Modes........................................................... 4
3.2.1 Features, Settings and Controls..................... 4
3.3 Control Board Wiring .................................................... 5
3.4 Operation for Modulating Applications ............... 5
3.4.1 Set Up for Operation ......................................... 5
3.4.2 Potentiometer Calibration .............................. 5
3.4.3 Setting ZERO and SPAN positions ................ 6
3.4.4 Proper Actuator Cover Installation ............... 7
3.5 Board Installation .......................................................... 8
3.5.1 Tools Required ..................................................... 8
3.5.2 Installation Instructions ................................... 8
4.
V-SERIES STANDARD OPTIONS ............................. 8
4.1 Option “H” – Tropical Heater and Thermostat ..... 8
4.2 Option “I” – ISO 5211 Output ..................................... 9
4.3 Option “K” – Mechanical Brake ................................ 9
4.4 Option “P” – Feedback Potentiometer ................... 9
4.5 Option “S2” – Two Auxiliary Limit Switches .......... 9
4.6 Option “T” – Heater and Thermostat ...................... 9
4.7 Option “Y” - Keyed Output ......................................10
4.8 Option “Z” – Handwheel Override .........................10
4.9 Voltage ............................................................................10
5.
GENERAL OPERATING INFORMATION ................ 10
5.1 Enclosure Ratings and Product Certifications ...10
5.2 Wiring ..............................................................................10
5.3 Duty Cycle and Motor Protection ..........................10
5.4 Operating Temperature Limits ...............................11
5.5 Actuator Mounting .....................................................11
5.6 Manual Override ..........................................................11
5.7 Lubrication .....................................................................11
5.8 Problem Prevention ....................................................11
5.9 Warranty .........................................................................11
5.10 Repair Service/Spare Parts .......................................11
6.
SPECIFICATIONS & TECHNICAL INFORMATION . 12
6.1 Dimensions ....................................................................13
6.2 Exploded View ..............................................................14
7.
V-SERIES ACTUATORS BY MODEL NUMBER ....... 15
8.
ADDITIONAL ACTUATOR PRODUCTS .................. 16
TABLE OF CONTENTS
IMO 11/17
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IMO-I2500 EN
READ THESE INSTRUCTIONS FIRST!
These instructions provide information about safe handling and operation of the actuator.
If you require additional assistance, please contact the manufacturer or manufacturer’s representative.
Addresses and phone numbers are printed on the back cover.
See also www.metso.com/electricactuators for the latest documentation.
SAVE THESE INSTRUCTIONS!
Subject to change without notice.
All trademarks are property of their respective owners.
1.
GENERAL
1.1
Scope of the Manual
This instruction manual contains important information
regarding the installation, operation and maintenance of
the
Valvcon
V-Series electric actuator. Please read these
instructions carefully and save them for future reference.
1.2
Actuator Markings
WARNING
AS THE USE OF THE ACTUATOR IS APPLICATION SPECIFIC, A
NUMBER OF FACTORS SHOULD BE TAKEN INTO ACCOUNT
WHEN SELECTING AN ACTUATOR FOR A GIVEN APPLICATION.
THEREFORE, SOME OF THE SITUATIONS IN WHICH THE ACTUATORS
ARE USED ARE OUTSIDE THE SCOPE OF THIS MANUAL. IF YOU
HAVE ANY QUESTIONS CONCERNING THE USE, APPLICATION OR
COMPATIBILITY OF THE ACTUATOR WITH THE INTENDED SERVICE,
CONTACT METSO FOR MORE INFORMATION.
The actuator has an identification label attached to the
base casting (see Figure 1).
( 1 ) ( 2 )
( 7 )
( 8 )
( 9 )
( 3 )
( 5 )
( 6 )
( 4 )
Figure 1 Identification Plate
Identification label markings:
1.
Model number
2.
Serial number
3.
Maximum output torque
4. Voltage
5.
Current draw (full-load running)
6.
Cycle time
7.
Duty cycle
8.
Applicable manual
9. Certifications marking
1.3
Saftey Precautions
WARNING
DO NOT EXCEED THE ACTUATOR PERFORMANCE LIMITATIONS!
EXCEEDING THE TORQUE LIMITATIONS MARKED ON THE ACTUATOR
IDENTIFICATION LABEL MAY CAUSE DAMAGE TO THE ACTUATOR
AND/OR FINAL DRIVE ELEMENT.
WARNING
DO NOT EXCEED THE ACTUATOR ELECTRICAL LIMITATIONS!
EXCEEDING THE ELECTRICAL LIMITATIONS MARKED ON THE
ACTUATOR IDENTIFICATION LABEL MAY CAUSE DAMAGE TO THE
ACTUATOR AND/OR PERSONAL INJURY.
WARNING
BEWARE OF MOVEMENT OF THE FINAL DRIVE ELEMENT AND ANY
LINKAGE BETWEEN IT AND THE ACTUATOR!
KEEP HANDS, OTHER PARTS OF THE BODY, TOOLS AND OTHER
OBJECTS OUT OF THE WAY OF MOVING PARTS. FAILURE TO DO THIS
MAY RESULT IN DAMAGE OR PERSONAL INJURY!
2.
TRANSPORTATION AND STORAGE
Check the actuator and any accompanying devices for any
damage that may have occurred during transport.
Store the actuator carefully. Storage indoors in a dry place is
recommended.
Move the actuator to its intended location just before
installation.
The actuator is usually shipped in the full clockwise,
(typically closed) position.
If the actuator(s) will be stored for a period longer than 90
days, follow the recommendations in IMO-S2 to maintain
the actuator’s integrity.
3.
GENERAL INSTALLATION
INFORMATION
3.1
Description of Control Board P/N
VC002975 for Modulating Applications
The Control Board connects to the Motor Board with a 10
position plug-in connector and 3 mounting screws that
are captured in the board. The Control Board allows the
actuator to modulate (change position) in response to a
change in an analog control signal. The input control signal
may be either current, such as 4-20 mA, or voltage such
as 0-10 VDC, or 2-10 VDC. The control board also features
analog position feedback, signal fail options, speed control,
locked rotor/stall protection, simple push button set-up,
and auto calibration.
WARNING
DANGEROUS VOLTAGES ARE PRESENT INSIDE THE ACTUATOR
COVER UNLESS THE POWER SUPPLY TO THE ACTUATOR HAS BEEN
SHUT OFF OR DISCONNECTED. USE EXTREME CAUTION WHENEVER
WORKING ON THE ACTUATOR WITH THE COVER REMOVED.
IMO 11/17
IMO-I2500 EN
3
3.2
Operating Modes
The Control Board has five operating modes. Run, Manual,
Set Span, Set Zero and CAL (calibrate). A rotary “Mode
Selector Dial” on the Control Board allows the user to
change the operating mode. To change mode, turn the
rotary selector knob with fingers or a small screwdriver.
