Order high-quality clockwise rotating compressed air motors by Mannesmann Demag online

All air motors rotating clockwise are also available in rotating direction anti clockwise.

Air motors 0,20 kW

Air motors, rotating clockwise, speed under load 280 - 3.250 rpm, torque 0,58 - 6,8 Nm, start torque 0,87 - 10,0 Nm

Air motors 0,25 kW

Air motors, rotating clockwise, speed under load 235 - 9.600 rpm, torque 0,25 - 10,0 Nm, start torque 0,38 - 15,0 Nm

Air motors 0,38 kW

Air motors, rotating clockwise, speed under load 10 - 9.400 rpm, torque 0,40 - 362,0 Nm, start torque 0,60 - 543,0 Nm

Air motors 0,38 kW 3/8"

Air motors, rotating clockwise, speed under load 160 - 2.600 rpm, torque 1,40 - 23,0 Nm, start torque 2,20 - 35,0 Nm

Air motors 0,62 kW

Air motors, rotating clockwise, speed under load 16 - 11.000 rpm, torque 0,54 - 370,0 Nm, start torque 0,81 - 555,0 Nm

Air motors 0,65 kW

Air motors, rotating clockwise, speed under load 25 - 10.500 rpm, torque 0,59 - 233,0 Nm, start torque 0,89 - 349,0 Nm

Air motors 1,20 kW

Air motors, rotating clockwise, speed under load 65 - 9.300 rpm, torque 1,2 - 176,0 Nm, start torque 1,8 - 264,0 Nm

Right-Hand Rotating Motors: Technical Selection, Design, and Application

Right-hand rotating motors in compressed air technology are precision drive components for rotating tools and aggregates in metal processing, testing technology, and conveying technology. On this category page, you will find model variants from Mannesmann Demag up to 1.2 kW, designed for constant clockwise rotation (right-hand direction), with selectable materials, lubrication concepts, and connection options. The selection considers load profile, torque requirements, environmental influences such as humidity or aggressive cleaning agents, and mounting conditions.

Performance and Designs

The available designs cover compact direct drives with integrated bearing housings up to longer shaft versions with external flanges. Power ratings up to 1.2 kW allow use for torque tasks from small spindles to conveyor rollers. Typical characteristic values include no-load speed, nominal torque, maximum load speed, efficiency, and compressed air consumption at nominal load. Pay attention to the ratio of torque to speed: High speeds usually require smaller designs with higher air consumption, while high torque requires more compact, durable housings and robust bearings.

Materials and Corrosion Protection

Housings and shafts are made either from alloy steel or stainless steel (AISI 1.4301/316). Steel housings offer higher strength at an economical price, suitable for dry industrial environments and mechanically demanding applications. Stainless steel models are necessary for contact with cleaning agents, damp rooms, or in the food and pharmaceutical industries, as they enable corrosion resistance and easy disinfection. Internal components such as rotors, vanes, and bearing cages are often heat-treated or coated to minimize abrasion and wear from abrasive particulate dirt. NBR seals are suitable for standard applications; for higher chemical resistance or food-grade requirements, FKM or EPDM seals should be used.

Oil-Free vs. Oiled: Operating Strategy and Maintenance Effort

Oil-free models provide pure compressed air without oil mist, are lower maintenance in terms of the medium, and suitable for applications with contamination risk. However, they require regular filter and condensate checks, as water can lead to internal damage. Oiled variants provide lubrication for internal rolling or plain bearings, increasing service life at high speeds and rough load profiles, but require oil separators in the process air and regular oil level and oil quality checks. The choice between oil-free and oiled motors is based on process requirements: products or components that do not tolerate oil traces require an oil-free design; industrial grinding or roughing processes with high thermal loads benefit from oiled motors.

Connections, Valves, and Air Preparation

Standard connections are cylindrical or tapered threads (e.g., G1/4, G3/8), combined with quick couplings for flexible piping. Flange connections are possible for high flow rates. Pressure reducers, check valves, and safety shutdowns should be provided for pressure regulation and safe commissioning. Systems susceptible to corrosion or contamination use stainless steel fittings. For maximum service life, upstream filter-regulator-lubricator combinations (or filter-regulators for oil-free systems) are mandatory to remove particles and condensate and stabilize the operating pressure. Air preparation directly influences characteristics such as torque and service life; even small pressure losses significantly reduce the output power.

