Due to technological progress and high competitiveness in the modern world,
more and more engineers and machine designers are demanding that component suppliers
facilitate their tasks in a quick and reliable way.
For more than one decade, Ciclo has been developing high-level engineering
solutions in the form of multilanguage application software intended for
manufacturers of products that require sizing and technical selection.
Widely recognized as real productivity design tools,
our innovative software solutions are assisting companies in winning new customers
and are becoming powerful drivers of brand loyalty.
Professional Quality Level You get a tailor-made engineering software that is fully compatible with the high quality of your products.
Highest Technical Reliability Your software is developed by experienced engineers who deeply know the products you manufacture.
High Operational Stability Your software is built on a modular framework which has been extensively tested and optimized. It's the same one that we use in our products. Check now!
Excellent Usability Even with internal procedures of high technical complexity, our expertise allows us to create user-friendly applications. Your software will be easy to understand and use.
INDUSTRIAL FAN SOFTWARE
Nowadays, ventilation engineering cannot be effective if it does not resort to
specific analytical calculation programs.
In the real-world, it is very common to find oversized fans
operating under conditions of poor performance,
resulting in excessive and unnecessary consumption of electrical energy.
Designed to meet the needs of the air moving industry, including HVAC,
our industrial fan software is a dynamic tool that accurately performs
sizing of centrifugal fans and blowers, and axial fans.
Centrifugal Fans
Axial Fans
Airfoil
Propeller
Backward Curved
Tubeaxial
Backward Inclined
Vaneaxial
Radial Blade
Variable Pitch
Radial Tip
Mixed Flow
Forward Curved
Pressure Blower
For the sizing of fans, the programming logic is developed according to engineering concepts
homologated by international standards and institutions, such as:
AMCA - Air Movement and Control Association International, Inc.
ANSI - American National Standards Institute
ASHRAE - American Society of Heating, Refrigerating and Air-Conditioning Engineers, Inc.
The correlation functions used to calculate dimensional and physical parameters
of each new fan have their origin in the classical theories of fluid mechanics,
becoming known as the Homologous Fan Laws,
while the noise predictions are based on acoustic principles and
guidelines established by professional organizations.
For better accuracy, the software can also perform calculations and analysis improved by
considering Reynolds number, Mach number, viscosity and compressibility of the fluid.
In a highly organized, flexible and friendly environment, the user establishes
the design requirements and the software performs all calculations and analysis
necessary for sizing of the fan:
Adjusts the parameters in accordance with the fluid properties.
Simulates the use of each type and size of fan.
Calculates diameter and width of the fan impeller.
Calculates the operating rotational speed.
Analyzes the performance and suggests the most suitable fans.
Generates a selection list with sorting and filtering capabilities.
Plots performance curves of the selected fan, such as the following:
Flow Rate × Static Pressure or Total Pressure
Flow Rate × Power - Brake Horsepower
Flow Rate × Static Efficiency or Total Efficiency
Flow Rate × Noise - Sound Pressure Level
Multiple Variable Graphs
In ventilation systems with variable demand, the use of adjustable speed drives
is usually the best way to ensure maximum efficiency and
minimum energy consumption.
Under such circumstances, it is essential that the designer has a broad view
of the behavior of the fan to be selected.
Our software has the most advanced engineering charts with high resolution details,
which show characteristic curves throughout the operating speed range of the fans.
In addition to the operating conditions, the software allows the user to set up
construction features and choose components for each fan, such as:
Drive Arrangement
AMCA
Inlet Box Position - Air Entry
AMCA
Direction of Rotation and Discharge Position
AMCA
Motor Position for Belt or Chain Drive
AMCA
Far Field Sound Directivity
Reverberant Room Method
Proper Electric Motor Selection
NEMA - IEC
Optional Accessories Selection
Manufacturer
Once the fan is selected, the software automatically generates
all the engineering reports, datasheets, charts and CAD drawings
in several standard paper sizes.
ISO paper sizes:
A0 - A1 - A2 - A3 - A4
ANSI paper sizes:
A - B - C - D - E
JIS paper sizes:
B0 - B1 - B2 - B3 - B4
USA paper sizes:
Letter - Legal - Ledger - Tabloid
Custom paper sizes:
By User
All of these documents can be easily customized, printed, emailed or
exported to formats like PDF, DOC, XLS, JPG, GIF, TIF, PNG, FAX, etc.
Built with multilingual user interface and an improved
units of measurement converter, our software is fully capable
to meet the needs and requirements of any manufacturer in the world,
regardless of the volume of its production or the variety of its product range.
The centrifugal pumps market is one of the most competitive in the fluid handling industry,
with a large number of manufacturers and suppliers around the world.
To secure a prominent position and increase the competitiveness of their products,
leading companies are providing computer programs that ensure the correct application of these products.
Unfortunately, in pumping systems it is not unusual to find that inaccurate sizing
ends up compromising the credibility of high quality products.
Our centrifugal pump software is a dynamic tool that accurately performs
hydraulic selection and sizing of rotodynamic pumps.
It is equally effective for special design pumps and standard pumps according to:
ANSI - American National Standards Institute
API - American Petroleum Institute
ASME - American Society of Mechanical Engineers
DIN - Deutsches Institut für Normung e. V.
