| Model Number: | FF-0303PK-11160 |
|---|---|
| Brand Name: | Mabuchi Motor |
| Place of Origin: | Japan |
Quick Details
Specifications
MEMO: Electric motor from Mabuchi
By: CW Date: 31.07.09 Addendum from: 04.08.09
Introduction:
When keeping the sample supply of the electric motors of the type: RS-380SH Mabuchi of it was found they are not identical to those known to us Mabuchi motors are.
For information:
Both engines have the same designation RS-380SH. The engines are distinguished as follows:
Product motor: this is the already established product in a motor.
Delivery Engine: These are the 110 pieces received engines from China
The following deviations are noticed us:
Idle power consumption at 7.2V input voltage:
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Product
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Delivery
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ca. 0.31 A
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ca. 0.49 A
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Idling speed at 7.2V input voltage:
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Product
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Delivery
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ca. 10000 U/min
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ca. 16000 U/min
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Friction and ballast capacitor
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Product (capacitor Type 102)
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Delivery (capacitor Type 104)
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Bodywork motor:
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Product
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Motor housing different geometry
Rotor grinders of different building
Friction other geometry
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Delivery
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Motor housing different geometry
Rotor grinders of different building
Friction other geometry
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Position of the current contacts on the motor
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Product
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Electric motor geared equal
Contact True Position Power
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Delivery
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Electric motor geared equal
Current Position Contact Wrong!
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Addendum from 04.08.09:
Current consumption in comparison operation:
The engine has been integrated into an existing pump, and were incorporated into the positions Speed: 3 out of 4 and suction strength 8 of 9 operated. The current was using a universal measuring instrument type: Digital Multimeter VC-920 from VOLTCRAFT PLUS determined directly on the motor.
The engine has been integrated into an existing pump, and were incorporated into the positions Speed: 3 out of 4 and suction strength 8 of 9 operated. The current was using a universal measuring instrument type: Digital Multimeter VC-920 from VOLTCRAFT PLUS determined directly on the motor.
Picture test setup:
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multimeter
pump
control
motor
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Product
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Delivery
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Max Power left in the direction of rotation
2.19 A
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Max Power left in the direction of rotation
3.20 A
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Max Power at the direction of rotation right
2.19 A
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Max Power at the direction of rotation right
3.66 A
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The same experiment was also designed with a new pump is made.
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Product
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Delivery
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Max Power left in the direction of rotation
2.01 A
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Max Power left in the direction of rotation
3.05 A
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Max Power at the direction of rotation right
1. 90 A
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Max Power at the direction of rotation right
3.37 A
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Notify:
The multimeter was operating in each case the maximum current value of about 2 minutes identified.