Five LED indicators around the knob correspond to one of
the five modes. When the Control Board mode dial is set to
any mode, the corresponding LED turns on, indicating the
mode is selected.
•
Run mode is the basic operating mode. The actuator will
respond to a command control signal which is supplied
to terminal A and terminal B on the Control Board.
•
Manual mode permits the user to override the control
signal and drive the actuator by using the [CW] and
[CCW] push buttons. In Manual mode the actuator will
not travel beyond the saved settings for the Zero and
Span stop positions.
•
Set Span mode permits the user to precisely
correlatethe end of span travel stop with a
corresponding control signal value. Typically, the Span
position is the fully counter-clockwise position and
maximum control signal value, but Span may be set at
any position or signal value.
•
Set Zero mode permits the user to precisely correlate
the opposite end of travel stop position with a
corresponding control signal value. The Zero position
is typically the fully clockwise position and minimum
control signal value, but Zero may be set at any position
or signal value.
•
Cal mode allows the user to automatically calibrate the
position tracking potentiometer without the use of an
ohmmeter or other electronic instruments.
3.2.1 Features, Settings and Controls
The control board is designed to be easy to use and hard to
break. Set Up is push button simple and takes one minute!
See (Figure 2) for callouts.
•
Enter is located directly below the mode selector
and permits the user to activate modes and confirm
settings by pressing the [ENTER] button.
•
Control Signal Selection The board can accept either
current or voltage control signals. Make sure the Input
Signal Select switch is correctly positioned for the
input control signal.
•
Feedback Signal Selection The board provides a
feedback signal indicating actuator output position.
This signal can be either current or voltage. Make
sure the Feedback Signal Select switch is correctly
positioned for the desired feedback signal. If the
feedback signal is not used, the switch may be left in
either position.
•
Control Fail Position In the event that the control
signal to the actuator is lost and power is still applied,
the Signal Fail Position Selector Switch on the Control
Board provides for the actuator to remain at its
LAST (current) position or drive the actuator to the
“ZERO” position. The actuator will maintain the LAST
position or Zero position until a control signal returns
Control Fail Position Switch
Mode Selector Dial
[Enter]
Speed Control Dial
Deadband Adjust Dial
[CW] and [CCW] Push Buttons
Stall LED Alarm
Input Signal & Feedback Signal Switches
Control Signal Input & Feedback Output Terminals
Figure 2
IMO 11/17
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IMO-I2500 EN
to terminal A and terminal B. NOTE: If you use a 0-10
VDC control signal, the actuator will drive to the zero
position regardless of the switch setting.
•
Manual Supervisory Control Selecting Manual (Man)
Mode will override the connected control signal and
allow driving the actuator to any position between
Zero and Span, using the CW and CCW push buttons.
There is no need to disconnect or handle live wires.
•
Deadband Deadband is the window of control signal
change which the actuator will ignore. The sensitivity
of the actuator to respond to changes in the control
signal is adjustable. Minimum deadband allows the
actuator to respond to small control signal changes.
Maximum deadband allows the actuator to ignore
small control signal changes (such as noise on the
control signal). Deadband adjustment from Minimum
to Maximum varies the dead band from small (1%) to
large (3%) of input signal. The deadband should be set
to the maximum amount which the process will allow.
•
Speed Control The Control Board will slow the actuator
by pulsing the motor if the Speed Control feature is
utilized. The speed of the actuator can be regulated
from 1:1 (normal) to 20:1 (1/20th of the normal cycle
time) by adjusting the “Speed Control” dial on the
Control Board.
•
Stall (Locked Rotor Protection) Locked rotor
protection prevents the overheating of the motor and
possible premature failure. The Control Board provides
locked rotor protection and Stall LED Alarm in the event
of a stall condition such as a jammed valve or damper.
Should the actuator stall before reaching the position
commanded by the control signal, the actuator will
remove power to the motor within 2-5 seconds. The
Stall LED on the Control Board will continue to flash
until a reverse control signal clears the stall condition.
NOTE: If the process does not allow for controller
signal reversal; the stall can be cleared by selecting
MAN mode and driving the actuator manually using
the CW or CCW push buttons. Be sure to select RUN
before replacing cover.
3.3
Control Board Wiring
NOTE: Assumes option is installed; if installing kit, see
section 3.5 of this manual.
To operate the actuator with the Control Board installed, the
user must supply power to terminal 1 and terminal 2, only!
Power to terminal 3 and terminal 4 can cause damage to
the Motor Board. See (Figure 3) for Diagram. Control signal
wiring to the Control Board terminals should be properly
shielded. To further prevent control signal noise, control
signal wiring should be separated from the power wiring
and should enter the actuator through a conduit opening
separate from the entry used for the power wiring.
WARNING
ACTUATORS SHOULD BE PROPERLY GROUNDED AND WIRED IN
ACCORDANCE WITH LOCAL ELECTRICAL CODE; SEE NAMEPLATE
FOR MAXIMUM CURRENT DRAW.
Terminal 5, counter-clockwise, and terminal 6, clockwise,
position indication does not apply to actuators with the
Control Board option. If status feedback is required with the
Control Board option, install optional limit switches or use
the standard readback feature provided with the Control
Board. See (Section 4) for additional switches.
3.4
Operation for Modulating Applications
(Motor Board and Control Board
Installed) (90˚ Rotation)*
WARNING
WHEN CONTROL BOARD IS INSTALLED, POWER TO TERMINAL 3
OR TO TERMINAL 4 WILL DAMAGE ELECTRONIC CIRCUIT BOARDS.
POWER TERMINALS 1 AND 2; USE [CW] CLOCKWISE AND [CCW]
COUNTERCLOCKWISE BUTTONS TO DRIVE ACTUATOR.
3.4.1 Set Up for Operation
1. Remove actuator cover.
2. Select Input Control Signal type – “mA” or “VDC”
(current or voltage), the actuator will accept 4-20 mA
or 0-10 VDC. The unit will also accept a split range
signal, i.e. 4-12 mA, 12-20 mA or a 2-10 VDC signal.
Slide the [INPUT SIGNAL] switch up to select mA or
down to select VDC.
3. Select Output Feedback Signal type – “mA” or “VDC”
(current or voltage), the actuator will provide a 4-20
mA or 0-10 VDC feedback signal. Slide the [FEEDBACK
SIGNAL] switch up to select mA or down to select VDC.
