OMAL AUTOMATION
OMAL AUTOMATION
AGO – Aluminium spring return SR type
Features:
1.Energized and self-lubricated strips
Less friction between piston and cylinder.It prevents the bonding of the seal to the cylinder even after long periods of inactivity
2.Slots, bushes and pins made by steel with hardness higher than 50 HRC-Higher resistance to the forces inside the actuator
3.Rolling friction between piston and slot-Less friction
4.Scotch yoke with rolling friction (transforming rotary motion into linear motion using piston and shaft without teeths/gears) –Reduced friction between piston and shaft with consequently less wear on the relevant parts
Empowered Breakaway Torque (BTO & BTC)
Smaller volume/size than rack and pinion actuators (with the same torque) therefore less space required for installation
Less weight than the rack and pinion (-30% kg / Nm), with consequent savings on the construction sizing of the plant/equipment
Lower air consumption compared to the rack and pinion actuators (-40% air cm3/Nm for Double Acting and -20% air cm3/Nm for Spring Return) therefore less load on the compressor or the possibility of using a smaller compressor’s size.
5.Rolled cylinder
Less wear of the energized ties thanks to the low roughness of the surface (0.15 micron Ra).
ATEX Certificate
Installation is allowed in a potential explosive environment.
Technical Features:
Torque from 15 Nm to 4000 Nm.
Mounting flange according to EN ISO 5211
F03 – F04 – F05 – F07 – F10 – F12 – F14 – F16 -F25.
In compliance with EN 15714-3
Rotation angle: 92° (-1°, +91°)
Torque: the return torque depends on spring action only notwithstanding the air supply. The spring is provided in four different sizes (see table).
The code numbers after the letters SR, always correspond to the breakaway torque in Nm by 5,6 bar air supply.
The actuator automatic closing takes place in clockwise direction by means of its springs.
ATEX version in conformity with directive 2014/34/EU. Please add YX at the end of the code for ATEX version.
Reference:
AGO HANDWHEEL – DA with integrated handwheel
Features:
1.Energized and self-lubricated strips
Less friction between piston and cylinder.It prevents the bonding of the seal to the cylinder even after long periods of inactivity
2.Slots, bushes and pins made by steel with hardness higher than 50 HRC
Higher resistance to the forces inside the actuator
3.Rolling friction between piston and slot
Less friction
4.Scotch yoke with rolling friction (transforming rotary motion into linear motion using piston and shaft without teeths/gears)
Reduced friction between piston and shaft with consequently less wear on the relevant parts
Empowered Breakaway Torque (BTO & BTC)
Smaller volume/size than rack and pinion actuators (with the same torque) therefore less space required for installation
Less weight than the rack and pinion (-30% kg / Nm), with consequent savings on the construction sizing of the plant/equipment
Lower air consumption compared to the rack and pinion actuators (-40% air cm3/Nm for Double Acting and -20% air cm3/Nm for Spring Return) therefore less load on the compressor or the possibility of using a smaller compressor’s size.
5.Rolled cylinder
Less wear of the energized ties thanks to the low roughness of the surface (0.15 micron Ra)
From sizes bigger than DAN15, NAMUR interface for solenoid valve is already integrated.
No need for extra plate.
ATEX Certificate
Installation is allowed in a potential explosive environment
Technical Features:
Torque from 60 Nm to 3840 Nm.
Mounting flange according to EN ISO 5211
F05 – F07 – F10 – F12 – F14 – F16.
In accordance with EN 15714-3
Rotation angle: 92° (-1°, +91°)
Torque: directly proportional to the air supply (see table).
The code numbers after the DA letters, always correspond to the breakaway torque in Nm by 5,6 bar air supply.
ATEX version in conformity with directive 2014/34/EU. Please add YX at the end of the code for ATEX version.
Reference:
KRATOS high cycle stainless steel ball valve with pneumatic actuator
Features:
1. Stainless steel ball, coated with 40 µm Hard Chrome.
Longer seal life due to the low wear of the ball.
2. Seat.
Less wear comparing with not modify seat.
High resistance to stress.
3. DEVLON Body-End gasket.
Supplementary gasket for oring protection.
4. DEVLON Bottom sealing.
Less wear comparing with not modify seat.
High resistance to stress.
5. Antistatic Device (electrical continuity between ball, stem and body).
Static electricity is avoided which can cause sparks and fire in an inflammable/explosive environment.
