Neo Hyponic
120Pages

Sumitomo DriveTechnologies Right Angle Gearmotors & Speed Reducers

Copyright Sumitomo Drive Technologies 2012. All rights reserved. Reproduction in part or whole is not permitted without our prior approval. Whilst every care has been taken in preparation of this catalogue, no liability can be accepted for any errors or Sumitomo HYPONIC DRIVE more compact design for 0,12 kW -5,5 kW more combinations of capacity and reduction ratio Fractional Geared Hypoid Gearmotors compact size with standard motor • Hollow shaft type • Flange mount type 1 • Flange mount type 2 • Foot mount type

RNYM Series Hollow shaft type RNFM Series Flange mount type (1) RNHM Series Foot mount type RNFM Series Flange mount type (2)

litomo DriveTechnologies Hollow shaft type 13 Hollow shaft type 66 Solid shaft type 68 Solid shaft flange mount 58 Solid shaft foot mount 62

All-Steel Hypoid Technology Fractional Geared Hypoid Gearmotors Product description Sumitomo's Neo Hyponic fractional powered gearmotors incorporate a patented design that provides high reduction ratios delivering greater efficiency in all models. The patented Hypoid gear set, built on Sumitomo's legacy of premier gearing designs, are the most reliable, longest-life gearing solutions available in the market. The right angle shaft design of Neo Hyponic makes it space efficient, and allows for a greater variety of mounting configurations. With the optional IP65 dust-proof and waterproof...

Sumitomo Hyponic drive right-angle gear motors are equipped with hypoid gears. They are engineered to deliver high performance and high effi- ciency in a compact package. The mounting bolts are on square pitch, therefore the mounting position can be changed without protrusion form existing envelope space. Interface dimensions do not need to be changed. Sumitomo Hyponic Drive • High efficiency Sumitomo Hyponic Drive provides higher reduction ratio than bevel gears, allowing higher efficiency in all ranges of reduction ratios. With larger contact intervals than bevel gears, Hyponic Drive has...

Right angle New HYPONIC NEO series allows compact designs! Because the mounting bolts are on square pitch 1. Mounting position can be changed without protrusion from existing envelope space. 2. Mounting position can be changed without changing interface dimensions. Horizontal mounting Vertical mounting Twin shaft design Hyponic Neo right-angle gearmotors make motors installations more compact and less Space saving design Direct drive Safety cover 'f'-'i^^ Mounting base <

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Product range

Note 1: Reduction ratio 1/7,5 instead of 1/7 for 15 W to 90 W Note 2: Reduction ratio 1/160 instead of 1/150 for 15 W to 25 W Note 3: Frame sizes marked with * have a torque limitation. For details refer to the selection table. For sizes 1630 to 1633 flange and shaft version on request

Standard specification

Input Power {rating catalog page} {gear motor} Frame Size Shaft Direction E Output Shaft Spec. [left] [right] [ view from motor] [Japanese standard] {option} [left] [right] [ view from motor] (universal mounting) [left view from motor] [Japanese standard] [right view from motor] [Japanese standard] (shaft & foot) (Hyponic) [adaptor w/motor] [both sides] [left] [right] [ view from motor] [left] [right] [ view from motor] [Japanese standard] {option}

Hollow Shaft Type Sumitomo Drive Technologies

RNYM Series Hollow Shaft Type Allowable Radial Load Pro Note: 1. Motor slip may affect n and n 3- Output torque is limited when SF is * . It must be used 0 ... .. .. . . . . ,. . . .. . , ... within the value stipulated in the table as overload may shaft end to the point of radial load is 20 mm. ^ ' — Designate model and voltage and frequency when ordering. Brackets contain dimension, model, or mass of type with brakes Note: 1. Output shaft diameter dimensions: 3. Dimensions and Masses in the drawings are subject to Dimension tolerance in accordance with JIS B 0401/1976 "H8" change without...

RNYM Series Hollow Shaft Type Allowable Radial Load Pro Note: 1. Motor slip may affect n and n 3- Output torque is limited when SF is * . It must be used 0 ... .. . . ,. . i .i !■ . , ... within the value stipulated in the table as overload may shaft end to the point of radial load is 20 mm. ^ ' — Designate model and voltage and frequency when ordering. Brackets contain dimension, model, or mass of type with brakes Note: 1. Output shaft diameter dimensions: 3. Dimensions and Masses in the drawings are subject to Dimension tolerance in accordance with JIS B 0401/1976 "H8" change without...

RNYM Series Hollow Shaft Type Allowable Radial Load Pro Note: 1. Motor slip may affect n and n 3- Output torque is limited when SF is * . It must be used 0 ... .. . . ,. . i .i !■ . , ... within the value stipulated in the table as overload may shaft end to the point of radial load is 20 mm. ^ ' _ Designate model and voltage and frequency when ordering. Brackets contain dimension, model, or mass of type with brakes Note: 1. Output shaft diameter dimensions: 3. Dimensions and masses in the drawings are subject to Dimension tolerance in accordance with JIS B 0401/1976 "H8" change without...

RNYM Series Hollow Shaft Type Allowable Radial Load Pro Note: 1. Motor slip may affect n and n 3- Output torque is limited when SF is * . It must be used 0 ... .. . . ,. . i .i !■ . , ... within the value stipulated in the table as overload may shaft end to the point of radial load is 20 mm. ^ ' — Designate model and voltage and frequency when ordering. Brackets contain dimension, model, or mass of type with brakes Note: 1. Output shaft diameter dimensions: 3. Dimensions and masses in the drawings are subject to Dimension tolerance in accordance with JIS B 0401/1976 "H8" change without...