4. Select Signal Fail Position – “Zero” or “Last” – Slide the
[SIGNAL FAIL] to the right to select Zero or to the left
to select Last. Selecting Zero will drive the actuator
to the minimum signal position upon loss of control
signal. If Last is selected the actuator will remain in
place upon loss of control signal. If using 0 VDC as
the minimum signal, the actuator cannot differentiate
between a commanded minimum signal or a loss of
signal; therefore, Zero should be selected.
3.4.2 Potentiometer Calibration
•
Calibration Field installation of the Control Board
option or replacement of the position tracking
potentiometer requires calibration of the position
tracking potentiometer prior to setting positions
and values for Zero and Span. Control Board options
installed at the factory are fully calibrated at the factory
and should not require further calibration. To confirm
proper potentiometer calibration:
IMO 11/17
IMO-I2500 EN
5
1. Turn the Mode Selector Dial to [CAL] and press [ENTER]
for 2 seconds. ([CAL] LED may begin to flash)
2. Using the CW pushbutton, drive the actuator to the full
clockwise position. (as viewed from above)
•
If the [CAL] LED is flashing, potentiometer
calibration is required; proceed to step 3 below.
•
If the [CAL] LED remains on, calibration is not
required; proceed to Setting Zero and Span
Positions section below.
3. Loosen the set screw in the larger plastic gear with a
1/16” hex wrench.
4. Rotate the gear until the LED remains on constantly;
hold the gear in place and tighten the set screw. Ensure
that the LED remains on after the set screw is tightened.
Note: The LED assists the user in locating the proper
calibration window; it will flash faster as you approach
the calibration window and slower as you move away
from it.
5. Press the [ENTER] button to save the potentiometer
setting.
3.4.3 Setting ZERO and SPAN positions
•
Setting Zero and Span Positions Once potentiometer
calibration has been confirmed, set the desired end of
travel positions. Make certain that the limit switch cams
are set beyond the desired range for the Zero and Span
positions.
Zero and Span may be set at any position between 0
degrees and 94 degrees of travel. Zero or Span may
be either clockwise or counter-clockwise and may be
set to either a high value or low value control signal.
Wiring Diagram – Modulating Applications
(Motor Board and Optional Control Board Installed)
CAUTION: DOUBLE POLE/NEUTRAL FUSING!
MOTOR BOARD WIRING
WITH CONTROL BOARD INSTALLED
TERMINAL 2
AC COMMON
TERMINAL 1
AC HOT
CONTROL BOARD WIRING
TERMINAL A INPUT SIGNAL –> +
TERMINAL B
INPUT SIGNAL –> –
TERMINAL C FEEDBACK
–> +
TERMINAL D FEEDBACK
–> –
TERMINAL E
No Connection
Motor Board
Control Board P/N VC002975
Mounting Screws
Motor
Board
Control
Board
J3
FROM MOTOR BOARD
TB1
TB1
MOTOR
CAPACITOR
BRAKE SOLENOID
CLOCKWISE (BOTTOM)
LIMIT SWITCH
COUNTER-CLOCKWISE (UPPER)
LIMIT SWITCH
E10
E11
E12
E13
E14
E15
6
5
4
3
2
1
J4
TO CONTROL BOARD
MOTOR
CONNECTOR
HEATER
OPTION
CONNECTOR
BRAKE
OPTION
CONNECTOR
J2
J3
J1
POSITION FEEDBACK POT
CCW RED
RET BLACK
CW WHITE
HEATER
BROWN
RED
ORANGE
GRAY
VIOLET
BLUE
COM
NO
NC
COM
NO
NC
NO CONNECT
NO CONNECT
AC COMMON
AC HOT
INPUT +
INPUT –
FEEDBACK +
FEEDBACK –
RET. GREEN
SIG. BLACK
+5V RED
101857
Figure 3
IMO 11/17
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IMO-I2500 EN
The Control Board features full reverse acting set up,
requiring no wiring changes. See below for simple Set
Zero and Set Span procedures.
*
For 180˚ Rotation order Option Kit P/N VC099180 to
replace 90˚ Potentiometer and Cam Gears.
For 270˚ Rotation order Option Kit P/N VC099270 to
replace 90˚ Potentiometer and Cam Gears.
WARNING
WHEN CONTROL BOARD IS INSTALLED, POWER TO TERMINAL 3
OR TO TERMINAL 4 WILL DAMAGE ELECTRONIC CIRCUIT BOARDS.
POWER TERMINALS 1 AND 2; USE [CW] CLOCKWISE AND [CCW]
COUNTERCLOCKWISE BUTTONS TO DRIVE ACTUATOR.
Set Zero:
1. Turn the Mode Selector Dial to [ZERO] and press
[ENTER] for 2 seconds. The Zero LED will begin to flash.
2. Drive the actuator to desired minimum signal position
using the CW or CCW pushbutton. If the “STALL” LED
begins to flash; check to see if the limit switch cam is
preventing actuator from reaching desired end-oftravel.
If necessary back the cam off so that it will trip the switch
slightly beyond the desired end-of-travel.
3. Apply input control signal, (i.e. 4 mA).
4. Press the [ENTER] button to save the Zero setting.
Set Span:
1. Turn the Mode Selector Dial to [SPAN] and press
[ENTER] for 2 seconds. The Span LED will begin to flash.
2. Drive the actuator to desired maximum signal position
using the CW or CCW pushbutton. If the “STALL” LED
begins to flash; check to see if the limit switch cam is
preventing actuator from reaching desired end-of-
travel. If necessary back the cam off so that it will trip
the switch slightly beyond the desired end-of-travel.
3. Apply input control signal, (i.e. 20 mA).
4. Press the [ENTER] button to save the Span setting.
Verify Zero and Span Settings:
1. Turn the Mode Selector Dial to [RUN].
2. Apply various control signals to verify operation.
3. Replace actuator cover.
3.4.4 Proper Actuator Cover Installation
1. Remove the override shaft from the actuator cover
bushing; if the actuator is equipped with a handwheel,
remove the handwheel before removing the top piece
of the “two-piece” shaft from the cover bushing.
Figure 4
IMO 11/17
IMO-I2500 EN
7
2. Install the override shaft on the square motor shaft; if
the actuator is equipped with a handwheel, install the
bottom piece of the “two-piece” shaft on the motor
shaft and then install the top piece of the shaft onto
the bottom piece of the shaft.
3. Align cover so that the override shaft will pass through
the override bushing and carefully push it down so that
the cover flange contacts the base flange.
4. Once the cover is properly seated, tighten the screws to
secure the cover; a cross pattern is recommended for
uniform distribution of load.
5. If the position indicator is not seated to the output/cam
shaft, turn until it drops into place in order to ensure
accurate visual position indication.
