Miter Gear Box .ARA£ear£mft

With more than naif arantury of Tsubaki Miter Gear Boxes are used for for a wide range of applicat Both Miter Gear Boxes special specifications to best meet your needs.

rich experience, varieties of applications around the world, Miter Gear Box The Miter Gear Box takes its name after the spiral gear’s miter-joint. Leading the industry, Tsubaki commenced production and distribution in 1966 and has been steadily increasing with the development of steel and other heavy industries.

Tsubaki offers Lifting equipment For table lifting, jack system drive units that combine a gear motor, Miter Gear Boxes, couplings, and jacks are widely used. The system is used in many applications, such as LCD and semiconductor production, servo presses, and stage equipment. Tsubaki offers jack lifting system components to suit customer layout and use conditions (page 58 and 59). Related products Gear Motors Hypoid Motors Croise Motors Echt-Flex Couplings Lini Power Jacks Conveyor lifter While different types of conveyor lifting mechanisms exist, smaller sizes are in demand for the drive section....

specifications for any application. Iron process roller conveyor Connecting multiple Miter Gear Boxes to a single drive makes steady conveyor speed with double mechanical synchronization. The synchronous multiple drive sections offer a simple design and better maintenance accessibility. Related products Gear Motors Hypoid Motors Echt-Flex Couplings Croise Motors Pipe forming machine In a pipe forming machine, the drive from multiple gear motors is transmitted via couplings to the jacks for forming. Using gear motors, couplings, Miter Gear Boxes, and jacks enables synchronized operation as well...

C O N T E N T S Features, Structure, and Functions ····························· Page 7 Lineup ········································· Page 9 Standard Specifications ············ Page 10 Models ······································ Page 11 Shaft Arrangements, Rotation Details, and Mounting Types

Features, Structure, and Functions Features Wide variety of models We offer a wide range of variations from which you can choose the unit best suited to your needs. Tsubaki provides customized models to serve every application need. High quality Tsubaki's precision spiral bevel gear is based on AGMA standards and it ensures advanced functionality, including high efficiency and high transmission capacity. Standardized design A wide range of models are standardized design, and we offer best fitting model to application needs. Structure Horizontal shaft type Housing case Lateral shaft The shaft...

* Reversing the gear mounting position (shown in dotted line) changes the direction of the rotation. 1. Changes the direction of power transmission by 90°. 2. Changes the direction of power transmission by 90° and distributes the power horizontally (vertically). Examples of application 4. Using a lateral 2-shaft type, power input from the cross shaft rotates the lateral shafts in the opposite direction.

LineupLineup 1. Lateral 1-shaft type • : Standard product A: Semi-standard product Note 1. ADC (Aluminum die-cast), FC (Gray cast iron), FCD (Ductile cast iron) 2. ED2 is available for the following shaft arrangements: 1-1-UD(-O), 1-1-U(-O), 1-1-D(-O), U-D-LR(-O), U-D-R(-O), and U-D-L(-O). 3. FCD types are limited

Standard Specifications Gear box Note: ADC (Aluminium die-cast), FC (Gray cast iron), FCD (Ductile cast iron)

Models Shaft Arrangements and Rotation Details Size Reduction ratio Shaft arrangements and rotation details1-LR 1-UD M (1:1) B15 1-L 1-D U-L 1-L-O 1-D-O Note: The following shaft arrangements have the same rotation details. Note that the positions of the oil plug, oil gauge, and nameplate are different. U-LR = U-LR-O, U-R = U-L-O, U-L = U-R-O, D-LR = D-LR-O, D-R = D-L-O, D-L = D-R-O, 1-1-LR = 1-1-LR-O, 1-1-R = 1-1-L-O, 1-1-L = 1-1-R-O, U-D-LR = U-D-LR-O, U-D-R = U-D-L-O, U-D-L = U-D-R-O

Mounting type See pages 13 and 14 for the actual mounting type for each shaft arrangement. Grease nipple Grease nipple Grease nipple Oil gauge (Opposite side) Oil gauge Drain plug Drain plug Oil filling plug Oil gauge Oil gauge (Opposite side) Drain plug Drain plug Drain plug Drain plug Grease nipple

Mounting Types Lateral 1-shaft Mounting Types and Plug Positions Shaft arrangement Mounting type 1-LR(-O) 1-R(-O) 1-L(-O) Oil filling plug (Opposite side) Oil gauge (Opposite side) Grease nipple Oil filling plug (Opposite side) D-LR(-O) D-R(-O) D-L(-O) Oil filling plug (Opposite side) Grease nipple (Opposite side) Oil filling plug (Opposite side) Y Drain plug (Opposite side) Drain plug (Opposite side) Drain plug Oil gauge (Opposite side) Oil gauge (Opposite side) Oil gauge (Opposite side) Drain plug (Opposite side) Grease nipple Oil filling plug (Opposite side) Grease nipple (Opposite side) Oil...

Lateral 2-shaft Mounting Types and Plug Positions Shaft arrangement Mounting type Oil filling plug Oil gauge (side) Grease nipple Oil gauge U-D-LR(-O) U-D-R(-O) U-D-L(-O) Grease nipple (Opposite side) Oil filling plug (Opposite side) Oil gauge (Opposite side) Drain plug (Opposite side) Drain plug Drain plug Grease nipple Grease nipple Oil filling plug Oil gauge (side) Oil filling plug (Opposite side) Drain plug Drain plug Grease nipple Oil gauge (Opposite side) Drain plug (Opposite side) Grease nipple Grease nipple Oil filling plug Oil gauge Oil filling plug Oil filling plug Oil gauge (Opposite...