Air Motors Products and Solutions for Assembly
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Air MotorsProducts and Solutions for Assembly Fiam. PEOPLE AND SOLUTIONS ASG is Proud to be Fiam's Exclusive Master Distributor for North America

About ASG We are personally committed to understanding and exceeding our customers’ requirements. We are committed to continuously improving our products and processes. We are dedicated to delivering products, services, and solutions on time and at a competitive value. ASG, Division of Jergens, Inc. is an ISO 9001:2008 certified manufacturer, distributor and service center for products and solutions focused around threaded assembly. Since the 1970s, we have developed a first-class reputation unrivaled in the industry offering a wide range of world class products. We offer a wide selection...

About FIAM Fiam is a leading European company and Italy’s foremost designer and manufacturer of industrial air tools and systems. Since 1949, Fiam has been on the cutting-edge of perceiving and interpreting industry demands, transforming them into innovative premier quality assembly solutions for customers worldwide. Fiam‘s extensive product line is world renowned for unsurpassed reliability, productivity, and ergonomic designs. As a company, Fiam is ecologically responsible, designing and manufacturing products with an eye towards environmental conservation. Fiam is based in Vicenza, Italy...

About Air Motors Fiam air motors are compact, reliable and light weight; the ideal solution for many applications. Fiam air motors are available in non-reversible and reversible models. They are very versatile and can be used for mixing liquid substances, moving, drilling, milling, grinding, sawing, amongst other things. Therefore, the air motors can be used with conveyor belts, machine tools, automatic feed devices and on bottling machines. They can also be used with food processing, packing, manufacturing of buttons and glass objects, textile machines, bookbinding, plastics, spray paint,...

About Air Motors Productivity Highly effective due to compact size, high power output and low air consumption. • The materials and the heat treatments on the reduction gears guarantee maximum output, a long life and reduced noise levels • The motors are completely modular for faster maintenance and replacement of the spare parts in case of wear • The use of many common components makes the supply and management of spare parts easy • The following customized models are available upon request: with different output shafts (example: tapered, morse taper, threaded, different diameters, with...

Features and Performance The performance of an air motor depends on the dynamic air inlet pressure measured at the intake of the air motor; therefore by simply adjusting the air supply and using the techniques of throttling or pressure regulation, we can obtain the characteristic linear output torque/speed relationship. The performance data of the motors is valid for an air supply pressure of 6.3 bar (90 PSIG) (ISO 2787). The main features of an air motor are: • Power: Watt, HP • Speed at maximum power: RPM • Torque at maximum power: lbf.in, N.m • Static torque: lbf.in, N.m • Idle speed:...

Air consumption of the air motor is at maximum when the motor turns at no load speed. Air Feed and Its Consumption To obtain the performances in this catalog it is necessary to guarantee a correct air feeding, air exhaust and to follow these recommendations: • Always use the recommended air hose bore for air feed and exhaust hoses • It is advisable that the diameter of the exhaust hose is greater than that of the air supply hose. In the case of a reversible motor, two inlets alternate the entrance and the exhaust of the air, i.e. the inlet that is not used is left free so that the exhaust...

Features and Performance How to Choose an Air Motor Step 1: Determine the product performance requirement Example: Need approximately 500 RPM at 2.5 N.m load Step 2: Calculate the size of the air motor needed (use formula below) Power in Watts (π x L x S) ÷ 30 = P Speed in RPM Torque in N.m Example: Need approximately 500 RPM at 2.5 N.m load (3.14 x 2.5 x 500) ÷ 30 = 130.8 Watts 15M95D... Step 3: Determine if non-reversible or reversible is needed Example: Need Non-Reversible Step 4: Find the motor series for non-reversible air motors that have power ratings closest to 130.8 Watts (P) from...

The performance features can be modified by means of a pressure or throttling regulator that increase or decrease the air pressure to the motor. Consequently, there is an increase or decrease of the power, torque and speed values. To calculate these values, the chart below must be used. Examples listed below. To figure out the performance at each bar, take the power in watts, the torque in N.m and the speed in RPM from the product specifications table and multiply each value by the correction factor listed in the appropriate column in the chart above. * At 6 Bar Power: 150 W x 1.00 = 150...

Section 1: Smooth Output ShaftProduct Specifications Drive Shaft Diameter: all drive shafts 15M include a UNI 6604 Form A key slot * The maximum torque permitted for continuous use is 4 N.m for 15M70D-D6, from 4-5 N.m for 20M60D-D10 and 8 N.m for 28M55D-D10 ** The torque indicated is the maximum at which the motor can be used in order to guarantee the life endurance of the internal gears

* The maximum torque permitted for continuous use is 4 N.m for 15M70D-D6, from 4-5 N.m for 20M60D-D10 and 8 N.m for 28M55D-D10 ** The torque indicated is the maximum at which the motor can be used in order to guarantee the life endurance of the internal gears Model Number

Smooth Output ShaftProduct Specifications Model Number * The maximum torque permitted for continuous use is 4 N.m for 15M58R-D6, from 4-5 N.m for 20M58R-D10 and 8 N.m for 28M40R-D10 ** The torque indicated is the maximum at which the motor can be used in order to guarantee the life endurance of the internal gears

* The maximum torque permitted for continuous use is 4 N.m for 15M58R-D6, from 4-5 N.m for 20M58R-D10 and 8 N.m for 28M40R-D10 ** The torque indicated is the maximum at which the motor can be used in order to guarantee the life endurance of the internal gears