Flexible MaxForce Pre-Engineered
Flexible MaxForce Pre-Engineered
Moog's MaxForce Pre-Engineered Electric Linear Actuation Solutions provide an electro-mechanical alternative to traditional hydraulic systems. This system integrates a servoactuator, servodrive, and software to deliver high-speed and high-force motion control for various industrial applications.
The document outlines performance specifications for 300V and 600V servomotors, including continuous and peak stall torque, nominal speed, and brake holding torque. It emphasizes the importance of aligning these specifications with application needs for optimal performance.
Performance curves for different gear ratios (1:1, 1:1.55, 1:1.8) at 300V illustrate the relationship between linear speed and force, aiding in understanding the actuator's capabilities under various conditions.
The MaxForce system is designed for durability with reduced maintenance and operating costs. It offers precision motion control with low inertia servomotors and reduced noise compared to hydraulic systems.
The system includes a brushless servomotor, ball-screw technology, a servodrive, and user-friendly commissioning software, all optimized for high performance and accuracy.
The commissioning software simplifies setup by automatically uploading preset system tuning parameters and implementing safety limits, using user-friendly engineering units to eliminate the need for conversions.
Key specifications include continuous stall force, peak stall force, brake holding force, maximum static load, dynamic load rating, and maximum speed. Definitions clarify these terms and their implications for system performance.
Details on ordering and technical data assist users in selecting the appropriate configuration for their needs.
- Repeatability: Ability to return to the same point with the same load.
- Resolution: Smallest positioning increment possible.
- Lead Accuracy: Maximum deviation from nominal lead over a specified interval.
- Maximum Linear Inertia: Maximum load mass for a 10:1 inertia match to servomotor with 1000 mm stroke.
- Servoactuator Base Mass: Mass of the servoactuator with 0" stroke.
- Environmental Rating: IP65.
- Stroke Range: 0-2500 mm (0-98 in).
- Servomotor Stack Numbers: -6 and -8.
- Gear Ratios: 1:1, 1:1.55, 1:1.8.
- Screw Lead Options: 5 mm, 10 mm, 20 mm.
- Continuous Stall Force: Ranges from 4.33 kN to 48.91 kN.
- Brake Holding Force: Ranges from 8.32 kN to 59.87 kN.
- Max Speed: Up to 800 mm/sec (31.5 in/sec).
- Power Supply: 3-phase, 65 Vac to 510 Vac.
- Auxiliary Power Supply: 24 Vdc, 2A.
- PWM Frequency: 10 kHz.
- Position Control Loop Frequency: 8 kHz.
- Speed Control Loop Frequency: 8 kHz.
- Continuous/Peak Output Current: 20A/45A with 3-phase supply.
- Certifications: UL, CE, ODVA.
- Operating Temperature: 0 to 40°C.
- Storage Temperature: -25 to +55°C.
- Thermal Protection: 70°C to de-rating the servodrive.
- Ingress Protection: IP20.
- Model Series Designator: -885.
- Basic Size: Size 5.
- Motor Stack Length: Options for inline and foldback configurations.
- Stroke Options: 150 mm to 2500 mm.
- Lubrication: Grease.
- Mounting Styles: Front Flange, Trunnion, Rear Clevis, Rear Spade, Rear Flange.
- Rod End Styles: Threaded Male, Threaded Female, Clevis, Rod Eye (Spade), Spherical Bearing.
- Fieldbus Support: DeviceNet, Ethernet IP, 16-bit Analog with Encoder Repeat.
- Servomotor Feedback: Stegmann Absolute Encoders, Encoder Simulated Output.
- Protection Features: Over temperature, out of tolerance power supply detection, encoder/resolver missing signal detection, output open/short circuit detection, I2T limiting, thermal foldback.
Catalog excerpts
MAXFORCE PRE-ENGINEERED ELECTRIC LINEAR ACTUATION SOLUTION SIZE 5 THE ELECTRO-MECHANICAL SOLUTION FOR HIGH PERFORMANCE ACTUATION WHAT MOVES YOUR WORLD
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Moog MaxForce Pre-Engineered Electric Actuation Solutions provide an electro-mechanical alternative to traditional hydraulic actuation. Combining an electro-mechanical servoactuator, a servodrive and integrated software, this high performance solution delivers world-class motion control to a wide array of linear applications, ensuring high speed and high force in today’s most demanding industrial environments. INTRODUCTION 3 300 VOLT SERVOMOTOR PERFORMANCE SPECIFICATIONS 4 CURVES 1:1 GEAR RATIO 5 CURVES 1:1.55 GEAR RATIO 6 CURVES 1:1.8 GEAR RATIO 7 600 VOLT SERVOMOTOR PERFORMANCE SPECIFICATIONS...
