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Copyright 2020 WorldWide Electric Corporation

The Globe icon is a registered trademark of WorldWide Electric Corporation

Document No: WD4X - QSG - 072020

1-800-808-2131

11

Group 

Name

Description

See drive manual for complete configuration capabilities

Default 

Value

Value 

Range

New  

Value

Operation Group (use ˄ or ˅ arrows keys) best to begin from Hz displayed

0.00

Frequency speed reference on keypad (0.00 before a new value is entered)

0.00

Min/Max

ACC

Accel Time in seconds

20.0

0-600.0

dEC

Decel Time in seconds

30.0

0-600.0

dru

Command Source: 

0

 = Keypad; 

1

 = FX/RX1; 

2

 = FX/RX2; 

3

 = Int 485; 

= Field bus

1

0-5

FX/RX are hardwire terminal blocks for external switch connections

Frq

Frequency Setting Method: 

0

 = Keypad1; 

2

 = V1; 

4

 = V2; 

5

 = I2; 

6

 = Int485; 

8

 = FldBus

0

0-16

drC

Forward or Reverse control: 

F

 = Forward ; 

r

 = Reverse

F

F-r

dr

Drive Group (use ˂ or ˃ arrows keys) best to begin from Hz displayed

dr09

Control Mode: 

0

 = V/F; 

2

 = Slip Comp; 

4

 = IM Sensorless; 

6

 = PM Sensorless

0

0-6

dr14

Motor HP size

.5-30

dr15

Torque Boost: 

0

 = Manual ; 

1

 = Auto 1; 

2

= Auto 2

0

dr18

Base Frequency:

60.00

30-400 Hz

dr19

Start frequency

0.50

0-10.00 Hz

dr20

Maximum frequency: Range of 40.00 to 400.00 Hz

60.00

40-400.00 Hz

dr21

Hz/RPM Select: 

= Hz Display and 

1

 = RPM Display

0

0-1

dr85

Parameter Read

dr86

Parameter Write

dr89

Changed Parameters: 

0

 = No; 

1

 = Yes

dr90

ESC Key functions: 

0

 = Return; 

1

 = JOG;

 2

 = Local / Remote

2

0-2

dr92

Parameter Save: 

0

 = No ; 

1

 = Yes

0

0-1

dr93

Parameter initialize: 

0

 = No; 

1

 =  All Grp; 

2

 = Dr; 

3

 = bA; 

4

 = Ad; 

5

 = Cn; 

6

 = In; 

7

 = OU

0

0-16

Factory default controlled by dr93

XX

Basic Group

ba4

Command Aux Src: 

0

 = Keypad; 

1

 = Rx/Rx-1;

 2

 = Fx/Rx 2; 

= Int 485

1

0-4

ba5

Freq 2nd Source: 

0

 = Keypad 1; 

2

 = V1 ; 

4

 = V2; 

5

 = I2; 

9

 = Int 485

0

0-16

bA7

V/F Pattern: 

0

 = Linear; 

1

 = Square; 

2

 = User V/F;

 3

 = Square 2

0

0-3

bA9

Time scale for Ramp: 

0

 = 0.01 sec ; 

1

 = 0.1 sec ; 

2

 =  1 sec

0

0-2

bA10

Base frequency: 

0

 = 60 Hz ; 

1

 = 50 Hz (input power freq)

0

60/50 Hz

bA11

Motor pole number (total poles - NOT pole pairs)

4

2~48

bA13

Motor nameplate Full Load Amps

bA14

Motor No Load Current in Amps (typical value of 20-40% of FLA)

bA15

Motor rated voltage: VFD model specific

230/460V

bA19

VFD input power voltage

230/460V

bA20

Auto tuning: 

0

 = None; 

1

 = All Rotation; 

2

 = All Static; 

3

 = Rotate Lsigma; 

6

 = Static

0

0~6

Ad

Advanced Group

Ad1

Acc Pattern: 

0

 = Linear and 

1

 = S-Curve

0

0-1

Ad2

Decel Pattern: 

0

 = Linear and 

1

 = S-Curve

0

0-1

Ad8

Stop mode: 

0

 = Decel; 

1

 = DC Brake; 

2

 = Free Run; 

3

 = Resv; 

4

 = Power braking

0

0-4

Ad9

Run Prevent: 

0

 = None; 

1

 = FWD Prevent; 