3.5
Board Installation
WARNING
DANGEROUS VOLTAGES ARE PRESENT INSIDE THE ACTUATOR
COVER UNLESS THE POWER SUPPLY TO THE ACTUATOR HAS BEEN
SHUT OFF OR DISCONNECTED. USE EXTREME CAUTION WHENEVER
WORKING ON THE ACTUATOR WITH THE COVER REMOVED.
3.5.1 Tools Required
•
Philips Screwdriver
•
Hex wrench, 1/16” (supplied with kit)
•
Wrench/Nut driver, 1/2”
3.5.2 Installation Instructions
!Disconnect Power!
1. Remove and discard the screw that secures the Motor
Board to the upper bracket. (See Figure 4)
2. Remove 1/2” locking nut from potentiometer (Pot) shaft
and insert pot shaft up through hole in upper support
bracket. Align locking tab and tighten the locking nut
on pot shaft.
3. Plug Pot connector into the 3-Pin connector on the
front of Control Board. Plug Control Board into the
Motor Board via the 10-pin connector. (Note that the
pot wires should be between the two boards)
4. Secure Control Board to Upper and Lower Support
Brackets with the 3 mounting screws. (Note that the 1”
screw goes in the upper-most mounting hole)
5. Place small (20-tooth) gear on Pot shaft and tighten.
Place spacers on Camshaft then place large (60-tooth)
gear on Camshaft. Properly positioned, gears should
mesh evenly.
6. Supply power to terminal 1 and terminal 2, only. (Affix
“No Connect” label; see Figure 4)
Refer to Section 3.4 for Set Up and Calibration
Procedures.
4.
V-SERIES STANDARD OPTIONS
All V-Series options are designed to be easily installed in the
field. Options for all standard V-Series actuators are universal
and completely interchangeable with each enclosure size.
For additional V-Series Options, see (Table 3). Voltage is not
field changeable.
4.1
Option “H” – Tropical Heater and
Thermostat P/N VC099716, VC099723
The tropical heater and thermostat option is a self-adhesive,
resistance heater strip which is applied to the primary
gearbox. It installs with a plug-in connector and is
recommended in high-humidity applications. The tropical
heater option is also recommended in installations that
experience wide temperature swings in order to evaporate
any condensation. Thermostat is pre-set to activate at or
below 90˚F (32˚C) and deactivate at or above 110˚F (43˚C).
The tropical heater draws 15 watts at 115 VAC; 40 watts at
230 VAC (see IMO-I9500 for additional reference).
Option “H” Tropical Heater and Thermostat
Option “T” Standard Heater and Thermostat
Figure 5
Figure 6
Option ”K” - Mechanical Brake
IMO 11/17
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IMO-I2500 EN
WARNING
WHENEVER WORKING INSIDE THE ACTUATOR BE SURE TO FOLLOW
ALL GUIDELINES, AND HEED ALL WARNINGS IN THIS MANUAL. IF
INSTALLING AN OPTION KIT, BE SURE TO READ AND FOLLOW THE
SUPPLIED INSTRUCTIONS CAREFULLY AND HEED ANY ADDITIONAL
WARNINGS
This option can be installed in the field; for 115 VAC
applications, order kit P/N VC099716 and for 230 VAC
applications, order kit P/N VC099723.
4.2
Option “I” – ISO 5211 Output
150 – 600 lb•in (12 - 25 lb•ft; 17 - 68 Nm) models are
supplied with a 3/4” female square output coupling; when
the “I” option is selected they are supplied with a 14 mm
female square.
1000 – 3000 lb•in (83 - 250 lb•ft; 113 - 339 Nm) models are
supplied with a 1” female square output coupling; when the
“I” option is selected, 1000 lb•in (83 lb•ft; 113 Nm) models
are supplied with a 19 mm female square and 1500 – 3000
lb•in (125 - 250 lb•ft; 169 - 339 Nm) models are supplied
with a 22 mm female square.
This option is factory installed only.
4.3
Option “K” – Mechanical Brake
P/N VC099715
The brake option prevents back-driving; it is required
on all butterfly valve and damper applications. It is also
recommended on PVC ball valves and resilient seated
valves. The brake option draws 4 watts and is universal to
all standard V-Series actuators. It is simple to install with a
plug-in connector and two philips head mounting screws.
No additional brackets are required.
WARNING
WHENEVER WORKING INSIDE THE ACTUATOR BE SURE TO FOLLOW
ALL GUIDELINES, AND HEED ALL WARNINGS IN THIS MANUAL. IF
INSTALLING AN OPTION KIT, BE SURE TO READ AND FOLLOW THE
SUPPLIED INSTRUCTIONS CAREFULLY AND HEED ANY ADDITIONAL
WARNINGS.
This option can be installed in the field; order kit P/N
VC099715.
4.4
Option “P” – Feedback Potentiometer
P/N VC099200
The Feedback Potentiometer option provides 0 – 1000 Ohm
resistance feedback and includes a 12-position terminal block
for internal wiring (see IMO-I9200 for additional reference).
WARNING
WHENEVER WORKING INSIDE THE ACTUATOR BE SURE TO FOLLOW
ALL GUIDELINES, AND HEED ALL WARNINGS IN THIS MANUAL. IF
INSTALLING AN OPTION KIT, BE SURE TO READ AND FOLLOW THE
SUPPLIED INSTRUCTIONS CAREFULLY AND HEED ANY ADDITIONAL
WARNINGS
This option can be installed in the field; order kit P/N
VC099200.
4.5
Option “S2” – Two Auxiliary Limit
Switches P/N VC099000
The extra switches and stainless steel cams provide dry
contacts and are fully adjustable to trip at any position. They
are often used for position indication or to interlock other
devices (such as in sequencing operations). The switches
are single pole, double throw switches rated for 1/2 HP,
11 amps @ 250 VAC, CSA certified. Auxiliary switch kit P/N
VC099000 is universal to all standard V-Series actuators and
includes “flying wiring leads” for termination inside of the
actuator enclosure using the supplied 6-position terminal
block.
WARNING
WHENEVER WORKING INSIDE THE ACTUATOR BE SURE TO FOLLOW
ALL GUIDELINES, AND HEED ALL WARNINGS IN THIS MANUAL. IF
INSTALLING AN OPTION KIT, BE SURE TO READ AND FOLLOW THE
SUPPLIED INSTRUCTIONS CAREFULLY AND HEED ANY ADDITIONAL
WARNINGS.
This option can be installed in the field; order kit P/N
VC099000.
4.6
Option “T” – Heater and Thermostat
P/N VC099515, P/N VC099523
The heater and thermostat option is a self-adhesive,
resistance heater strip which is applied to the primary
Figure 7
Option ”S2” - Two Auxiliary Limit Switches
IMO 11/17
IMO-I2500 EN
9
gearbox. It installs with a plug-in connector and is
recommended in installations where the ambient
temperatures drop below 32˚F (0˚C). Thermostat is pre-set
to activate at or below 40˚F (4˚C) and deactivate at or above
60˚F (15˚C). The heater draws 15 watts at 115 VAC; 40 watts
at 230 VAC (see IMO-I9500 for additional reference).
