Hybrid Servo Drive CWDS556

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Product Code: CWDS556

$110.00

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Specification

ENKODERLİ STEP MOTOR SÜRÜCÜ TEKNİK ÖZELLİKLERİ
Voltage
Flow

Hybrid Servo Drive CWDS556

Hybrid Servo Drive Voltage: 20VDC~50VDC

Hybrid Servo Drive Current: 5.6 AMPER

Hybrid Servo Drive: 3 Phase Servo Drive

Product Code:Hybrid Servo Drive CWDS556

Motor Mounting

BLUE V

YELLOW U

BLACK W

3 Phase Encoder Stepper Motor Driver CWDS556

Jumper settings must be made when the drive is off for safety.
The metal part of the panel where the drives are located must be EARTHED. Before giving Amperes to the drives, a voltage control must be done by entering a measuring device between NEUTRAL and EARTH cables. The ideal situation is zero volts.
In PLC, Arduino, Axis control card or specially designed cards, PULSE and DIR signals must be sent as 5V. In devices with signal outputs above 5 volts, resistance should be entered into the PULSE and DIR signal output cables to be distributed individually in minus or plus driving. For example, the resistance required for 24Volt output is 1.8KΩ.

ALARM USE: ALARM connection of the driver is normally open dry contact. ALARM usage required for CNC routers, ALM + outputs of hybrid servo drives are bridged between themselves and ALM - outputs are bridged between themselves on all axes for parallel connection. If the axis control card signal input is negative, the ALM - lead is connected to the power supply - output, the ALM + lead is connected to the E-Stop input. When any of the drives on the axes are alarmed, the signal will reach E-stop and mach3 will make emergency stop. It is ensured that the signal from the power supply is 5Volt or 24 Volt as acceptable by the axis control card.

Since the inputs are + in PLCs, ALM +s will all be connected to the PLC FEED 24 Volt +, ALM -s will be combined and connected to the input input selected for the alarm.

PEND USAGE: The PEND connection of the driver is a normally closed dry contact. By connecting in series, PEND + of the first driver is connected to the power supply, PEND - is continued by connecting to the PEND + input of the other driver. PEND - output of the last driver is connected to the input input. Since it is normally closed, there is a continuous signal. The signal is cut off when an alarm occurs.

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