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An Integrated System Designed To Achieve Maximum Machine Performance Components optimized to work together PERFORMANCE • Long lasting performance and reliability with integrated design and reduced part count The MaxForce Pre-Engineered Electric Linear Actuation Solution is an actuation Thrust package that employs Bearings Ball Moog’s innovative brushless Screw servomotor and ball-screw Extension technology, a state-of-the-art Rod servodrive and user-friendly commissioning software. All of the components are optimized to work together to provide the highest level of performance and accuracy. •...
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PERFORMANCE SPECIFICATIONS: 300 VOLT SERVOMOTOR PERFORMANCE 300 VOLT Rotor Inertia Continuous Stall Torque kg*cm2 Nm kg*cm2 (lbf*in*s2) (lbf*in*s2) (lbf*in) Peak Stall Torque Nm (lbf*in) Nominal Speed Servomotor Stack Number Brake Inertia Brake Holding Torque Nm (lbf*in) Continuous Current Peak Current SERVOACTUATOR PERFORMANCE Nominal Backlash Maximum Backlash Lead Accuracy Resolution Maximum Static Load Screw Diameter Environmental Rating Stroke range Standard Strokes mm (in) mm (in) Servoactuator Mass adder/unit stroke kg/mm (lb/in) Servo- ServoServo- Gear Screw motor actuator actuator Ratio...
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PERFORMANCE CURVES 300 VOLT 1:1 GEAR RATIO 300 VOLT Servomotor Stack Number -8 Servomotor Stack Number -6 1:1.0 gear ratio, 325 VDC 5mm lead 1:1.0 gear ratio, 325 VDC 5mm lead Linear Speed (in/sec) Linear Speed (in/sec) 0 100 150 Linear Speed (mm/sec) 1:1.0 gear ratio, 325 VDC 10mm lead 1:1.0 gear ratio, 325 VDC 10mm lead Linear Speed (in/sec) Linear Speed (in/sec) 100 Linear Speed (mm/sec) 150 200 250 Linear Speed (mm/sec) Linear Speed (in/sec) Linear Speed (in/sec) 1:1.0 gear ratio, 325 VDC 20mm lead 1:1.0 gear ratio, 325 VDC 20mm lead 5 150 200 250 Linear Speed (mm/sec) 300 400 500 Linear...
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PERFORMANCE CURVES: 300 VOLT 1:1.55 GEAR RATIO 300 VOLT Servomotor Stack Number -6 Servomotor Stack Number -8 1:1.55 gear ratio, 325 VDC 5mm lead 1:1.55 gear ratio, 325 VDC 5mm lead Linear Speed (in/sec) 0 Linear Speed (in/sec) 5 Linear Speed (mm/sec) 1:1.55 gear ratio, 325 VDC 10mm lead Linear Speed (in/sec) 2 Linear Speed (mm/sec) 1:1.55 gear ratio, 325 VDC 10mm lead Linear Speed (in/sec) 150 200 Linear Speed (mm/sec) Linear Speed (in/sec) 300 400 Linear Speed (mm/sec) 1:1.55 gear ratio, 325 VDC 20mm lead Linear Speed (in/sec) 5 1:1.55 gear ratio, 325 VDC 20mm lead Linear Speed (mm/sec) Linear...
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PERFORMANCE CURVES 300 VOLT 1:1.8 GEAR RATIO 300 VOLT Servomotor Stack Number -8 Servomotor Stack Number -6 885-691-xxxxGxxxA 1:1.8 gear ratio, 325 VDC 5mm lead 1:1.8 gear ratio, 325 VDC 5mm lead Linear Speed (in/sec) 0 Linear Speed (in/sec) Linear Speed (mm/sec) 1:1.8 gear ratio, 325 VDC 10mm lead Linear Speed (in/sec) 2 1:1.8 gear ratio, 325 VDC 10mm lead Linear Speed (mm/sec) Linear Speed (in/sec) 8 100 150 200 Linear Speed (mm/sec) 100 150 Linear Speed (mm/sec) 1:1.8 gear ratio, 325 VDC 20mm lead 1:1.8 gear ratio, 325 VDC 20mm lead Linear Speed (in/sec) 0 Linear Speed (in/sec) Linear Speed...
