Altax Neo
39Pages

Nomenclature / List of Models Nomenclature Make sure to specify the applicable nomenclature, voltage, and frequency when ordering or inquiring. Also specify when the required model is: outdoor type, light dust proof type, increased safety type (eG3), water proof type (IP65), terminal box/terminal platform type or type for overseas standards. Brake Blank Without brake B With brake Slow-Speed Shaft Direction N Universal direction Suffix Blank Three-phase motor CA Capacitor-run single-phase motor Mounting Style V Flange H Foot Capacitor-start / capacitor-run single-phase motor Reversible...

Standard Specification Standard Specifications ALTAX NEO Three-Phase / Single-Phase Gearmotor Type Item Capacity Range Three-Phase Motor Power Source Insulation Standard Specification Standard Specification with Built-in Brake Note: 90W - 2.2kW, 4-pole Note: 90W - 2.2kW, 4-pole RB, FB brake (non-asbestos lining) IP44 (indoor), totally-enclosed fan-cooled type IP44 (indoor), totally-enclosed fan-cooled type (The 90W and 0.1kW models are the totally-closed self- (The 90W and 0.1kW models are the totally-closed selfcooled type) cooled type) Three-rated power sources Three-rated power source...

Model Selection Model Selection Determine Model Determine Equivalent Transmission Torque Te Actual transmission torque T Determine the gearmotor’s load factor T : Actual transmission torque at the gearmotor’s slow-speed shaft [N m] Determine the equivalent transmission torque Te Te=T x Gearmotor’s load factor [N m] Te: Equivalent transmission torque [N m] Determine the reduction ratio Power frequency x 30 Reduction ratio Output speed Refer to the selection table TOUT: Gearmotor’s output torque [N m] Determine the model (Note) Select the model that satisfies Te TOUT Note: Models with "R" or...

Reference for Model Selection ALTAX NEO gearmotor is designed for 10 hours operation per day with uniform load. 1. Gearmotor’s Load Factor Table 1 Daily Duty Load Condition Uniform Load Conveyor (uniform load), pump (centrifugal), food processing machine (rice milling machine, can filling machine), elevator (uniform load), plastic molding machine, agitator (liquid), bar screen Main Applications Light Shock Load Conveyor (heavy duty, not uniformly fed), food processing machine (beet slicer, dough mixer, meat grinder), elevator (heavy load), agitator (liquids & solids, liquids variable...

Reference for Model Selection Table 6: Motor’s Allowable Thermal Capacity (C x Z) Motor Output [kW] Motor’s Moment of Inertia [kg m2] With Brake With Brake Calculate C x Z by below steps (1)-(3). The value must be less than allowable C x Z listed in Table 6. (1) Calculate C using formula below. JM: Moment of inertia of motor [kg•m2] JL: Total moment of inertia (excluding motor) at motor shaft [kg•m ] GDL2: Total GD2 (excluding motor) at motor shaft [kgf•m2] (2) Calculate Z (number of starting times/hour) (a) Operating period consists of “operation time ta [sec]” and “stop time tb [sec].”...

Notes for Selecting a Traction Model Notes for Selecting a Traction Model The models that have “R” or “S” at the end of the frame size (for example, 507R, 5107DR, and 5127DS) are traction-drive models. They are suitable for normal applications, but consult us for confirmation for the following applications: (1) Load and Application Consult us for applications involving particularly severe impact load (crushers, breakers, high-speed cutting machines) or variable load (crank/cam motions). (2) Applications Requiring High-Precision Positioning Actual reduction ratio of traction-drive models...

Gearmotors, Flange Mount Type (CNVM), Foot Mount Type (CNHM) 90W Three-Phase Motor Reduction Ratio Selection Tables Input Capacity - Frame Size Symbol Output Speed r/min CNVM (Flange Mount) CNHM (Foot Mount) Figure in the bracket ( ) shows the dimension for types with brake. Output motor speed is the representative value at 1450r/min (50Hz) and 1750r/min (60Hz). Refer to page 31 for details. Radial load at slow speed shaft is the value at the middle of the slow speed shaft. Figure in the bracket ( ) shows the dimension for types with brake. Outdoor type, dustproof type with brake, and some...

Gearmotors, Flange Mount Type (CNVM), Foot Mount Type (CNHM) 0.1kW Three-Phase Motor Reduction Ratio Selection Tables Input Capacity - Frame Size Symbol Output Speed r/min CNVM (Flange Mount) CNHM (Foot Mount) Model CNVM01-507R(-B)-Reduction Ratio CNVM01-5067(-B)-Reduction Ratio CNVM01-5077(-B)-Reduction Ratio CNVM01-5087(-B)-Reduction Ratio CNVM01-5097(-B)-Reduction Ratio CNVM01-5097DR(-B)-Reduction Ratio CNVM01-5107DR(-B)-Reduction Ratio CNVM01-5107DA(-B)-Reduction Ratio CNVM01-5127DA(-B)-Reduction Ratio Model CNHM01-507R(-B)-Reduction Ratio CNHM01-5067(-B)-Reduction Ratio...

Gearmotors, Flange Mount Type (CNVM), Foot Mount Type (CNHM) 0.2kW Three-Phase Motor Reduction Ratio Selection Tables Input Capacity - Frame Size Symbol Output Speed r/min CNVM (Flange Mount) CNHM (Foot Mount) Model CNVM02-507R(-B)-Reduction Ratio CNVM02-506H(-B)-Reduction Ratio CNVM02-5077(-B)-Reduction Ratio CNVM02-5087(-B)-Reduction Ratio CNVM02-5097(-B)-Reduction Ratio CNVM02-5097DR(-B)-Reduction Ratio CNVM02-5107DR(-B)-Reduction Ratio CNVM02-5117DR(-B)-Reduction Ratio CNVM02-5127DA(-B)-Reduction Ratio Model CNHM02-507R(-B)-Reduction Ratio CNHM02-506H(-B)-Reduction Ratio...

Gearmotors, Flange Mount Type (CNVM), Foot Mount Type (CNHM) 0.25kW Three-Phase Motor Reduction Ratio Selection Tables Input Capacity - Frame Size Symbol Output Speed r/min CNVM (Flange Mount) CNHM (Foot Mount) Model CNVM03-507R(-B)-Reduction Ratio CNVM03-5077(-B)-Reduction Ratio CNVM03-5087(-B)-Reduction Ratio CNVM03-5097(-B)-Reduction Ratio CNVM03-5107(-B)-Reduction Ratio CNVM03-5097DR(-B)-Reduction Ratio CNVM03-5107DR(-B)-Reduction Ratio CNVM03-5117DR(-B)-Reduction Ratio CNVM03-5127DA(-B)-Reduction Ratio Model CHHM03-507R(-B)-Reduction Ratio CHHM03-5077(-B)-Reduction Ratio...