
The GN series (High Precision Slim Series) is an extremely accurate high power motor range but is one third the axial thickness of the GM range, making it one of the flattest motors available.
The additional benefits of using NdFeB (Rare Earth) magnets are that it is possible for the motor to operate in low ambient temperature (-20C, -4F), for high performance industrial applications.
The range is available in 9cm, 12cm and 16cm armature diameter sizes. Additionally, through our special build scheme, every motor in the GN series is available as a low resistance, i.e. parallel ‘winding’ (designated LR) motor perfectly suited for low voltage, battery or higher speed applications.
Historically this motor has been used in extreme high-end servo applications requiring an ultra-compact motor with perfect control. The GN series is often a straight drop-in replacement for older N-series and KN-series servo motors from PMI Kollmorgen.
FEATURES & CUSTOM CONFIGURATIONS
Printed armature, ultra-compact, super-flat, axial flux, DC brushed, permanent magnet servo motor. Four ranges x three sizes. Magnet material, tachometer, encoder, gearbox, & shaft options. Highly customizable. Available as Motor Kit.
APPLICATIONS
For additional information or for assistance with your application, contact us at sales@pelonistech.com.
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GN9 GN Series - Brushed Pancake Motors List Price QUOTE
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GN12 GN Series - Brushed Pancake Motors List Price QUOTE
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GN16 GN Series - Brushed Pancake Motors List Price QUOTE
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| Peak Torque | N/A 533 N·cm755 oz·in | N/A 1162 N·cm1645 oz·in | N/A 2550 N·cm3611 oz·in | |||
| Rated Speed | N/A 3000 rpm | |||||
| Rated Continuous Torque @ 25°C | N/A 499 N·cm69 oz·in | N/A 110 N·cm155 oz·in | N/A 255 N·cm361 oz·in | |||
| Rated Power Output | N/A 154 Watts | N/A 344 Watts | N/A 800 Watts | |||
| Maximum Recommended Speed | N/A 6000 rpm | |||||
| Continuous Stall Torque | N/A 48 N·cm68 oz·in | N/A 109 N·cm154 oz·in | N/A 225 N·cm318.6 oz·in | |||
| Cogging Torque | N/A 0 N·cm0 oz·in | |||||
| Rated Terminal Voltage | N/A 30 V | N/A 49 V | N/A 99.4 V | |||
| Rated Continuous Current | N/A 7.8 A | N/A 9.2 A | N/A 9.4 A | |||
| Peak Current | N/A 79 A | N/A 92 A | N/A 89.2 A | |||
| Continuous Stall Current | N/A 7.8 A | N/A 8.9 A | N/A 8 A | |||
| Terminal Resistance ± 10% | N/A 0.85 Ohm | N/A 0.75 Ohm | N/A 1 Ohm | |||
| Armature Resistance ± 10% | N/A 0.66 Ohm | N/A 0.61 Ohm | N/A 0.74 Ohm | |||
| Back EMF Constant ± 5% | N/A 7.6 V/kRPM | N/A 14.1 V/kRPM | N/A 30 V/kRPM | |||
| Torque Constant ± 5% | N/A 7.3 N·m/A10.3 oz·in/A | N/A 13.5 N·m/A19.1 oz·in/A | N/A 28.65 N·m/A40.57 oz·in/A | |||
| Viscous Damping Constant | N/A 0.78 N·cm/KRPM1.11 oz·in/KRPM | N/A 1.8 N·cm/KRPM2.56 oz·in/KRPM | N/A 3.5 N·cm/KRPM4.96 oz·in/KRPM | |||
| Armature Inductance | N/A <100 µH | |||||
| Temperature Coefficient of KE | N/A -0.1 %/°C | N/A -0.09 %/°C | N/A -0.02 %/°C | |||
| Number of Commutation Bars | N/A 117 | N/A 141 | N/A 165 | |||
| Moment of Inertia | N/A 0.396 kg/cm²0.006 oz·in·sec² | N/A 1.342 kg/cm²0.019 oz·in·sec² | N/A 5.93 kg/cm²0.084 oz·in·sec² | |||
| Average Friction Torque | N/A 2.8 N·cm3.97 oz·in | N/A 2.8 N·cm3.97 oz·in | N/A 4.3 N·cm6.09 oz·in | |||
| Permitted Radial Load | N/A 10.79 kg23.6 lb | N/A 14.28 kg31.47 lb | N/A 14.28 kg31.47 lb | |||
| Permitted Axial Load | N/A 8.03 kg17.7 lb | N/A 10.7 kg23.6 lb | N/A 10.7 kg23.6 lb | |||
| Diameter | N/A 110 in4.37 mm | N/A 140 in5.5 mm | N/A 188 in7.402 mm | |||
| Length | N/A 34 in1.339 mm | N/A 25.8 in1.016 mm | N/A 26 in1.024 mm | |||
| Weight | N/A 1.4 kg3.1 lb | N/A 2.8 kg6.2 lb | N/A 4.5 kg9.92 lb | |||
| Mechanical Time Constant | N/A 4.9 ms | N/A 4.5 ms | N/A 5.4 ms | |||
| Electrical Time Constant | N/A <0.05 ms | N/A <0.07 ms | N/A <0.10 ms | |||
| Thermal Resistance at Rated | N/A 1.3 ºC/W | N/A 1.3 ºC/W | N/A 0.9 ºC/W | |||
| Thermal Resistance at Stall | N/A 2.4 ºC/W | N/A 1.9 ºC/W | N/A 1.5 ºC/W | |||
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