Contact safety throughout the entire life of the valve.
6. “V” seals pack with 3 seals.
It ensures a perfect tightness even after a high number of cycles.
7. Spring washer on the shaft seal.
Guarantee of the recovery of the gap due to the wear caused by the rotational movement of the shaft avoiding leakage towards the outside part.
Allow to maintain energized the “chevron” seals (V), thus avoiding any leakage to the outside, against huge temperature excursions.
Greater precision in the alignment of axes due to a unique positioning in the process machining from raw material to finished valve.
Longer lifetime of the valve.
Less breakaway torque
Valve body in carbon steel made with NACE certified material as standard.
Greater corrosion resistance.
Greater ductility of the material.
100% in-house manufacturing process technology.
Maximum control and accuracy in all the stages of the manufacturing process.
Flexibility in supply quickly special executions requested by customers.
PED Certificate.
Full compliance with European Safety Standards for Pressure Equipment.
Fugitive Emission ISO 15848 (ISO FE AH-C03-SSA 0) certificate.
High level of safety of the tightness towards the outside is granted.
ATEX Certificate.
Installation is possible in a potential explosive environment.
UP to SIL 3 certified
Guarantee of the high level of functional safety
FIRE SAFE Certificate (on request)
Guarantees the tightness of the valve also in case of fire
Standard Features:
• Threaded ends EN ISO 228-1 or NPT.
• Floating ball, full bore.
• Soft-seat seal DEVLON.
• Stem seal with V-pack.
• Operating temperature: from -50°C to +100°C.
• Tightness Class: EN12266-1 rate A.
• Antistatic device EN12266-2.
• Anti Blow-out stem.
• Actuator connection as per standard ISO 5211.
• Intercepted fluid: self-lubricating fluids (liquid and gaseous), provided they are compatible with the construction materials. For non-selflubricating fluids (water, …) or other applications, contact our sales department.
Reference:
AE ON-OFF & Modulating type rotary type electric actuator
Features:
Actuator ON-OFF; working angle 90° (100° Max.).
Service 50%
Maximum torque from 10 to 1960 Nm. (see the table)
Supply voltage 230 Vac (±10%) 50/60 Hz 1Ph
Insulation resistance 100 M /500 Vdc
Tension insulation 1500 Vac/1 minute
Motor with Class E insulation
Working temperature from –25°C to + 55°C (for use in temperatures below
0°C, we suggest space heater elements)
Protection according to NEMA 4,4X rules (IP65)
Coupling flange for the valve from F03 to F14: ISO 5211.
Auto-reset thermostatic protection in the motor.
Open/close limit switch with cams adjustable along the whole stroke
Auxiliary limit switches with cams adjustable along the whole stroke
Safety adjustable mechanical limit switches.
Graduated visual position indicator
Detachable lever for manual operation
Electric connections with screw terminals
Locking of supply cables by means of cable presses.
Maximum working noise <70 dB (A).
Reference:
Double acting DA type Heavy Duty carbon steel actuator
Features:
1 Energized and self-lubricated strips
Less friction between piston and cylinder
It prevents the bonding of the seal to the cylinder even after long periods of inactivity
Reduce the “stick-slip” effect
2 Slots, bushes and pins made i chromed steel with hardness about 200 HB
Higher corrosion’s resistance
Less friction between stem, guide bar and sliding bushings with consequently less wear on the relevant parts
3 System motion conversion from linear to rotary separated from the piloting fluid of the actuator.
Ability to power the actuator with gases
It prevents explosive atmospheres
4 Scotch yoke system with rolling friction (conversion of linear motion to rotary system with no gears).
Reduced friction between piston and shaft with consequently less wear on the relevant parts
Empowered Break Away Torque (BTO & BTC)
Bronze bushes
They guarantee less wear than other bushings materials
ATEX Certificate
Installation is allowed in a potential explosive environment
Up to SIL 3 Certified
Guarantee of the high level of functional safety
Technical Data:
Nominal Torque : from 2000 Nm up to 30.000 Nm .
Flange according to DIN / ISO 5211 , DIN 3337.
Angle of rotation: 90° with stroke adjustment -5° +95°.