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PERFORMANCE SPECIFICATIONS: 600 VOLT SERVOMOTOR PERFORMANCE 600 VOLT Servomotor Stack Number Rotor Inertia Continuous Stall Torque kg*cm2 Nm kg*cm2 (lbf*in*s2) (lbf*in*s2) (lbf*in) Peak Stall Torque Nm (lbf*in) Brake Inertia Brake Holding Torque Nm (lbf*in) Continuous Current Peak Current SERVOACTUATOR PERFORMANCE Nominal Backlash Maximum Backlash Lead Accuracy Resolution Maximum Static Load Screw Diameter Environmental Rating Stroke range Standard Strokes mm (in) mm (in) Servoactuator Mass adder/unit stroke kg/mm (lb/in) Servo- ServoServo- Gear Screw motor actuator actuator Ratio Lead Form Base...
Open the catalog to page 8
PERFORMANCE CURVES 600 VOLT 1:1 GEAR RATIO 600 VOLT Servomotor Stack Number -6 Servomotor Stack Number -8 885-813-xxxxGxxxA 885-853-xxxxGxxxA 1:1.0 gear ratio, 565 VDC 5mm lead 0 1:1.0 gear ratio, 565 VDC 5mm lead Linear Speed (in/sec) 4 6 Linear Speed (in/sec) 4 6 100 150 Linear Speed (mm/sec) 100 150 Linear Speed (mm/sec) 1:1.0 gear ratio, 565 VDC 10mm lead 1:1.0 gear ratio, 565 VDC 10mm lead 0 Linear Speed (in/sec) 8 10 Linear Speed (in/sec) 8 10 Linear Speed (in/sec) 15 20 1:1.0 gear ratio, 565 VDC 20mm lead 1:1.0 gear ratio, 565 VDC 20mm lead 0 Linear Speed (in/sec) 15 20 Continuous Force...
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PERFORMANCE CURVES: 600 VOLT 1:1.55 GEAR RATIO 600 VOLT Servomotor Stack Number -6 Servomotor Stack Number -8 1:1.55 gear ratio, 565 VDC 5mm lead 1:1.55 gear ratio, 565 VDC 5mm lead Linear Speed (in/sec) Linear Speed (in/sec) Linear Speed (mm/sec) 1:1.55 gear ratio, 565 VDC 10mm lead Linear Speed (in/sec) 1:1.55 gear ratio, 565 VDC 10mm lead 0 Linear Speed (mm/sec) Linear Speed (in/sec) Linear Speed (mm/sec) Linear Speed (mm/sec) Linear Speed (in/sec) 1:1.55 gear ratio, 565 VDC 20mm lead Linear Speed (in/sec) 1:1.55 gear ratio, 565 VDC 20mm lead 0 Linear Speed (mm/sec) Linear Speed (mm/sec) Continuous...
Open the catalog to page 10
PERFORMANCE CURVES 600 VOLT 1:1.8 GEAR RATIO 600 VOLT Servomotor Stack Number -6 Servomotor Stack Number -8 1:1.8 gear ratio, 565 VDC 5mm lead 1:1.8 gear ratio, 565 VDC 5mm lead Linear Speed (in/sec) Linear Speed (in/sec) 0 100 150 Linear Speed (mm/sec) 100 Linear Speed (mm/sec) 1:1.8 gear ratio, 565 VDC 10mm lead 1:1.8 gear ratio, 565 VDC 10mm lead Linear Speed (in/sec) Linear Speed (in/sec) 0 150 200 250 Linear Speed (mm/sec) 1:1.8 gear ratio, 565 VDC 20mm lead Linear Speed (in/sec) Linear Speed (in/sec) 5 1:1.8 gear ratio, 565 VDC 20mm lead 300 400 500 Linear Speed (mm/sec) Continuous Force...
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