DESBOERN NLGS-U-II Series Strain Wave Gearbox

Model:11\14\17\20\25\32\40
Ratio:30 - 160
Backlash: ≤20arcsec
Nominal Output Torque: 2.2-382 Nm
Category :

Ordering Instructions


① Model Name② Specification Code③ Reduction Ratio④ Structure Code⑤ Generator Type⑥ Custom Specification
NLGS NCGS NCGD NLGD NLGST1150100C UI II III IV VE001
14305080100
17305080100120
205080100120160
255080100120160
325080100120160
405080100120160

(1)Production
Location:N is the factory codeFlexspline Shape:Flexsplines are divided
into L top hat type and C cup typeFlexspline Length:Flexsplines are
divided into S standard type and D short tube typeHigh Torque Design:G
for high torque design,blank for standard typeSpecial Structure:T for
three-wave generator structure Gearbox

(2)Specification Codes of Strain Wave Gearboxes:Such as 14,17,20,25,32,40,etc.

(3)Reduction Ratios of Strain Wave Gearboxes:Such as 30,50,80,100,120,160,etc.

(4)Structure Code

(5)Wave Generator Type:C for component type,U for combined type

(6)E001 is the project code for customized Strain Wave Gearboxes


Key Features

High
precision: multiple teeth mesh at the same time in two 180 degree
symmetric positions, so the gear pitch error and cumulative pitch error
have a relatively average impact on the rotation accuracy, and can
obtain very high position accuracy and rotation accuracy.

Large
transmission ratio: the transmission ratio of single-stage strain wave
gear transmission can reach i=30-500, and the structure is simple. Three
basic parts on the same axis can achieve high speed ratio.

High
bearing capacity: in the strain wave transmission, the meshing of teeth
and tooth surface contact, plus the number of meshing teeth at the same
time is relatively large, so the unit area load is small, and the
bearing capacity is higher than other transmission forms.

Small
size and light weight: compared with the ordinary gear device, the
volume and weight can be greatly reduced to achieve miniaturization and
lightweight.

High transmission efficiency and long service life.

Smooth transmission, no impact, and low noise.


Gearbox Technical Specifications

NLGS-11-00-U-II Type Strain Wave Gearbox


ModelItemGear RatioRated Speed at 2000 r/min InputMax. Allowable Torque during Start/StopMax. Allowable Average Load TorqueMax. Momentary Allowable TorqueMax. Allowable Input SpeedAllowable Average Input SpeedStarting TorqueBacklashService LifeWeight
NmNmNmNmrpmrpmcNmarcsecHourKg
NLGS–11503.58.35.517850035002.0≤20100000.25
1005118.9251.5≤2010000


NLGS-14-00-U-II Type Strain Wave Gearbox


ModelItemGear RatioRated Speed at 2000 r/min InputMax. Allowable Torque during Start/StopMax. Allowable Average Load TorqueMax. Momentary Allowable TorqueMax. Allowable Input SpeedAllowable Average Input SpeedStarting TorqueBacklashService LifeWeight
NmNmNmNmrpmrpmcNmarcsecHourKg
NLGS-14507.023946850035004.5≤20100000.4
80103014613.1≤2015000
100103614702.8≤2015000


NLGS-17-00-U-II Type Strain Wave Gearbox


ModelItemGear RatioRated Speed at 2000 r /min InputMax. Allowable Torque during Start/StopMax. Allowable Average Load TorqueMax. Momentary Allowable TorqueMax. Allowable Input SpeedAllowable Average Input SpeedStarting TorqueBacklashService LifeWeight
NmNmNmNmrpmrpmcNmarcsecHourKg
NLGS-175021443491730035006.7≤20100000.54
802956351134.4≤2015000
1003170511433.7≤2015000
1203170511123.4≤2015000


