ZDF SERIES PRECISIOM PLANETARY GEAR MOTOR


■ Sectional Drawing

① Output shaft
② Bearing for the output shaft
③ Internal gear
④ Planetary gear
⑤ Sunwheel
⑥ Bearing for the sunwheel
⑦ Appropriate motor flange
⑧ Precision clamping system
⑨ Mounting hole

 

■ Type And Model Number

ZD Series Gear Head Servo Motor
   ①   Gear head frame size:80
   ②   Gear head series code:
         ZDE: Roudmounting flange series
         ZDWE: Right angle input roud mounting flange series
         ZDF: Square mounting flange series
         ZDWF: Right angle input square mounting flange series
         ZDS: Hight stiffness series
   ③  Gear Ratio:
         Single Stage 3,4,5,8,10
         TwoStage 9,12,15,16,20,25,32,40,64
         Three Stage 60,80,100,120,160,200,256,320,512

   ④  Amountof backlash
   Precision(The load of output shaft is ±3%of allowable output torque)

Reducer Type No Stage Standard Type
40ZDE/F 12分arc-min
15分arc-min
18分arc-min
60ZDE/F
80ZDE/F
120ZDE/F
160ZDE/F
8分arc-min
12分arc-min
15分arc-min
115ZDS
142ZDS
190ZDS
1 8分arc-min
12分arc-min
60ZDWE/F 30分arc-min
35分arc-min
40分arc-min
80ZDWE/F
120ZDWE/F
160ZDWE/F
25分arc-min
30分arc-min
35分arc-min
   ⑤   Input shaft type
         S: Over locking(0mission)(Regardless whether the motor with keyway canuse it.)
         S1:Locking with locking ring (Regardless whether the motor with keyway can use it.)
         S2:Locking withkeyway (Input shaft with key)
         K:With keyway
         A:Other type(Please contact with us)
   ⑥  Applicable servo motor power (W)
   ⑦  Input flange and servo motor matching table (P15)

 

■ Technical Data

Product type   40  60  80  120  160  Reduction ratio Number of stage
Rated output torque N.M 4.5  12  40  80  400   
16  50  110  450 
16    110  450 
15  45  100  400 
12  40  80  305  10 
/ 40  100  210  /
16.5  40  100  210  700  12 
16.5  40  100  210  700  15 
20  44  120  260  800  16 
20  44  120  260  800  20 
18  40  110  230  700  25 
20  44  120  260  800  32 
18  40  110  230  700  40 
7.5  18  45  100  400  64 
16.5  40  100  210  / 60 
20  44  120  260  / 80 
20  44  120  260  / 100 
16.5  40  100  210  / 120 
20  44  120  260  / 160 
18  40  110  230  / 200 
20  44  120  260  / 256 
18  40  110  230  / 320 
7.5  18  45  100  / 512 
Life Hour 20,000  
Instant stop torque N.M Two times of rated output torque  

 

Product type 40  60  80  120  160  Unit Number of stage
Maxradial torque 160  450  900  2100  6000  N  
Max axial torque 80  225  450  1050  3000  N  
Full loadefficiency 96  %
94 
90 
Weight 0.4  0.9  2.1  18  Kg
0.5    1
  .
2.6  22 
0.6  1.3  3.1  9.5  /
Operating temperature -25~+90  
IP IP54  
Lubrication type Lifetime lubrication  
Mounting type Any  

The max radial and axial torque work in the location of the center of output shaft when the out speed is 100RPM.

 

