Blog técnico
Guías prácticas para elegir, dimensionar y aprovechar al máximo reductores, motorreductores y equipos de vapor — escritas por nuestros técnicos.
How to read a gear reducer datasheet: thermal vs mechanical power
Rated torque, mechanical power and thermal power: what the catalogue figures really mean.
Leer → dimensionamentoService factor and duty classification: how to get it right
A single coefficient turns real operating conditions into a safety margin. Here is how to choose it.
Leer → riduttoriPlanetary (epicyclic) gear reducers: how they work and when to use them
Maximum torque in minimum space: the planetary gear train principle and when it is the right choice.
Leer → vaporeHow a steam trap works and how to choose one
Thermodynamic, float, inverted bucket or thermostatic: each steam trap type has its ideal use.
Leer → vaporeSizing a steam trap: PMO, PMA, TMO and condensate recovery
Differential pressure, PMO/PMA/TMO limits and safety factor: the data to size without mistakes.
Leer → efficienzaIE3 and IE5 efficiency classes for gearmotors: what changes
IE3, IE4, IE5: the motor classes that, combined with reducer efficiency, decide the drive's consumption.
Leer → basiOutput torque and speed: how to size a gear reducer
The two numbers that define every reducer — and how to use them to find the right model.
Leer → riduttoriTypes of gear reducers: coaxial, parallel-shaft, bevel-helical and worm
Four architectures, four trade-offs between efficiency, footprint and shaft orientation. How to choose.
Leer → motoriduttoriHow to choose a gearmotor: ratio, torque and output speed
Ratio, output torque, output speed and service factor: the parameters to choose the right gearmotor.
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