WARNING
WHENEVER WORKING INSIDE THE ACTUATOR BE SURE TO
FOLLOW ALL GUIDELINES, AND HEED ALL WARNINGS IN THIS
MANUAL. IF INSTALLING AN OPTION KIT, BE SURE TO READ AND
FOLLOW THE SUPPLIED INSTRUCTIONS CAREFULLY AND HEED
ANY ADDITIONAL WARNINGS
This option can be installed in the field; for 115 VAC
applications, order kit P/N VC099515 and for 230 VAC
applications, order kit P/N VC099523 (see Figure 5).
4.7
Option “Y” - Keyed Output
150 – 600 lb•in (12 - 25 lb•ft; 17 - 68 Nm) actuators are
supplied with a 3/4” female square output coupling; when
the “Y” option is selected they are supplied with a 15mm
female keyed output.
1000 – 3000 lb•in (83 - 250 lb•ft; 113 - 339 Nm) models are
supplied with a 1” female square output coupling; when the
“Y” option is selected they are supplied with a 20mm female
keyed output.
This option is factory installed only.
4.8
Option “Z” – Handwheel Override
P/N VC009097, P/N VC009098
All V-Series actuators are supplied with a wrench-operated
manual override shaft. If the Handwheel Override option
is selected the shaft is replaced by a declucthable shaft
and a six-inch handwheel (see IMO-I9090 for additional
reference).
WARNING
WHENEVER WORKING INSIDE THE ACTUATOR BE SURE TO
FOLLOW ALL GUIDELINES, AND HEED ALL WARNINGS IN THIS
MANUAL. IF INSTALLING AN OPTION KIT, BE SURE TO READ AND
FOLLOW THE SUPPLIED INSTRUCTIONS CAREFULLY AND HEED
ANY ADDITIONAL WARNINGS
This option can also be installed in the field; for 150 –
600 lb•in (12 - 25 lb•ft; 17 - 68 Nm) models order kit P/N
VC009097 and for 1000 – 3000 lb•in (83 - 250 lb•ft; 113 - 339
Nm) models order kit P/N VC009098.
4.9
Voltage
115 VAC or 230 VAC. V-Series actuators are rated for full
torque at +/- 10% of the nominal voltage at 60 Hz. Note:
operation at 50 Hz will proportionally decrease the duty
cycle and increase the cycle time. V-Series actuators are rated
for a minimum of 75%* duty cycle at 60 Hz at 104˚F (40˚C).
* 55% duy cycle for 3000 lb•in actuators.
5.
GENERAL OPERATING INFORMATION
For enclosure specifications and dimensions, see (Tables
1-2 and Figure 8).
5.1
Enclosure Ratings and Product
Certifications
Metso offers two versions of V-Series actuator enclosures:
the “W” enclosure is weathertight, and the “WX” enclosure
which is weathertight and explosion-proof.
5.2
Wiring
WARNING
VALVCON
AC VOLTAGE ACTUATORS USE REVERSING INDUCTION
MOTORS WHICH CAUSE HIGH VOLTAGES. DEVICES CONNECTED
TO TERMINAL 3 AND TO TERMINAL 4 MUST BE RATED FOR
MINIMUM 250 VAC (440 VAC FOR 230 VAC APPLICATIONS).
CONTROLLERS WITH SOLID STATE OUTPUTS MUST BE RATED
FOR MORE THAN 250 VAC. WE STRONGLY RECOMMEND THAT
RELAY OUTPUTS BE USED ON CONNECTED DEVICES. DUE TO THE
INDUCTION FEEDBACK VOLTAGE, MULTIPLE ACTUATORS CAN NOT
BE WIRED IN PARALLEL. SEPARATE (ISOLATED CONTACTS) MUST BE
PROVIDED FOR EACH ACTUATOR. IF THE ACTUATOR IS DRIVEN BY
CONTACTS ON A PC OR PLC, MAKE SURE THE CONTACTS HAVE THE
PROPER RATINGS.
5.3
Duty Cycle and Motor Protection
V-Series actuators can operate continuously for up to 15
minutes at 104˚F (40˚C). After 15 minutes of continuous
operation they are rated for 75% duty cycle operation at
104˚F and for 30 starts per minute. Duty cycles decrease at
temperatures in excess of 104˚F. Duty cycle is the maximum
proportion of “on” time and the minimum required “off” time
to prevent thermal overloading. Actuators with cycle times
of 30 seconds must rest at least 10 seconds between cycles.
Higher temperature applications decrease duty cycle.
AC motors contain thermal overload protection. Exceeding
the rated duty cycle may cause the thermal overload switch
to temporarily remove power to the motor and cause it to
stall. After the motor cools, the actuator will resume normal
operation. The thermal protector is a safety device, designed
for infrequent use. Constant tripping of the thermal overload
protector may cause premature motor failure.
IMO 11/17
10
IMO-I2500 EN
5.4
Operating Temperature Limits
V-Series actuators are designed to operate in ambient
environments between -40˚F (-40˚C) and 150˚F (65˚C). In
outdoor applications where ambient temperatures exceed
80˚F, actuators should be shielded from direct sunlight.
In applications with high media temperatures, insulating
blankets, heat shields and/or extended mounting shafts
should be used to maintain ambient temperatures at the
actuator within normal operating limits.
Heaters and thermostats are recommended for all outdoor
applications and may also be used to dry condensation in
high humidity environments.
5.5
Actuator Mounting
The actuator may be mounted in any position including
upside-down. It must be firmly secured to a direct mount
flange or sturdy mounting bracket. A minimum of four bolts
with lock washers should be used to secure the actuator to
the bracket. Flexibility in the bracket is not allowed, and
backlash, or “play”, in the coupling should be minimized. The
actuator output shaft must be in line (centered) with the valve
shaft to avoid side-loading the shaft. See (Figure 8) for output
drive dimensions and mounting hardware specifications.
WARNING
FAILURE TO USE MANUAL OVERRIDE PROPERLY COULD RESULT
IN DAMAGE TO THE ACTUATOR GEARING. ENSURE THAT THE
OVERRIDE IS FULLY DISENGAGED AND DO NOT USE EXCESSIVE
FORCE WHEN MANUALLY POSITIONING ACTUATOR. DO NOT DRIVE
THE ACTUATOR BEYOND THE TRAVEL LIMIT SETTINGS. FAILURE TO
FOLLOW THESE INSTRUCTIONS COULD RESULT IN DAMAGE TO THE
ACTUATOR AND/OR FINAL DRIVE ELEMENT.
