QU-DYN Series Magnetorquers

QU-DYN 02

B - Base · Without Case
TRY 40,595
Configuration
Model
Design
PEEK Case
1
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About the Product

QU-DYN series square core magnetorquers are advanced magnetic actuators specifically developed for nanosatellite and CubeSat missions, offering high torque density and superior energy efficiency.
Thanks to optimized magnetic geometry and multi-layer coil winding technology, high dipole torque generation is achieved with low power consumption.

Its compact square-core structure delivers maximum performance on small satellite platforms with limited space, while being designed as a robust and reliable solution for the challenging environmental conditions of LEO missions.

TYPICAL APPLICATIONS

• Detumbling (rotational damping)
• Precise orientation control
• Momentum dumping
• ADCS stabilization
• Nanosat and CubeSat platforms

KEY ADVANTAGES

• High dipole moment per unit mass
• Compact and efficient square core geometry
• Low power consumption
• Robust and durable design for LEO missions.

QU-DYN · TECHNICAL CATALOG

QU DYN Magnetorquer Technical Catalog

01–12 model families · 0.1–1.2 A·m² · B=Base, E=Economy, L=Lightweight, S=Slim

Rev 01
QU-DYN case top view, K-K section and isometric view
L: length · W: width · H: total case height · G: slot width · T: radial slot depth · t: flange thickness. Drawing is schematic; dimensions are listed in the tables.
B = Base
L = Lightweight
S = Slim
E = Economy

Mechanical dimensions and mass

Nominal case dimensions and mass values from the Word catalog.

48 models
MODELLmmWmmHmmGmmTmmMASS¹gMASS REDUCTIONWITHOUT CASE¹g
QU-DYN-01B
50,050,013,59,56,2463,430,0%51,16
QU-DYN-01L
50,050,014,010,01,6624,0962,0%14,35
QU-DYN-01S
50,050,09,55,57,3242,8732,4%31,32
QU-DYN-01E
50,050,013,59,57,8675,05-18,3%62,02
QU-DYN-02B
71,168,513,59,515,42184,480,0%160,16
QU-DYN-02L
71,168,513,09,03,5455,8969,7%41,16
QU-DYN-02S
71,168,57,53,516,5072,1660,9%49,23
QU-DYN-02E
71,168,513,59,517,04195,25-5,8%170,12
QU-DYN-03B
71,168,513,59,512,72161,890,0%139,16
QU-DYN-03L
71,168,513,59,55,1679,7950,7%63,15
QU-DYN-03S
71,168,510,56,58,4083,5648,4%65,50
QU-DYN-03E
71,168,513,59,515,42184,48-14,0%160,16
QU-DYN-04B
80,055,013,59,58,40113,820,0%
QU-DYN-04L
80,055,013,59,58,40113,820,0%
QU-DYN-04S
80,055,012,58,510,02117,04-2,8%
QU-DYN-04E
80,055,013,59,510,02131,94-15,9%
QU-DYN-05B
80,055,014,010,07,78114,770,0%
QU-DYN-05L
80,055,013,59,53,7059,9747,7%
QU-DYN-05S
80,055,09,55,57,1063,4144,8%
QU-DYN-05E
80,055,014,010,09,14131,13-14,3%
QU-DYN-06B
80,055,014,010,010,16140,330,0%
QU-DYN-06L
80,055,013,09,02,9741,9270,1%
QU-DYN-06S
80,055,08,54,56,7144,9867,9%
QU-DYN-06E
80,055,014,010,010,50143,77-2,5%
QU-DYN-07B
80,055,014,010,09,48134,960,0%
QU-DYN-07L
80,055,014,010,05,0680,8940,1%
QU-DYN-07S
80,055,010,06,010,5089,3933,8%
QU-DYN-07E
80,055,014,010,010,50144,11-6,8%
QU-DYN-08B
80,055,014,010,07,78114,770,0%
QU-DYN-08L
80,055,013,59,56,0891,8520,0%
QU-DYN-08S
80,055,010,56,510,5099,3813,4%
QU-DYN-08E
80,055,014,010,010,50144,29-25,7%
QU-DYN-09B
80,075,013,59,516,50222,040,0%
QU-DYN-09L
80,075,013,59,516,50222,040,0%
QU-DYN-09S
80,075,013,09,019,20230,68-3,9%
QU-DYN-09E
80,075,013,59,519,74247,46-11,4%
QU-DYN-10B
80,075,014,010,019,00257,490,0%
QU-DYN-10L
80,075,014,010,05,0695,5062,9%
QU-DYN-10S
80,075,08,54,515,94113,6255,9%
QU-DYN-10E
80,075,014,010,019,00257,490,0%
QU-DYN-11B
80,075,014,010,014,24215,340,0%
QU-DYN-11L
80,075,014,010,05,74104,5451,5%
QU-DYN-11S
80,075,09,05,016,62123,8942,5%
QU-DYN-11E
80,075,014,010,019,00257,49-19,6%
QU-DYN-12B
80,075,014,010,016,96241,410,0%
QU-DYN-12L
80,075,014,010,06,42113,9252,8%
QU-DYN-12S
80,075,09,55,514,92129,4946,4%
QU-DYN-12E
80,075,014,010,020,36267,10-10,6%

Electrical values and compatibility

Dipole, coil power, resistance, current, supply and preliminary driver selection.