■ Technical Data

Product type   40  60  80  120  160  Reduction ratio
Moment of inertia Kgcm² 0.031  0.135  0.77  2.63  12.14 
0.022  0.093  0.52  1.79  7.78 
0.019  0.078  0.45  1.53  6.07 
0.017  0.065  0.39  1.32  4.63 
0.015  0.054  0.34  1.14  3.52  10 
/ 0.131  0.74  2.62  /
0.022  0.088  0.50  2.56  7.47  12 
0.019  0.077  0.44  1.79  6.65  15 
0.022  0.088  0.50  1.75  7.47  16 
0.019  0.075  0.44  1.50  6.65  20 
0.019  0.075  0.44  1.49  5.81  25 
0.017  0.064  0.39  1.30  4.50  32 
0.016  0.064  0.39  1.30  4.50  40 
0.016  0.064  0.39  1.30  4.50  64 
0.019  0.075  0.50  1.50  / 60 
0.019  0.075  0.50  1.50  / 80 
0.019  0.075  0.44  1.49  / 100 
0.016  0.064  0.39  1.30  / 120 
0.016  0.064  0.39  1.30  / 160 
0.016  0.064  0.39  1.30  / 200 
0.016  0.064  0.39  1.30    256 
0.016  0.064  0.39  1.30  / 320 
0.016  0.064  0.39  1.30  / 512 

 

Product type   40  60  80  120  160  Number of stage
Backlash arcmin <12 <8 <8 <8 <8 1
<15 <12 <12 <12 <12
<18 <15 <15 <15 /

 

Product type   40  60  80  120  160 
Torsional stiffness  N.M/arcmin 0.7  1.8  4.5  12  38 
Noise dB(A) 55  58  60  65  70 
Max input speed  min 4500  4500  4500  4500  4500 
Recommnd input speed min¹ 3000  3000  3000  3000  3000 

1. The moment of inertia is related with input shaft.
2. Noise test standard pressure level, distance 1m, measured on idle running with an input speed of 3000rpm.

 

■ Dimensions

■  Unit: mm

Producttype 40ZDF 60ZDF 80ZDF 120ZDF 160ZDF
Number of stage  2    3    3 
L1 overall length 93.5  106.5  119  114  127  140  144  162  179.5  195.2  223  250.5  302  345.5 
L3 body length 39   52  64.5  46.5  59.5  72.5  60  78  95.5  73.7  101.5  129  116  159.5 
Output
L4 output shaft length 26  35  40  55  87 
L5 output length to the shaft shoulder 23  30.5  36  50  80 
L6 key length 16  25  28  40  70 
L7 key length to the shaft end 3.5  2.5 
L8 spigot length
L11 output flange thickness 10  15  15 
D4 output shaft diameter φ10h7 φ14h7 φ20h7 φ25h7 φ40h7
D5 shaft shoulder diameter φ12 φ17 φ25 φ35 φ55
D6 spigot diameter φ26h7 φ50h7 φ80h7 φ110h7 φ130h7
D7 output flange 45  60  □90 120   J160/□175
D8 hole circle φ50 φ70 φ100 φ130 φ185/φ200
D9 mounting hole φ3.5 φ5.5 φ6.5 φ8.5 φ11/φ13.5
B1 key width 12 
H1 key height 11.2  16  22.5  28  43 
G3 center screw hole M3X9 M5X12 M6X16 M10X22 M12X25
Input
L2 input flange length 28.5  32  44  66.5  99 
L9 motor shaft length 26  30  40  58  79 
L10 spigot depth 10  10  10  10 
D1 mounting hole distribution circle Φ46 Φ70 φ90 φ145 φ200
D2 spigot diameter φ30G7 φ50G7 φ70G7 φ110G7 φ114.3G7
D3 input shaft diameter <φ8G7 ≤φ14G7 ≤φ19G7 ≤φ24G7 ≤φ35G7
G1 mounting threads xdepth M4X10 M5X12 M6X15 M8X22 M12X25
03 input flange □40 □60 □80 □130 □175

※ Input size made according to motor size.

 

GEAR MOTOR, also known as gear motor, is a power device that integrates a gear transmission mechanism with an electric motor.

Gear motors have numerous significant characteristics and advantages. It has a compact structural design that enables efficient power transmission within a limited space. Its gear transmission system can provide precise speed and torque control, meeting the needs of various application scenarios.

In the industrial field, gear motors are widely used in automated production lines, mechanical manufacturing equipment, and so on. It can drive various mechanical equipment such as conveyor belts, mixers, and elevators, ensuring the stability and efficiency of the production process. In the field of robotics, gear motors provide power for the joints and movements of robots, enabling them to perform various tasks flexibly and accurately.