Valve Actuators
| AD/AR/AL |
Electric
Actuators |
AD/AR/AL
Electric Actuators
Model: WM-VLS-SMR-001
Electric Actuators are
electromechanical devices that are highly reliable in replacing the manual
operation of valves in:
- Remote or hazardous
locations.
- Applications
demanding high actuation torque.
- Valves
requiring quick positioning, particularly those with large numbers of
turns
Automatic process control
applications where valves operate in two limit positions, or intermediate
repositioning (modulation).
Smar Actuators are available
for dampers, gate, slide, diaphragm, globe, butterfly, ball and plug valves.
Four torque ranges from 150 to 1850 Nm (AD model ) / 20 to 80 Nm (AR and AL
models), and rotations from 6 to 48 rpm are available. Higher torque may be
obtained by adapting additional gear stages coupled to the output shaft of
the actuator.
All models are equipped with
an overload protection system for valves operating in limit positions, or in
the case of foreign objects obstructing their travel. These are automatic
systems that turn off the motor, protecting the actuator/valve system.
As an option, valve position
and travel transmitting devices can be supplied with the actuators,
providing an operational status for each actuator/valve set. In case of
power failure, all actuators are capable of manual operation by means of a
hand-wheel attached to a mechanical coupling. Such coupling will deactivate
upon electric motor start-up.
This Actuators provide the
following characteristics:
- Easy operability.
- Ruggedness.
- Long service life.
- Internal parts
protected against aggressive environments.
- Easy maintenance.
- Accurate
positioning.
- Available options
include explosion proof enclosures, fail-safe operation and proportional
control.
- Attachments are in
accordance with ISO 5211 and DIN 3337. Such characteristics fulfill the
most important requirements in the following applications.
- Oil refineries.
- Petrochemical
plants.
- Sugar and ethanol
mills.
- Food industries.
- Pharmaceutical
industries.
- Chemical plants.
- Cement and steel
mills, and glassworks.
- Water, natural gas
and oil pipelines.
- Sewage stations and
water treatment stations (sanitation).
- Oil drilling rigs
and production platforms.
- Air conditioning
units.
- Pneumatic dispatch
lines.
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Valve Positioners
| FY290 |
Valve
Positioner 4 to 20 mA |
| FY301 |
Smart Valve Positioner 4 to
20 mA + HART |
| FY302 |
Foundation Fieldbus Valve
Positioner |
| FY303 |
Profibus PA to Valve
Positioner |
FY290
Valve Positioner 4 to 20 mA
Model: WM-VLS-SMR-002
The FY290 microprocessor based positioner provides fast and
accurate positioning of diaphragm or cylinder actuators. The FY290 produces
a pressure output as required to position a control valve according to a 4
to 20 mA input signal supplied by a controller.
The FY290 is compact and easy
to maintain and adjust. Local calibration and parameter setting are done
without external devices.
- Compact and modular design
- Low air consumption
- Easy installation
- Direct non-contact position sensing
- Operate with rotary or liner motion,
single or double acting pneumatic actuators
- Easy adjustment and parameter settings
with local adjustment and display
- Weather proof, explosion proof and
intrinsically safe
- Flow Characteristics change with software
cams
Some Characteristics:
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| Output to actuator
0-100% supply air pressure. Single or double-action. |
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46.7 Nm³/h (28 SCFM) at 5.6 bar (80
psi) supply
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Supplied by the 4-20 mA current
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Using local adjustment magnetic
tool
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1.4-7 bar (20-100 psi). Free of
oil, dust and water
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Magnet (Non-contact) via Hall
effect
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Injected low copper aluminum with
polyester painting or 316 stainless steel housing
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| Process Temperature
Limits |
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-40 to 85ºC (-40 to 185 ºF)
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| Hazardous Area
Certification |
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Explosion proof, weather proof and
intrinsically safe
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Nominal: 2.7 kg;
Digital display adds: 0.1 kg.
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FY301
Smart Valve Positioner
Model: WM-VLS-SMR-003
The FY301 microprocessor
based positioner provides fast and accurate positioning of diaphragm or
cylinder actuators. The FY301 produces a pressure output as required to
position a control valve according to a 4 to 20 mA input signal supplied by
a controller.