ISO - International Organization for Standardization
With a rich database of liquids which can be extended by user,
the software allows a huge amount of combinations of operating conditions, such as
Flow Rate, Head, Temperature, Density, Viscosity, Vapor Pressure, etc.
For the selection of centrifugal pumps, the programming logic is developed according to
classical concepts of engineering and fluid mechanics with emphasis on Bernoulli's principle
applied to incompressible fluid flow.
In applications with moderately viscous liquids that can be treated as Newtonian fluids,
the software performs calculations for correction of viscosity and its effects on pump performance.
Among the various analysis procedures, the software warns the user about
the possibility of cavitation occurrence in the pump to be selected.
In a highly organized, flexible and friendly environment, the user establishes
the design requirements and the software performs all calculations and analysis
necessary for sizing of the pump:
Adjusts the parameters in accordance with the liquid viscosity and density.
Simulates the use of each type and size of pump.
Calculates the most appropriate diameter for the impeller of each pump.
Calculates the best operating speed if required.
Analyzes the performance and suggests the most suitable pumps.
Generates a selection list with sorting and filtering capabilities.
Plots performance curves of the selected pump, such as the following:
In pumping systems with variable demand, the use of adjustable speed drives
is usually the best way to ensure maximum efficiency and
minimum energy consumption.
Under such circumstances, it is essential that the designer has a broad view
of the behavior of the pump to be selected.
Our software has the most advanced engineering charts with high resolution details,
which show characteristic curves throughout the operating speed range of the pumps.
Once the pump is selected, the software automatically generates
all the engineering reports, datasheets, charts and CAD drawings
in several standard paper sizes.
ISO paper sizes:
A0 - A1 - A2 - A3 - A4
ANSI paper sizes:
A - B - C - D - E
JIS paper sizes:
B0 - B1 - B2 - B3 - B4
USA paper sizes:
Letter - Legal - Ledger - Tabloid
Custom paper sizes:
By User
All of these documents can be easily customized, printed, emailed or
exported to formats like PDF, DOC, XLS, JPG, GIF, TIF, PNG, FAX, etc.
Built with multilingual user interface and an improved
units of measurement converter, our software is fully capable
to meet the needs and requirements of any manufacturer in the world,
regardless of the volume of its production or the variety of its product range.
Supported by an exclusive algorithmic tool for engineering analysis,
our control valve software performs sizing and selection of any type of
linear or rotary valve used in pipelines, which is controlled by
electric, hydraulic or pneumatic actuators and positioners.
Control Valves
Actuators and Positioners
Globe Valves
Electric Actuators
Ball Valves
Pneumatic Actuators
Butterfly Valves
Hydraulic Actuators
Diaphragm Valves
Mechanical Actuators
Eccentric Disc Valves
Analog Positioners
Eccentric Plug Valves
Digital Positioners
With an extensive database of liquids, gases and steam, the software allows
a huge amount of combinations of operating conditions, such as:
Flow Rate, Pressure, Temperature, Density, Viscosity, Vapor Pressure, etc.
For the selection of control valves, the programming logic is developed according to
classic concepts of engineering and fluid mechanics combined with manufacturer's specific standards,
and the data source is constituted by technical specifications of each valve model and size.
Primary reference standards:
ISA 75.01 - International Society of Automation
IEC 60534 - International Electrotechnical Commission
By following the same principle, the software can calculate operating noise levels,
and predict flashing and cavitation events inside the valve.
In a highly organized, flexible and friendly environment, the user establishes
the design requirements and the software performs all calculations and analysis
necessary for accurate sizing of the control valve and the actuator:
Adjusts the parameters in accordance with the fluid viscosity and density.
Simulates the use of each type and size of valve.
Analyzes the performance and suggests the most suitable ones.
Generates a selection list with sorting and filtering capabilities.
Plots performance curves of the selected valve, such as the following:
Valve Opening × CV - Flow Coefficient
Valve Opening × Flow Rate
Flow Rate × Pressure Drop
Valve Opening × Differential Pressure
Valve Opening × Noise - Sound Pressure Level
Comprehensive Graphs
A properly sized and selected control valve has direct implications on the operating costs
of the process being controlled.
Although different types and sizes of control valves can meet the design requirements,
they certainly will not provide the same static and dynamic performance.
Therefore, it is essential that the designer has a broad view
of the behavior of the valve to be selected.
Our software has the most advanced engineering charts with high resolution details,
which show characteristic curves throughout the full operating range of the control valves.
Once valve and actuator are selected, the software automatically generates
all the engineering reports, datasheets, charts and CAD drawings
in several standard paper sizes.
ISO paper sizes:
A0 - A1 - A2 - A3 - A4
ANSI paper sizes:
A - B - C - D - E
JIS paper sizes:
B0 - B1 - B2 - B3 - B4
USA paper sizes:
Letter - Legal - Ledger - Tabloid
Custom paper sizes:
By User
All of these documents can be easily customized, printed, emailed or
exported to formats like PDF, DOC, XLS, JPG, GIF, TIF, PNG, FAX, etc.
Built with multilingual user interface and an improved
units of measurement converter, our software is fully capable
to meet the needs and requirements of any manufacturer in the world,
regardless of the volume of its production or the variety of its product range.