5.6
Manual Override
To use the manual override, push the override shaft down
approximately 1/4 inch to disengage the motor from the
gear train. Failure to disengage motor prior to turning
override will cause damage to the actuator. While holding
the shaft down, turn the shaft with a wrench or handle to
the desired position. NOTE: The override shaft on actuators
below 1000 lb•in must be rotated in the opposite direction
of the desired direction of the output shaft. In actuators
1000 lb•in and above, the override and the output shaft
turn in the same direction.
Do not drive the actuator beyond the limit switch settings;
it is possible to damage installed options such as a feedback
potentiometer. The manual override shaft must be returned
to its fully upward position before the motor is re-engaged.
Rotate the shaft slightly to align the spur gears until the
shaft “springs” back to its re-engaged position. NOTE: The
rotation direction of the output may not be the same as the
rotation of the override shaft!
5.7
Lubrication
All rotating power train components are permanently
lubricated with multi-purpose Lithium grease suitable for
the operating temperature range of the actuator. Additional
lubrication is not required in normal operation.
5.8
Problem Prevention
Most actuator problems result from improper installation.
•
Incorrect Wiring and Set Up Make certain the actuator
is wired correctly and travel stops are properly set
before power is applied.
•
Coupling, Alignment, and Mounting Do not add extra
torque! Make certain that the mounting arrangement
is sturdy, centered, properly aligned, and that all
mounting hardware is secure and properly tightened.
•
Moisture Replace the cover tightly and make certain
conduit entry holes are sealed properly to prevent
moisture infiltration.
5.9
Warranty
All V-Series actuators are backed by a 2-year warranty that
covers materials and workmanship. The warranty expires
24 months from installation or 30 months from delivery;
whichever comes first.
To request a Return Authorization for an actuator within the
warranty period, please consult your local Metso distributor.
5.10 Repair Service/Spare Parts
We recommend that electric actuators be directed to our
Northeast Service Center for maintenance. The Service
Center is equipped to provide rapid turn-around at
reasonable cost and offer new product warranty with all
reconditioned electric actuators.
For electric actuators outside of the warranty period,
request a Return Authorization by calling the Northeast
Service Center at (508) 595-5195; or by sending an e-mail to
valvconservice@metso.com.
NOTE: When sending electric actuators to the Service
Center for repair, do not disassemble them! The actuator
should be relatively clean upon return. For further
information on spare parts and service or assistance, visit
our Web site at www.metso.com/electricactuators.
NOTE: When ordering spare parts, always include the
following information:
a.
Actuator model number from the product nameplate.
b.
Serial number from the product nameplate.
c.
Part number and/or description of the part required.
d.
Required quantity.
IMO 11/17
IMO-I2500 EN
11
6.
SPECIFICATIONS & TECHNICAL INFORMATION
Table 1 - Torque & VA Ratings
Torque
Output at
breakaway
Speed
(seconds
per 90˚
rotation)
Duty
Cycle
VA Rating
Max Running
Current at Full Load
(True MS)
Max Effective Peak
Inrush Current (= .66 x)
Peak rush
115 VAC
230 VAC
115VAC
230 VAC
115 VAC
230 VAC
150 lb•in;
12 lb•ft; 17 Nm
8
75%
70 vA
115 vA
0.6 amps
0.5 amps
1.25 amps
0.924 amps
300 lb•in;
25 lb•ft; 34 Nm
15
75%
70 vA
115 vA
0.6 amps
0.5 amps
1.25 amps
0.924 amps
600 lb•in
50 lb•ft; 68 Nm
30
75%
70 vA
115 vA
0.6 amps
0.5 amps
1.25 amps
0.924 amps
1000 lb•in
83 lb•ft; 113 Nm
25
75%
92 vA
161 vA
0.8 amps
0.7 amps
1.66 amps
1.29 amps
1500 lb•in
125 lb•ft; 169 Nm
40
75%
92 vA
161 vA
0.8 amps
0.7 amps
1.66 amps
1.29 amps
2000 lb•in
167 lb•ft; 226 Nm
55
75%
92 vA
161 vA
0.8 amps
0.7 amps
1.66 amps
1.29 amps
2500 lb•in
208 lb•ft; 282 Nm
70
75%
92 vA
161 vA
0.8 amps
0.7 amps
1.66 amps
1.29 amps
3000 lb•in
250 lb•ft; 339 Nm
75
55%
92 vA
161 vA
0.8 amps
0.7 amps
1.66 amps
1.29 amps
Table 2 - Specifications
Temperature Range
-40°F to 150°F (-40°C to 65°C)
Conduit Connections
(2) 3/4” NPT in sizes up to 600 lb•in (3/4” to 1/2” reducing bushings included)
(2) 3/4” NPT in sizes 1000 lb•in and above (3/4” to 1/2” reducing bushings included)
Output
150 to 600 lb•in (12 - 25 lb•ft; 17 - 68 Nm) ISO 5211 F05 and F07 bolt circles, 3/4” female square (14mm female square w/ “I”
Option; 15mm female keyed output w/ “Y” Option).
1000 to 3000 lb•in (83 - 250 lb•ft; 113 - 339 Nm): ISO 5211 F07 and F10 bolt circles, 1” female square (1000 lb•in (83 lb•ft;
113 Nm): 19mm female square w/ “I” Option; 1500 - 3000 lb•in (125 - 250 lb•ft; 169 - 339 Nm) : 22mm female square w/ “I”
Option; 1000 to 3000 lb•in (83 - 250 lb•ft; 113 - 339 Nm): 20mm female keyed output w/ “Y” Option)
Duty Cycle
The actuator may run continuously at temperatures below 104° F for up to 15 minutes. After that 15 minutes, the actuators
may run up to 75% duty cycle (between each full cycle), the actuator must rest for 1/3 of the 90 degree cycle time.
NOTE: At 50 Hz, the duty cycle is ~60% at 104° F (40°C).
Voltage
115 VAC: 103.5 to 126.5 VAC, 60 Hz
230 VAC: 207 to 253 VAC, 60 Hz
Limit Switches
(2) Single pole, double throw switches rated for 11A 1/2HP 250 VAC, CSA certified, fuse protected.
Two standard switches are used for end of travel control, and for pilot or position indication at terminal 5 and terminal 6.
Indication outputs are protected by 0.25 AMP permanent auto reset polyfuses – reset time approximately 3 mins.
