A machine brochure is a legal and technical promise. However, many buyers misread the data, leading to catastrophic purchases. Learning to decipher the actual engineering meaning behind terms like "Capacity," "Duty Cycle," and "Drive Type" is essential to protecting your commercial investment.
1. Decoding Capacity: Input vs. Maximum
If a spec sheet says "Capacity: 200 kg," you must ask: Input or Output? In industrial terminology, capacity always refers to Input (Kg/Hr). Furthermore, some traders list the "maximum" capacity based on 10 minutes of running soft seeds. TechVMouta strictly lists Continuous Duty Input Capacity (e.g., 100-120 kg/hr for a 10 HP unit), which represents the real-world performance over an 8-hour shift.
2. Decoding Power: HP vs. Consumption
Most sheets list "Motor: 20 HP." That tells you the machine's mechanical force, but it does not tell you the electricity cost. TechVMouta spec sheets will list the motor type as PM Series. This tells a buyer that while the machine exerts 20 HP of torque, its actual electrical power draw will be up to 50% lower than a legacy induction motor of the same HP.
3. Decoding Metallurgy: Look for EN31
Under the "Materials" or "Chamber" section, do not accept "Iron" or "Steel." You must look for the exact grade. TechVMouta explicitly lists High-Carbon EN31 Alloy Steel. This tells the buyer that the worm shaft is forged to resist the extreme abrasive friction of continuous commercial pressing.
4. Decoding the "Cold Press" Claim
Any machine can claim to be a cold press. The spec sheet proves it through the gearbox and RPM rating. True cold press machines, like TechVMouta's, use multi-stage gearboxes to keep the worm shaft RPM low and steady, ensuring the oil is squeezed mechanically rather than extracted through high-speed thermal friction.
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