4hp (3kW) Concrete Vibrator Motor, 380V, 2840rpm, 3 Phase, 6 pole

4hp (3kW) Concrete Vibrator Motor, 380V, 2840rpm, 3 Phase, 6 pole
4hp (3kW) Concrete Vibrator Motor, 380V, 2840rpm, 3 Phase, 6 pole
4hp (3kW) Concrete Vibrator Motor, 380V, 2840rpm, 3 Phase, 6 pole
4hp (3kW) Concrete Vibrator Motor, 380V, 2840rpm, 3 Phase, 6 pole
4hp (3kW) Concrete Vibrator Motor, 380V, 2840rpm, 3 Phase, 6 pole
4hp (3kW) Concrete Vibrator Motor, 380V, 2840rpm, 3 Phase, 6 pole
4hp (3kW) Concrete Vibrator Motor, 380V, 2840rpm, 3 Phase, 6 pole
4hp (3kW) Concrete Vibrator Motor, 380V, 2840rpm, 3 Phase, 6 pole
4hp (3kW) Concrete Vibrator Motor, 380V, 2840rpm, 3 Phase, 6 pole
4hp (3kW) Concrete Vibrator Motor, 380V, 2840rpm, 3 Phase, 6 pole
4hp (3kW) Concrete Vibrator Motor, 380V, 2840rpm, 3 Phase, 6 pole
from
$600.15
Ex Tax: $600.15
  • Stock: In Stock
  • Model: SCJ009287
  • SKU: SCJ009287
Products Sold: 0
Product Views: 318
  • Description

4hp (3kW) Concrete Vibrator Motor, 380V, 2840rpm, 3 Phase

Brief

High quality 3000W internal concrete vibrator for sale, 3 phase, 6 pole, 380V, with strong power and can withstand high speed for a long time.

Description

Three phase 380V internal concrete vibrator motor, 6 pole, rated speed 2840rpm, high quality and safety guarantee.

3kW Internal Concrete Vibrator Motor

ModelSCJ009287
Power4hp (3kW)
Phase3 phase
Voltage380V
Speed2840rpm
Number of Pole6 Pole
Size320 * 180 * 280mm
Weight16kg
TypeInternal
WarrantyOne year for machinery
ApplicationConstruction industry
Drive ModeElectric vibrator
CertificationCCC
Installation MethodMake sure the voltage and frequency supply match the ones indicated on the rating plate of the electric vibrator. Insert the power cable through the cable gland.

Detail of Internal Conrete Vibrator Motor

                                                       4hp (3kW) Concrete Vibrator Motor, 380V, 2840rpm, 3 Phase          

Tips: How to maintain and repair the internal concrete vibrator motor?

  1. After the vibrator is used, the outer surface of the vibration must be carefully cleaned to ensure good heat dissipation during the next operation of the motor.
  2. The sealing and insulation of the motor should be checked frequently. If the vibration is found to be damp, it must be dried.
  3. Check whether the power line and switch connector are firm and safe.
  4. The bearing on the motor should be cleaned regularly and replaced with grease.
  5. Check the damage of other parts regularly, and repair in time if found.
  6. If the insulation resistance is above 2mq, the stator should be dried.
  7. The grounding wire is firm and reliable and must be checked regularly. Before using the power supply, there should be leakage protection switch, which must be tested regularly.
  8. In case of vibration and electrical fault, a full-time electrician must repair it.
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