Motor
Split phase, capacitor driven motor with Class B or better insulation; sub-fractional horsepower
Lubrication
Permanently lubricated gear train and bearings
Gear Train
Hardened steel spur gears
Approximate Weight
17 lbs (8 kg) for sizes up to 600 lb•in (50 lb•ft; 68 Nm)
31 lbs (14 kg) for sizes 1000 lb•in (83 lb•ft; 113 Nm) and above
Enclosure
Die cast aluminum
IMO 11/17
12
IMO-I2500 EN
3/4 NPT Standard
1/2 NPT with Bushing
6.000
6.1
3.1
4.1
5.8
1.7
*12.8
11.1
10.3
Optional
Handwheel
Shown
10.8
9.8
7.5
4.6
3.3
Female Square Drive
Mounting Flange, ISO 5211
All Dimensions in inches unless otherwise
0.787 (20mm)
TO REMOVE COVER REQUIRES AN ADDITIONAL 5.75"
LV-SERIES
1.50 (38.1mm)
stated
LV-Series
*11.7 WITHOUT HANDWHEEL
F07/F10
Female Keyed Drive
Actuator Size
Drive Option
Drive Type
Drive Size
Depth
1000-3000 lb-in (83-250 lb-ft; 113-339 Nm)
Standard
Square
1.000 (25mm)
1.20 (30.5mm)
1000 lb-in (83 lb-ft; 113 Nm)
Option "I"
Square
0.748 (19mm)
1.20 (30.5mm)
1500-3000 lb-in (125-250 lb-ft; 169-339 Nm)
Option "I"
Square
0.866 (22mm)
1.20 (30.5mm)
1000-3000 lb-in (83-250 lb-ft; 113-339 Nm)
Option "Y"
Keyed
Approximate Weight
31 lb / 14 kg
4.6
0.75" MIN.
ON
4 X M8-1.25
2.756" B. C.
ON
4 X M10-1.5
0.75" MIN.
SEE TABLE
20 mm
22.4 mm
4.8 mm
4.016" B. C.
V-Series
Actuator Size
Drive Option Drive Type
Drive Size
Depth
150-600 lb-in (12-50 lb-ft; 17-68 Nm)
Standard
Square
0.750 (19mm)
0.90 (22.9mm)
150-600 lb-in (12-50 lb-ft; 17-68 Nm)
Option “I”
Square
0.551 (14mm)
0.90 (22.9mm)
150-600 lb-in (12-50 lb-ft; 17-68 Nm)
Option ”Y”
Keyed
0.591 (15mm)
1.40 (35.6mm)
V-SERIES
Figure 8
6.1
Dimensions
IMO 11/17
IMO-I2500 EN
13
Motor Board
Optional
Control Board
Shown
Optional
Heater Kit
Optional
Feedback Pot Kit
Optional
Brake Kit
V-Series spare Parts List
Item No. Part No.
Description
1
N/A
Cover
Cover screw
VCK00012 Small enclosure
2
(150 – 600 lb•in)
VCK00013 Large enclosure (1000 – 3000 lb•in)
Potentiometer/Cam Shaft Gears
3
VC099090 90 degree Operation
VC099180 180 degree Operation
VC099270 270 degree Operation
Override shaft (replacement only)
4
VC091244 Small enclosure (150 – 600 lb•in)
VC093023 Large enclosure (1000 – 3000 lb•in)
Motor Gearbox
VC090101 115 VAC, 150 – 300 lb•in
VC090102 115 VAC, 600 lb•in
5
VC090201 115 VAC, 1000 – 3000 lb•in
VC090103 230 VAC, 150 – 300 lb•in
VC090104 230 VAC, 600 lb•in
VC090202 230 VAC, 1000 – 3000 lb•in
6
VC001020 Limit Switch
7
VC091352 Cam with set screw
Capacitor
VC093041 115 VAC, 150 – 600 lb•in
8
VC093061 115 VAC, 1000 – 3000 lb•in
VC093051 230 VAC, 150 – 600 lb•in
VC093071 230 VAC, 1000 – 3000 lb•in
Bracket, mounting, motor board w/screws
9
VC091695 Small enclosure (150 – 600 lb•in)
VC091698 Large enclosure (1000 – 3000 lb•in)
Bracket, motor board, upper
10
VC091684 Small enclosure (150 – 600 lb•in)
VC091688 Large enclosure (1000 – 3000 lb•in)
Motor board with screws
VC092015 115 VAC
VC092030 230 VAC
V-Series option kits
Item No. Part No.
Description
VC099715 Brake (ALL)
VC099200 Feedback pot (ALL)
VC099000 Extra limit switch (ALL)
VC099515 Heater Thermostat 115 VAC (ALL)
VC099523 Heater Thermostat 230 VAC (ALL)
VC099642 Control Board (ALL)
VC092065 Iso/Readback Board
Hand-wheel Override
VC009097 Small enclosure (150 – 600 lb•in)
VC009098 Large enclosure (1000 – 3000 lb•in)
VC099716 Tropical Heater/Thermostat 115 VAC
VC099723 Tropical Heater/Thermostat 230 VAC
Figure 9
6.2
Exploded View
IMO 11/17
14
IMO-I2500 EN
7.
V-SERIES ACTUATORS BY MODEL NUMBER
Table 3
Standard V/LV-Series Actuators (with “N” in model number before the voltage code)
Series
Enclosure Type
Torque
Board Options1
Other Options
Operating Voltage
Code Description
Code
Description
Code Description
Code Description
Code
Description
V
W
Weathertight
150
150 lb•in;
C
Control Board
H2
Tropical Heater/Thermostat
N115AC
115 VAC
NEMA 4/4X
12 lb•ft; 17 Nm
J
Speed Control/Timer Board
I3a
ISO 5211 Output
N230AC
230 VAC
300
300 lb•in;
U
Iso/Readback Board
K
Brake
WX
Weathertight & Explosionproof
25 lb•ft; 34 Nm
P
Feedback Potentiometer
NEMA 4/4X/7&9
600
600 lb•in;
S2
Two Auxiliary Limit Switches
50 lb•ft; 68 Nm
T4
Heater/Thermostat
Y5a
Keyed Output
Z
Handwheel
LV
W
Weathertight
1000
1000 lb•in
C
Control Board
H2
Tropical Heater/Thermostat
N115AC
115 VAC
NEMA 4/4X
83 lb•ft; 113 Nm
J
Speed Control/Timer Board
I3b
ISO 5211 Output
N230AC
230 VAC
1500
1500 lb•in
U
Iso/Readback Board
K
Brake
WX
Weathertight & Explosionproof
125 lb-ft; 169 Nm
P
Feedback Potentiometer
NEMA 4/4X/7&9
2000
2000 lb•in
S2
Two Auxiliary Limit Switches
167 lb-ft; 226 Nm
T4
Heater/Thermostat
2500
2500 lb•in
Y5b
Keyed Output
208 lb-ft; 282 Nm
Z
Handwheel
3000
3000 lb•in
250 lb-ft; 339 Nm
Notes:
1. Select only one board option, as needed.
2. This heater option activates at or below 90˚F and deactivates at 110˚F; it is recommended in high-humidity applications.
