CP-563E, CP-573E, CS-563E, CS-573E and CS-583E Vibratory Soil Compactors Vibratory System Vibratory Electrical System Caterpillar


Vibratory Electrical System
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CP-563E, CP-573E, CS-563E, CS-573E and CS-583E Vibratory Soil Compactors Vibratory System [KENR3606]
ELECTRICAL AND STARTING SYSTEM
CP-563E, CP-573E, CS-563E, CS-573E and CS-583E Vibratory Soil Compactors Vibratory System Location of Electrical Components
CP-563E, CP-573E, CS-563E, CS-573E and CS-583E Vibratory Soil Compactors Vibratory System Vibratory Electrical System
1.1. Switch (Vibratory On/Off Control)
2.1. Switch (Vibratory Amplitude Control)
3.1. Rheostat (Vibratory Frequency) (Optional Equipment)
4.1. Controller (Vibratory) (Optional Equipment)
5.1. Solenoids (Vibratory Pump)
6.1. Speed Sensor (Vibratory)
7.1. Tachometer (Vibratory)

The electrical system for the vibratory system consists of the following components:

  • Switch (vibratory on/off control)

  • Switch (vibratory amplitude control)

  • Rheostat (vibratory frequency)

  • Controller (vibratory)

  • Solenoid (vibratory pump)

  • Speed sensor (vibratory)

  • Tachometer (vibratory)

Switch (Vibratory On/Off Control)




Illustration 1g00929447

The switch for the vibratory on/off control is the main on/off switch for the vibratory system. The switch is a two-position push button switch.

Switch (Vibratory Amplitude Control)




Illustration 2g00929448

The switch for the vibratory amplitude control enables the high/low setting of the vibratory system. The switch is a three-position rocker switch. The switch completes the circuit to the high amplitude solenoid or the switch completes the circuit to the low amplitude solenoid.

Rheostat (Vibratory Frequency) (Optional Equipment)




Illustration 3g00929449

The rheostat controls the vibratory frequency. The rheostat has a resistance of 1000 ohms. The signal from the rheostat is sent to the controller. The controller will then adjust the frequency of the vibratory.

Controller (Vibratory) (Optional Equipment)




Illustration 4g00929450

The controller controls the vibratory frequency. The controller analyzes the signal from the rheostat and the amplitude selector. The controller will then control the output signal to the low amplitude solenoid or the high amplitude solenoid.

Solenoids (Vibratory Pump)




Illustration 5g00929451

The proportional solenoids for the vibratory control control the angle of the swashplate of the vibratory piston pump. The drum vibration can be varied from 1400 to 1915 vibrations per minute on machines that are equipped with a variable frequency. On machines without the variable frequency, the solenoids move the swashplate to the maximum angle for vibrations per minute of 1965 ± 50. The solenoids have a resistance of approximately 24Ohms.

Speed Sensor (Vibratory)




Illustration 6g00929452

The speed sensor monitors the speed of the eccentric weight within the drum. The speed sensor produces an analog signal. The signal is sent to the vibratory tachometer.

Tachometer (Vibratory)




Illustration 7g00929453

The tachometer for the vibratory system displays vibrations per minute. The tachometer is a analog type gauge. The analog signal that is read by the tachometer deflects the meter in order to read the vibrations per minute.

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