Phytron's range of stepper motors covers multiple models and series designed to meet a variety of precision control needs. The following are some of the main features and series of Phytron stepper motors:
　　main feature
　　High precision: Phytron's stepper motors provide high resolution and precise positioning capabilities, ideal for applications requiring fine control.
　　High reliability: Designed for long-term stable operation and adapted to harsh conditions in industrial and laboratory environments.
　　Multiple size: Available in multiple size and specifications to meet different space and load requirements.
　　High torque: Many models have higher torque output and are capable of driving heavier loads.
　　Compatibility: Compatible with Phytron's controllers and drivers, ensuring efficient integration of the system.
　　main series
　　ESS/ESH Series:
　　ESS Series: Emphasizes high precision and high torque output for demanding applications.
　　ESH Series: Generally have similar performance characteristics, but may differ in specific specifications and functions.
　　PhySPACE Series:
　　phySPACE Series: Designed for space-constrained applications, it offers compact size and high-precision control.
　　phyBASIC Series:
　　phyBASIC Series: Focus on simplified configuration and easy integration for applications requiring less complexity.
　　application area
　　Phytron stepper motors are widely used in the following fields:
　　Automation equipment: such as production lines, assembly robots, etc.
　　Laboratory equipment: such as microscopes, analytical instruments, etc.
　　Medical equipment: such as automated medical equipment, diagnostic equipment, etc.
　　Aerospace: Used for precision control missions.
　　Phytron's phyBASIC motor series combines the advantages of cost-optimized design with excellent operating characteristics.
　　This makes phyBASIC motors particularly suitable for standard applications in mechanical engineering and industry. Good operating characteristics, high torque and rugged workmanship make phyBASIC the perfect choice for fast and accurate positioning in environments up to IP40.
　　technical detail
　　2-phase stepper motor
　　Maintain torque from 16mNm to 7.2 Nm
　　Edge size varies from 20 to 86mm
　　Standard steps 200
　　Stepping accuracy 5%, 1.8° stepper motor
　　Operating voltage: phyBASIC20, 28, 42 (NEMA8, 11, 17): 36 to 48V DC
　　PHI Basic 56, 86 (NEMA23/34): 72V DC
　　Standard connection type: 4-wire parallel
　　Protection class IP40
　　Insulation Class B, 130 C°
　　Insulation resistance 100MΩ
　　Operating temperature range-10 to +50° C (frost free)
　　Cable supplied with mating plug
　　Phytron's custom linear actuators, based on the stepper motor principle, provide axial forces from 200N to 10kN depending on the machine type and enable our customers to adjust paper thickness with an accuracy of less than 10 m, regardless of whether the machine is used to produce cardboard or high-quality photographic paper. In addition to binary limit switches, some systems even have linear absolute value sensors with resolutions exceeding 14 bits for position detection.