2

 = REV Prevent

0

0-2

Ad24

Frequency limit: 

0

 = No and 

1

 = Yes

0

0-1

Ad25

Frequency low limit: 0.0 to high limit

0.50

0-400 Hz

Ad26

Frequency high limit: minimum frequency to maximum frequency

60.00

0.1-400 Hz

Ad64

Cooling fan control: 

0

 = During Run; 

1

 = Always On; 

2

 = Temp Control

0

0-2

Ad74

Regen Avoidance Select: 

0

 = NO ; 

1

 = YES

0

0-1

Ad75

Regen Avoidance Level: DC bus voltage level

700

300-800

240v AC Line (range 335-350vDC) or 480v AC Line (range 690-715vDC)

Ad76

Comp Frequency Limit: usually good to set at 60.00 Hz Max

1.00

0-60.00 Hz

Ad77

Regen Avoidance P Gain: Range of 0.0 to 100.0%

50

0.0-100.0%

Ad78

Regen Avoidance I Gain:  Range of 20 to 30,000 mili-seconds

500

20-30000ms

Ad80

Fire Mode Select: 

0

 = None; 

1

 = Fire Mode; 

2

 = Fire Mode Test

0

0-2

Note: Shaded areas above denote most frequently used parameters

WD4X Quick Start Guide

Common Drive Setup Parameters

Summary of Contents for WORLDDRIVE WD4X

Page 1: ...the WorldDrive 4X WD4X For all other configurations please refer to the specific setup and configuration instructions available on the WorldWide Electric website wwec co WD4X DistributionCenterslocat...

Page 2: ...the power is on or during operation Doing so may result in serious injury death or serious property damage Do not open the cover of the VFD even when the power supply to the VFD has been turned off un...

Page 3: ...dWide Electric Corporation The Globe icon is a registered trademark of WorldWide Electric Corporation Document No WD4X QSG 072020 1 800 808 2131 3 WD4X Quick Start Guide Power and Control Input and Ou...

Page 4: ...ide and all referenced information is intended for qualified personnel only For additional information please consult the WD4X User Manual Document No MC OM 4XS0618 R01 1 800 808 2131 4 Page 4 of 12 K...

Page 5: ...ctric Corporation The Globe icon is a registered trademark of WorldWide Electric Corporation Document No WD4X QSG 072020 1 800 808 2131 5 Page 5 of 12 Keypad Functions Continued WD4X Quick Start Guide...

Page 6: ...tended for qualified personnel only For additional information please consult the WD4X User Manual Document No MC OM 4XS0618 R01 1 800 808 2131 6 Page 6 of 12 Keypad Functions Continued How to move be...

Page 7: ...demark of WorldWide Electric Corporation Document No WD4X QSG 072020 1 800 808 2131 7 Page 7 of 12 Keypad Functions Continued Protective functions for output current and input voltage Protective Funct...

Page 8: ...ualified personnel only For additional information please consult the WD4X User Manual Document No MC OM 4XS0618 R01 1 800 808 2131 8 Page 8 of 12 Keypad Functions Continued Protective functions by in...

Page 9: ...ctric Corporation The Globe icon is a registered trademark of WorldWide Electric Corporation Document No WD4X QSG 072020 1 800 808 2131 9 Page 9 of 12 Keypad Functions Continued WD4X Quick Start Guide...

Page 10: ...r qualified personnel only For additional information please consult the WD4X User Manual Document No MC OM 4XS0618 R01 1 800 808 2131 10 Page 10 of 12 Keypad Functions Continued An example of changin...

Page 11: ...ba4 Command Aux Src 0 Keypad 1 Rx Rx 1 2 Fx Rx 2 3 Int 485 1 0 4 ba5 Freq 2nd Source 0 Keypad 1 2 V1 4 V2 5 I2 9 Int 485 0 0 16 bA7 V F Pattern 0 Linear 1 Square 2 User V F 3 Square 2 0 0 3 bA9 Time s...

Page 12: ...all 10 OV 11 UV 0 0 40 OU33 Q1 Open Collector Output Define 0 None 14 Run 22 Ready 14 0 40 OU34 Relay 3 0 None 1 FDT1 5 OL 7 Under Load 9 Stall 10 OV 11 UV 0 0 40 OU35 Relay 4 0 None 1 FDT1 5 OL 7 Und...

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