Seals, Bearings, and Mounting Instructions

Seal materials determine temperature range and media resistance. NBR is economical and resistant to many hydraulic oils, EPDM is suitable for steam and water-contacted processes, FKM for aggressive chemicals. Bearing designs range from low-maintenance ball bearings to hermetically sealed special bearings. Mounting is usually done via flange mounts or four mounting holes on the housing; ensure that the shaft is axially and radially supported to avoid imbalance and bearing overload. Vibration damping through elastic bearings or intermediate flanges reduces transmission to the machine and improves piston/impeller service life.

Application Areas and Practical Examples

Right-hand rotating compressed air motors are used when defined direction of rotation, robust performance, and explosion protection are required. The following structured practical examples show typical implementations and technical parameters:

Assembly Spindle in Series Production: An oil-free, right-hand rotating 0.8 kW motor model with a stainless steel housing drives a clamping and turning unit in a production line. A pressure of 6 bar is used, regulated no-load speed 12,000 min−1, inline filter (5 µm) and condensate separator protect the interior. Mounting flange and short shaft design minimize bending moments; nominal operating cycles are designed for 20,000 start/stops per week.
Conveyor Belt Drive in a Paint Shop: An oiled motor with a G3/8 connection and additional oil supply for longer lubrication intervals drives a drum with low speed but high torque requirements. Stainless steel shafts and FKM seals protect against solvents and cleaning agents. Torque is stabilized via pressure regulation to prevent slippage on the conveyor belt.
Test Bench for Torque Measurement: Compact, right-hand rotating motors with high repeatability and built-in connection box are installed in test benches. Data on torque and speed are recorded via external sensors. For calibration, oil-lubricated variants are used to reduce thermal drift during continuous tests.

Selection Criteria and Dimensioning

To select the appropriate right-hand rotating motor, compare the load profile, operating pressure, desired speed, and environmental conditions. Consider the nominal power in kW, the maximum output torque, and the volume flow at nominal load. Determine material requirements (steel vs. stainless steel), seal material, and lubrication concept. Check connections and necessary air preparation as well as installation dimensions. In case of uncertainty regarding installation position or special sealing requirements, consultation with technical support is recommended.

Maintenance, Service Life, and Spare Parts

Maintenance intervals differ significantly between oil-free and oiled variants. Oil-free motors require regular filter and condensate draining; oiled motors additionally require oil changes and oil level checks. Bearings and seals are wear parts; check spare part availability and alternative seal materials for specific media. A documented lubrication and inspection history extends service life and facilitates root cause analyses in case of failures.

Tests, Standards, and Explosion Protection

Right-hand rotating compressed air motors should be tested for operating pressure, leak rate, vibration limits, and sound level. For use in Ex zones, certified, ATEX-compliant versions are required. Documentation such as operating instructions, setting values, and test protocols must be submitted for commissioning. Pay attention to manufacturer specifications for maximum ambient temperature and minimum air quality.

Further Information and Technical Support

For detailed technical data sheets, drawings, and application descriptions, visit the technical pages and practical examples: Technik and Anwendungsbeispiele. There you will find recommendations for air preparation, connection options, and mounting instructions.

Frequently Asked Questions (FAQ)

1. When do I choose an oil-free instead of an oiled right-hand rotating version?

Choose oil-free for contamination requirements regarding workpieces or product surfaces, as well as in food or pharmaceutical environments. Choose oiled for high thermal loads, frequent start/stop cycles, and when longer lubrication intervals are needed to increase bearing and wear life.

2. Which seal materials are suitable for corrosive environments?

For aggressive chemicals or cleaning agents, FKM seals are preferred. EPDM is suitable for steam applications and water contact. NBR remains standard for general industrial applications. For specific media, a compatibility test by the manufacturer is recommended.

3. How do I dimension the air preparation (filter/regulator) to match the motor?

Dimension filters according to particle size (typically 5 µm) and condensate separation according to air humidity. The pressure regulator must stabilize the operating pressure and minimize pressure losses; check the air flow rate in Nm³/min at nominal load, select components with corresponding flow. For oil-free motors, a filter-regulator is sufficient; oiled systems additionally require an oiler or targeted oil supply according to manufacturer specifications.