3a. 150 – 600 lb•in (12 - 25 lb•ft; 17 - 68 Nm) models with “I” option are supplied with a 14 mm female square (note that without option “I”
the female square is 3/4”)
3b. 1000 lb•in (83 lb•ft; 113 Nm) models with “I” option are supplied with a 19 mm female square and 1500 – 3000 lb•in (125 - 250 lb•ft;
169 - 339 Nm) models are supplied with a 22 mm female square (note that without option “I” the female square is 1”)
4. This heater option activates at or below 40˚F and deactivates at 60˚F; it is recommended in applications where the temperature may
drop below 32˚F.
5a. 150 - 600 lb•in (12 - 25 lb•ft; 17 - 68 Nm) models with “Y” option are supplied with a 15mm female keyed output.
5b. 1000 - 3000 lb•in (83 - 250 lb•ft; 113 - 339 Nm) models with “Y” option are supplied with a 20mm female keyed output.
For enclosure specifications and dimensions see Tables 1-2
and Figure 8.
•
Enclosure “W” (weathertight) is certified by CSA
to meet specifications for NEMA 4/4X; IP 66 for
weathertight and dust-tight, environments and is CE
compliant. It is intended for non-hazardous locations;
indoor or outdoor use.
•
Enclosure “WX” (weathertight & explosionproof) is
certified by CSA to meet specifications for NEMA 7&9,
hazardous locations, (Class I, Division 1, Groups C, and
D; Class II, Division 1, Groups E, F, and G; Class III) as well
as to meet NEMA 4/4X and IP 66 specifications. The
enclosure is CE compliant, certified to ATEX directive
94/9/EC: Ex d IIB T6 Gb, and IECEx CSA 14.0057X.
Sample Model Code: LVW1500CHIKS2N230AC
Actuator Series
LV
Enclosure Type
W
Torque
1500
Board Option
C
Other Options (if applicable)
H
I
K
S2
Operating Voltage
N230AC
•
Torque = Breakaway Torque
Valvcon
electric actuators
are rated at breakaway torque. This is the torque required
to move a full load immediately upon power-up.
Running
Breakaway
Time
Actuator
Torque
Figure 10
IMO 11/17
IMO-I2500 EN
15
ADC-Series
•
Universal Control Board for On/Off and Modulating
applications
•
Up to 3000 inch pounds (250 lb•ft; 339 Nm)
•
Optional Internal Battery Back-Up
•
Continuous Duty Cycle
•
Universal Input Power: 115VAC, 230VAC, 24VAC, 12VDC
or 24VDC
•
NEMA 4/4X and NEMA 4/4X/7&9 enclosures
•
CSA (C US) Certified
•
CE Compliant
•
Certified to ATEX Directive 94/9/EC: Ex d IIB T6 Gb, and
IECEx CSA 14.0057X (“WX” models only)
•
IP 66
•
Standard Features: auxiliary limit switches, heater/
thermostat, manual override and visual position
indicator
•
Available Options: metric and “keyed” female outputs,
and handwheel override
ESR-Series
•
Up to 600 inch pounds (50 lb•ft; 68 Nm) for true
“Two-Wire” On/Off applications
•
80% Duty Cycle
•
115VAC and 230VAC voltages
•
NEMA 4/4X and NEMA 4/4X/7&9 enclosures
•
Available Options: dynamic brake, extra limit switches,
heater/thermostats and metric and “keyed” female
outputs
I-Series Network Capable
•
MODBUS®
•
AS-Interface
•
DeviceNet™
•
Foundation Fieldbus
•
Other fieldbus protocols (consult factory)
•
CSA Certified to Canadian and U.S. standards
QX-Series
•
Up to 3000 inch pounds (250 lb-ft; 339 Nm) for On/Off
applications
•
Economical NEMA 4/4X/7&9 solution
•
12VDC & 24VDC voltages
•
80% Duty Cycle
•
CSA (C US) Certified
•
Standard Features: auxiliary limit switches, dynamic
brake, manual override and visual position indicator
•
Available Options: metric and “keyed” female outputs,
heater/thermostats and handwheel override
LCR Series
•
Up to 600 inch pounds (50 lb-ft; 68 Nm)
•
Economical actuators for Reversing applications
•
25% duty cycle (80% on 12VDC or 24VDC models)
•
NEMA 4/4X enclosure
•
115VAC, 230VAC, 24VAC, 12 VDC and 24VDC voltages
•
Options include extra limit switches and heater/
thermostats
•
Male output (standard) or female output (optional)
LCU Series
•
Up to 600 inch pounds (50 lb-ft; 68 Nm)
•
Economical actuators for Unidirectional applications
•
25% duty cycle (80% on 12VDC or 24VDC models)
•
NEMA 4/4X enclosure
•
115VAC, 230VAC, 24VAC, 12 VDC and 24VDC voltages
•
Options include extra limit switches and heater/
thermostats
•
Male output (standard) or female output (optional)
Q6-Series for Remote Solar Applications
•
600 inch pounds (50 lb•ft; 68 Nm)
•
12VDC
•
Low current draw
•
80% Duty Cycle
•
NEMA 4/4X/7&9
•
CSA (C US) Certified
8.
ADDITIONAL ACTUATOR PRODUCTS AND ACCESSORIES FROM METSO
Subject to change without prior notice.
16
IMO-111 EN
Metso Flow Control Inc.
Europe, Vanha Porvoontie 229, P.O. Box 304, FI-01301 Vantaa, Finland. Tel. +358 20 483 150. Fax +358 20 483 151
North America, 44 Bowditch Drive, P.O. Box 8044, Shrewsbury, M A 01545, USA. Tel. +1 508 852 0200. Fax +1 508 852 8172
South America, Av. Independéncia, 2500-Iporanga, 18087-101, Sorocaba-São Paulo, Brazil. Tel. +55 15 2102 9700. Fax +55 15 2102 9748
Asia Pacific, 238B Thomson Road, #17-01 Novena Square Tower B, Singapore 307685. Tel. +65 6511 1011. Fax +65 6250 0830
China, 11/F, China Youth Plaza, No.19 North Rd of East 3rd Ring Rd, Chaoyang District, Beijing 100020, China. Tel. +86 10 6566 6600. Fax +86 10 6566 2583
Middle East, Roundabout 8, Unit AB-07, P.O. Box 17175, Jebel Ali Freezone, Dubai, United Arab Emirates. Tel. +971 4 883 6974. Fax +971 4 883 6836
www.metso.com/electricactuators