Description:
Mounting and Overall type of Z4 DC motor are comply with IEC72 Standard, except the axial distance between the mounting holes( Dimension “B”)
This series motors have polygon structure, so they have high space efficient. Their stator yoke which is lamination and use rectifier power supply can withstand pulsating current and rapid change of current .
Due to its accurate location of magnetic pole, it is convenient to change the direction
Thanks to its small size, good performance, light weight , high efficiency and reliability , our Z4 DC motors can compete with international advanced level.
Ambient |
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Temperature range: |
-15~40 |
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Ambient humidity: |
90%less than relative humidity |
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Altitude: |
less than 1000m above sea level |
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Ambient condition: |
no causticity gas, no dust, no heavy mental pollution, no flame, no salt crystallization |
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Standard Feature: |
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Standard |
IEC34-1 / DIN57530 |
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Phase |
Three-phase |
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Frame Size |
H100 |
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Protect Feature |
Totally Enclosed |
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Output Range |
1.4~5.5KW |
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Voltage |
160V,440V or on request |
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Rated speed |
3000,2000,4000 r/min |
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Frequency |
50HZ |
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Protection Class |
IP21S |
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Insulation |
F/B |
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Mounting |
IMB3 /IMB35 or on your request |
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Cooling |
IC06,IC17,IC37 |
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Duty |
S1 |
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Thermometry |
Optional |
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Certification |
CCC, CE,ISO9001 |
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Special motors can be designed according to customers' requirements |
Meaning of type code
Requirement for cooling air volume , air pressure and fan motor power
Frame Size |
Air Volume |
Static Pressure |
Motor output |
m3/h |
Pa |
KW |
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Z4-100 |
160 |
200 |
0.04 |
The fan motors are all three phase ,two pole ,380V
Technical Specification :
The data below is include excitation loss, excluding blower loss
Motor Type |
Rated Power |
Rated Speed |
Magnetic speed |
Arm. Curr. |
Excitation Power |
armature circuit resistance |
Armature circuit inductance |
Field Inductance |
External inductance |
Efficiency |
Moment of inertia |
Weight |
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PN |
160V |
400V |
440V |
NF |
In |
PF |
R |
LA |
LF |
LR |
η |
GD2 |
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KW |
r/min |
r/min |
A |
W |
Ω(20) |
mH |
H |
mH |
% |
Kgm |