NLGS-20-00-U-II Type Strain Wave Gearbox


ModelItemGear RatioRated Speed at 2000 r/min InputMax. Allowable Torque during Start/StopMax. Allowable Average Load TorqueMax. Momentary Allowable TorqueMax. Allowable Input SpeedAllowable Average Input SpeedStarting TorqueBacklashService LifeWeight
NmNmNmNmrpmrpmcNmarcsecHourKg
NLGS-2050337344127650035008.6≤⁡20100000.72
804496611655.4⁡≤2015000
10052107641914.7≤⁡2015000
12052113641914.2≤⁡2015000
16052120641913.6≤⁡2015000


NLGS-25-00-U-II Type Strain Wave Gearbox


ModelItemGear RatioRated Speed at 2000 r/min InputMax. Allowable Torque during Start/StopMax. Allowable Average Load TorqueMax. Momentary Allowable TorqueMax. Allowable Input SpeedAllowable Average Input SpeedStarting TorqueBacklashService LifeWeight
NmNmNmNmrpmrpmcNmarcsecHourKg
NLGS–255051127722425600350017≤20100001.22
808217811333210≤2015000
100872041403698.8≤2015000
120872171403958.0≤2015000
160872291404086.9≤2015000


NLGS-32-00-U-II Type Strain Wave Gearbox


ModelItemGear RatioRated Speed at 2000 r/min InputMax. Allowable Torque during Start/StopMax. Allowable Average Load TorqueMax. Momentary Allowable TorqueMax. Allowable Input SpeedAllowable Average Input SpeedStarting TorqueBacklashService LifeWeight
NmNmNmNmrpmrpmcNmarcsecHourKg
NLGS–3250992811404974800350034⁡≤20100002.54
8015339521773821≤⁡2015000
10017843328184120≤⁡2015000
12017845928189217⁡≤2015000
16017848428189215≤⁡2015000


NLGS-40-00-U-II Type Strain Wave Gearbox


ModelItemGear RatioRated Speed at 2000 /min InputMax. Allowable Torque during Start/StopMax. Allowable Average Load TorqueMax. Momentary Allowable TorqueMax. Allowable Input SpeedAllowable Average Input SpeedStarting TorqueBacklashService LifeWeight
NmNmNmNmrpmrpmcNmarcsecHourKg
NLGS-40501785232558924000300061≤20100004.4
80268675369127039≤2015000
100345738484140034≤2015000
120382802586153031≤2015000
160382841586153026≤2015000


Installation Methods

Method1

(1).Fix the gearbox to the output flange,and fix the input flange to the circular spline.

(2).Fill the wave generator,gearbox cavity,and motor flange cavity with specified grease.

(3).Fix the motor and flange,adding a sealing ring if necessary.

(4).Securely
fasten the wave generator to the motor shaft end(note wave generator
orientation),fixing with screws and flat washers.

(5).Slowly rotate the wave generator and insert it into the gearbox,then connect the gearbox to the motor flange.

Note:

(1).Please manufactue the flange according to the installation precision requirements on page P24.

(2).It is recommended to use 12.9 high-strength screws with thread locking adhesive for tightening.

(3).After
installing the wave generator into the gearbox,it is recommended to run
the motor at low speed(100r/min)for aperiod before tightening the
screws.

(4).Design the flange cavity dimensions according to page P24 and fill with specified grease.

(5).Refe to the screw tightening torque table on page P22 for tightening torque.


Method2

(1).Connect the gearbox and motor via the flange.

(2).Fill the gearbox cavity and flange cavity with grease.

(3).After
applying grease to the wave generator,fix it to the motor shaft
end(note wave generator orientation)with screwsand flat washers.

(4).After filling the output flange cavity with grease,connect and fix it to the circular spline of the gearbox.

Note:

(1).Please manufacture the flange according to theinstallaton precision requirements on page P24.

(2).It is recommended to use 12.9 high-strength screws with thread locking adhesive for tightening.

(3).After
installing the wave generator into the gearbox,it is recommended to run
the motor at low speed(100r/min)for aperiod before tightening the
screws.

(4).Design the flange cavity dimensions according to page P24 and fill with specified grease.

(5).Refer to the screw tightening torque table on page P22 for tightening torque.


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