- Compact and modular design;
- Low air consumption;
- Easy installation;
- Direct non-contact position sensing;
- Operate with rotary or linear motion,
single or double acting pneumatic actuators;
- Easy adjustment and parameter settings
with remote HART® communication local adjustment and display;
- Weather proof, explosion proof and
intrinsically safe;
- Flow Characteristics change with software
cams.
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| Output to actuator 0-100% supply
air pressure. Single or double-action. |
|
|
|
|
46.7 Nm³/h (28 SCFM) at 5.6 bar (80
psi) supply
|
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Supplied by the 4-20 mA current
|
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Using local adjustment magnetic
tool, remote configuration using HHT
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1.4-7 bar (20-100 psi). Free of
oil, dust and water
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Magnet (Non-contact) via Hall
effect
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Injected low copper aluminum with
polyester painting or 316 stainless steel housing
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| Process Temperature
Limits |
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-40 to 85ºC (-40 to 185 ºF)
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| Hazardous Area
Certification |
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Explosion proof, weather proof and
intrinsically safe
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Nominal: 2.7 kg;
Digital display adds: 0.1 kg.
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FY302
Foundation Fieldbus Valve Positioner
Model: WM-VLS-SMR-004
The FY302 is from the first
generation of Fieldbus devices. It is a control valve positioner for
pneumatic valve in a Fieldbus system. The FY302 produces a pressure output
as required to position a control valve according to an input received over
the Fieldbus network or internal controller.
The Fieldbus technology used
in the FY302 enables, an easy interface between the field and the control
room and several interesting features that considerably reduce the
installation, operation and maintenance costs.
Some
Characteristics:
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| Digital only, Foundation Fieldbus,
31.25 kbit/s voltage mode with bus power |
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| Output to actuator 0-100% supply
air pressure. Single or double-action. |
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|
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46.7 Nm³/h (28 SCFM) at 5.6 bar (80
psi) supply
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Through fieldbus communication
from a PC or by local switches
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1.4-7 bar (20-100 psi). Free of
oil, dust and water
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Magnet (Non-contact) via Hall effect
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Up to 20 Dynamically Instantiable
Function Blocks.
The Function Blocks available allow simple and complex
control strategies to be placed inside the field device, making
the field device an integral part of the control system. In
order to fully benefit from the Function Blocks in the device a
True Foundation Fieldbus system is recommended.
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Injected low copper aluminum with
polyester painting or 316 stainless steel housing
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| Process Temperature
Limits |
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-40 to 85ºC (-40 to 185 ºF)
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| Hazardous Area
Certification |
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Explosion proof, weather proof and
intrinsically safe
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FY303
Profibus PA Valve Positioner
Model:
WM-VLS-SMR-005
The FY303 is a control valve
positioner for pneumatic valve in a PROFIBUS system. It produces a pressure
output as required to position a control valve according to input received
over the PROFIBUS network or internal controller.
The PROFIBUS PA technology
used in the FY303 enables an easy interface between the field and the
control room and also includes several interesting features that
considerably reduce the installation, operation and maintenance costs. The
FY303 is part of Smar's complete 303 series of PROFIBUS PA devices.
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| PROFIBUS PA, digital only,
complies with IEC 1158-2 (H1): 31.25 kbit/sand voltage mode with
bus power |
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| Output to actuator 0-100% supply
air pressure. Single or Double-action. |
|
|
|
|
46.7 Nm³/h (28 SCFM) at 5.6 bar (80
psi) supply
|
|
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|
|
|
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|
|
Through fieldbus communication
from a PC or by local switches
|
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1.4-7 bar (20-100 psi). Free of oil,
dust and water
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Magnet (Non-contact) via Hall effect
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Injected low copper aluminum with
polyester painting or 316 stainless steel housing
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| Process
Temperature Limits |
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-40 to 85ºC (-40 to 185 ºF)
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| Hazardous Area
Certification |
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Explosion proof, weather proof and
intrinsically safe
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Nominal: 2.7 kg;
Digital display adds: 0.1 kg.
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