48 models
MODELDIPOLEA·m²POWER²WPOWER INCREASE²R20ΩCURRENTASUPPLY³VCUBESAT⁴DRIVER⁴
QU-DYN-01B
0,10,2900,0%2,550,3003,3BelirlenmediDRV8833 PWP/RTY
QU-DYN-01L
0,10,862197,2%4,260,4003,3BelirlenmediDRV8833 PWP/RTY
QU-DYN-01S
0,10,49470,1%1,560,5003,3BelirlenmediDRV8833 PWP/RTY
QU-DYN-01E
0,10,254-12,4%3,090,2553,3BelirlenmediDRV8833 PWP/RTY
QU-DYN-02B
0,20,2270,0%7,980,1503,31U–3U / ≤6UDRV8833 PWP/RTY
QU-DYN-02L
0,20,648185,4%2,050,5003,31U–3U / ≤6UDRV8833 PWP/RTY
QU-DYN-02S
0,20,775241,5%2,450,5003,31U–3U / ≤6UDRV8833 PWP/RTY
QU-DYN-02E
0,20,225-0,7%8,480,1453,31U–3U / ≤6UDRV8833 PWP/RTY
QU-DYN-03B
0,30,5480,0%6,940,2503,36UDRV8833 PWP/RTY
QU-DYN-03L
0,30,99481,4%3,150,5003,36UDRV8833 PWP/RTY
QU-DYN-03S
0,31,03188,2%3,260,5003,36UDRV8833 PWP/RTY
QU-DYN-03E
0,30,511-6,8%7,980,2253,36UDRV8833 PWP/RTY
QU-DYN-04B
0,41,4950,0%4,730,5005,0≤6U / 6–27UDRV8833 PWP/RTY
QU-DYN-04L
0,41,4950,0%4,730,5005,0≤6U / 6–27UDRV8833 PWP/RTY
QU-DYN-04S
0,41,5342,6%4,860,5005,0≤6U / 6–27UDRV8833 PWP/RTY
QU-DYN-04E
0,41,333-10,8%5,580,4355,0≤6U / 6–27UDRV8833 PWP/RTY
QU-DYN-05B
0,52,2560,0%28,580,25012,06–27UDRV8874
QU-DYN-05L
0,54,24788,2%13,450,50012,06–27UDRV8874
QU-DYN-05S
0,54,46898,0%14,150,50012,06–27UDRV8874
QU-DYN-05E
0,52,026-10,2%33,130,22012,06–27UDRV8874
QU-DYN-06B
0,62,8150,0%35,640,25028,06–27UDRV8874
QU-DYN-06L
0,610,128259,8%30,890,50028,06–27UDRV8874
QU-DYN-06S
0,610,831284,8%32,890,50028,06–27UDRV8874
QU-DYN-06E
0,62,775-1,4%36,600,24528,06–27UDRV8874
QU-DYN-07B
0,73,8880,0%34,190,30028,06–27UDRV8874
QU-DYN-07L
0,76,06356,0%19,200,50028,06–27UDRV8874
QU-DYN-07S
0,76,61770,2%20,950,50028,06–27UDRV8874
QU-DYN-07E
0,73,766-3,1%36,700,28528,06–27UDRV8874
QU-DYN-08B
0,85,7760,0%28,580,40028,06–27UDRV8874
QU-DYN-08L
0,87,03121,7%22,270,50028,06–27UDRV8874
QU-DYN-08S
0,87,53430,4%23,850,50028,06–27UDRV8874
QU-DYN-08E
0,84,904-15,1%36,750,32528,06–27UDRV8874
QU-DYN-09B
0,93,0440,0%9,640,50012,06–27UDRV8874
QU-DYN-09L
0,93,0440,0%9,640,50012,06–27UDRV8874
QU-DYN-09S
0,93,1583,7%10,000,50012,06–27UDRV8874
QU-DYN-09E
0,92,954-3,0%10,810,46512,06–27UDRV8874
QU-DYN-10B
1,03,4110,0%67,490,20028,06–27UDRV8874
QU-DYN-10L
1,07,194110,9%22,790,50028,06–27UDRV8874
QU-DYN-10S
1,08,203140,5%25,970,50028,06–27UDRV8874
QU-DYN-10E
1,03,4110,0%67,490,20028,06–27UDRV8874
QU-DYN-11B
1,14,4100,0%55,860,25028,06–27UDRV8874
QU-DYN-11L
1,17,97180,8%25,250,50028,06–27UDRV8874
QU-DYN-11S
1,19,099106,3%28,810,50028,06–27UDRV8874
QU-DYN-11E
1,14,127-6,4%67,490,22028,06–27UDRV8874
QU-DYN-12B
1,24,9790,0%63,060,25028,06–27UDRV8874
QU-DYN-12L
1,28,78376,4%27,820,50028,06–27UDRV8874
QU-DYN-12S
1,29,72795,4%30,800,50028,06–27UDRV8874
QU-DYN-12E
1,24,894-1,7%70,140,23528,06–27UDRV8874

B=Base, E=Economy, L=Lightweight, S=Slim. These are calculated design candidates. The case drawing is not to scale; all dimensions are nominal.

¹ Mass reduction is relative to the B option of the same model (B = 0%). Mass is the total of copper + PEEK; the without-case value is calculated by subtracting PEEK from the total. Enamel, epoxy and connections are excluded. —: not listed.

² Power is the coil consumption based on the upper-resistance calculation at 85°C; driver is excluded. Ratios are relative to the previous base design. Negative power increase means savings; negative mass reduction means an increase.

³ Supply voltage is nominal; voltage and operating-temperature ranges and 24/7 thermal adequacy in space have not been verified. ⁴ CubeSAT is a preliminary selection and the driver is a candidate; space qualification has not been verified.

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