ACCUDRIVE PRECISION PRODUCTS Now you can get design flexibility and lasting performance from our complete family of AccuDrive Precision Products. Series W Precision Servo Gearhead Output torque up to 8,500 lb.in. Motor adapters to fit servo motors. Center distance from 38 to 89 mm. Speed range up to 6,000 RPM input. Sizes available 38, 51, 64, 76 and 89. Universal Mounting with shaft mount and flange mount standard. Gear ratios from 5:1 to 60:1, special ratios available. Standard backlash, low backlash and ZERO backlash available. Model RG Right Angle Gearhead Output torque capacity up to 8,500...

Page When engineers look for a servo rated gear head to deliver reliability or positional accuracy they look to Cone Drive. From true zero backlash now to the new Series S, Cone Drive continues to meet the needs of the servo control market. Model Number 3 Example Chart 3 : Thermal Factor, CT 1.00 We are proud to introduce the Series S to our AccuDrive family of servo rated gear heads. The Series S was developed by our customers looking for a highly flexible yet value-priced servo rated gear head without sacrificing performance or durability. The Cone Drive brand is well known for quality and...

Customer Benefits The Series S is a servo rated speed reducer featuring Conex Gearing and lightweight aluminum construction. Each unit comes filled with synthetic oil and servo motor ready. Conex Gearing Cone Drive offers the most advanced worm gearing design with Conextm technology. The multiple tooth contact means higher load capacity resulting in smaller sizes or increased durability. Interchangeable Drops in against most U.S. manufactured worm reducers. Simply changeover to a servo rated reducer for your Category 3 packaging needs. Aluminum Construction The all-aluminum construction offers...

Series S Example Selection: Speed reducer ratio is 15:1, driven by a servo motor with a continuous rating of 1.5 Nm at 2,000 RPM, peak torque of 3.6 Nm. Motor has a pilot diameter of 80mm, shaft diameter of 16mm, shaft length of 40mm, flange square of 89.4 mm and four 7 mm through holes on a 100 mm bolt circle diameter. Require a double extend solid output with mounting feet. Positions 2 and 3 represent the reducer size chosen using selection process on pages 12 - 13. Sizes available include S02, S03, S05, S06, S09 and S11. Position 4 is zero and designates the revision level. Positions 5 - 7...

Positions 2 & 3: Gear Head Size 0 2 Position 4: Revision Level Revision Level Position 5, 6 & 7: Gear Head Ratio Ratio Column Entry Position 8: Servo Reducer 1 servo reducer Sales: 1-888-994-2663 Sales Fax: 1-888-907-2663 Traverse City, MI. 49685

Position 9: Unit Version Position 10: Type of Unit _S Unit with Coupling Position 11: Output Shaft Options Solid Single Extended (Inch) Solid Single Extended (Metric) 1~F[ Solid Double Extended (Inch) [D Solid Double Extended (Metric) (c) Cone Drive Sales: 1-888-994-2663 Sales Fax: 1-888-907-2663 Traverse City, MI. 49685

Position 13 & 14: Assembly Position Single Extended Input A Double Extended Input 01 Solid Single Extended to the Left 04 Solid Single Extended to the Right 05 Solid Double Extended 06 (c) Cone Drive Sales: 1-888-994-2663 Sales Fax: 1-888-907-2663 Traverse City, MI. 49685

Series SPosition 15: Motor Flange Square and Motor Shaft Length S02 Sales: 1-888-994-2663 Sales Fax: 1-888-907-2663 Traverse City, MI. 49685

Sales: 1-888-994-2663 Sales Fax: 1-888-907-2663 Traverse City, MI. 49685

Position 19: Motor Shaft Diameter Position 20: Reducer Special Features Sales: 1-888-994-2663 Sales Fax: 1-888-907-2663 Traverse City, MI. 49685

Engineering and Design Data n = Rotational Speed (rpm) n = Efficiency P = Horsepower (HP) Definitions: M, = Ratio G TW = Torque at the Worm (in-lb) Tg = Torque at the Output (in-lb) WK2 = Inertia (lb-ft2) Horsepower and Torque Calculations : Horsepower = ( TG ) ( n ) Output Torque = (P) (63000)(MG)(n) Efficiency = ( TG ) ( n ) (63000)(P)(Mg) Tw = (P)(63000) n Service Factor = Reducer Mechanical HP Motor HP Tg = (Tw)(Mg)Ch) (MG)(n) Based on nominal motor rating Service Factor = Reducer Output Torque Required Output Torque - 10 - Sales: 1-888-994-2663 Sales Fax: 1-888-907-2663 Traverse City,...

Reducer Quick Select Charts 2,000 RPM Motor Speed |5:1 Reducer| reducer’s continous torque rating at 2,000 RPM motor speed reducer’s acceleration torque rating at 2,000 RPM motor speed (c) Cone Drive These charts may be used to quickly select a reducer size and ratio using 2,000 rpm motor speed. Compare the reducer input torque against the servo motor rating. A more thorough evaluation should be made to confirm your selection. - 11 - Sales: 1-888-994-2663 Sales Fax: 1-888-907-2663 Traverse City, MI. 49685

1) These values are based on an input speed of 2000 rpm. For all input speeds and continuous run output torque ratings, see pages 17 - 21 for expanded rating tables. 2) Distance at the center of output keyway. 3) Ratios 30:1 and above can be self-locking. It is important to review the input torque applied during stopping and reversing. This is of particular importance when unrestrained high inertia loads are involved. Please contact our sales department to review your application. Sales: 1-888-994-2663 Sales Fax: 1-888-907-2663 Traverse City, MI. 49685

1) The moment of inertia refers to the input shaft and includes coupling. 2) Please consider our Model RG or Series W products if lower backlash values are necessary. Please note these are nominal values and may vary. 3) Maximum input speed allowed for short acceleration cycles. 4) Maximum input speed allowed for duty cycles of 50% or greater. Sales: 1-888-994-2663 Sales Fax: 1-888-907-2663 Traverse City, MI. 49685

T. t is the maximum input torque 1 acc motor experienced during acceleration or deceleration. Step 1: Maximum Reducer Input Torque Applied T, Step 2 assumes that the maximum output torque occurs during acceleration. If there is a peak during operation that exceeds the acceleration output torque, that output torque value should be used here instead of the value calculated from T 1 acc motor T , is based on the peak motor speed used accel in your application. Step 2: Maximum Reducer Output Torque Applied T = T, motor x ratio x efficiency Step 3: Compare Maximum Output Torque Applied to Reducer...