Air supply pressure: from 3bar up to 8,5bar (for the Torque, see Tabs)
For Double Acting version, the torque is directly proportional to the air supply pressure of the actuator
For the Spring Return version the “return torque” (no air supply pressure in the actuator) depends only by the Spring and it’s not related to the air supply pressure
Available versions: Double Acting, Spring Return Normally Closed (NC) , Spring Return Normally Open (NO).
Central body versions: Scotch Yoke “Symmetrical” or Scotch Yoke “Canted
Reference:
AGO CF8M – DA type inox precision casting CF8M
Features:
1.Energized and self-lubricated strips
Less friction between piston and cylinder
It prevents the bonding of the seal to the cylinder even after long periods of inactivity
2.Slots, bushes and pins made by steel with hardness higher than 50 HRC
Higher resistance to the forces inside the actuator
3.Rolling friction between piston and slot
Less friction
4.Scotch yoke with rolling friction (transforming rotary motion into linear motion using piston and shaft without teeths/gears)
Reduced friction between piston and shaft with consequently less wear on the relevant parts
Empowered Breakaway Torque (BTO & BTC)
Smaller volume/size than rack and pinion actuators (with the same torque) therefore less space required for installation
Less weight than the rack and pinion (-30% kg / Nm), with consequent savings on the construction sizing of the plant/equipment
Lower air consumption compared to the rack and pinion actuators (-40% air cm3/Nm for Double Acting and -20% air cm3/Nm for Spring Return) therefore less load on the compressor or the possibility of using a smaller compressor’s size.
5.Rolled cylinder
Less wear of the energized ties thanks to the low roughness of the surface (0.15 micron Ra)
From sizes bigger than DAN15, NAMUR interface for solenoid valve is already integrated.
No need for extra plate.
100% in- house manufacturing process technology
Maximum control and accuracy in all the stages of the manufacturing process
ATEX Certificate
Installation is allowed in a potential explosive environment
Up to SIL 3 Certified
Guarantee of the high level of functional safety
Technical Specification:
Torque from 15 Nm to 480 Nm.
Mounting flange according to ISO 5211; F03 – F05 – F07 – F10
In compliance with EN 15714-3.
Rotation angle: 92° (-1°, +91°)
Torque: directly proportional to the air supply (see table – general catalogue pneumatic actuator DA).
The code numbers after the DA letters, always correspond to the breakaway torque in
Nm by 5,6 bar air supply.
Sizes from DA 60 direct connection with NAMUR solenoid valve.
Sizes DA15 – DA30 can be provided with NAMUR plate on request.
ATEX version in conformity with directive 2014/34/EU. Please add YX at the end of the code for ATEX version
Reference:
RACKON – Spring return SR & Double Acting DA Actuator
Features:
. Energized and self-lubricated strips.
Less friction between piston and cylinder.
It prevents the bonding of the seal to the cylinder even after long periods of inactivity.
2. Adjustment cam made by steel.
Possibility to adjust the closing and/or opening with a standard actuator (± 5° for each adjustment).
Simplicity and reliability of adjustment.
3. Transformation of linear motion into rotary motion using Rack and Pinion kinematics.
Linear torque (BTO & BTC), suitable for ball valves.
High adjustment precision thanks to the rigidity of the rack and pinion system and the mechanical stop between cam and adjustment grub screw.
Uniform rotation speed.
4. Rolled cylinder.
Less wear of the energized ties thanks to the low roughness of the surface (0.15 μm Ra).
5. Cartridge spring modular system.
High configuration flexibility and precision of the torque generated by the springs.
High range of configurations.
NAMUR interface for solenoid valves can be available on complete range.
With plate reported from RK10 to RK240. – Integrated for RK 300 and RK480.
NPT air hole threads available on request.
With plate reported for all sizes.
100% in- house manufacturing process technology.
Maximum control and accuracy in all the stages of the manufacturing process.
ATEX certificate.
Installation is allowed in a potential explosive environment.
Up to SIL 3 Certified.
Guarantee of the high level of functional safety.
Technical Specifications:
• Torque from 15 Nm to 347 Nm.
• Mounting flange according to EN ISO 5211: F03 – F04 – F05 – F07 – F10 – F12.
• In accordance with EN 15714-3.
• In conformity with directive ATEX 2014/34/EU.
• Rotation angle: 100° (-5°, +95°).
• Double adjusting +5° and -5° for each end position (0° and 90°).
• Torque: Depending to the air supply pressure and spring size (see table)