Work Pro ZENITH 1800 Spécifications

Naviguer en ligne ou télécharger Spécifications pour Amplificateurs audio Work Pro ZENITH 1800. Work Pro ZENITH 1800 Specifications Manuel d'utilisatio

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Page 1 - ZVD Vector Drive

Zenith®PumpsInstallationAnd OperationManualAC Vector MotorSpeed ControllerZVD Vector Drive

Page 2

Code 02 – 02 (Stop Method) = ____________ (Default is 0 (Ramp Stop))Choices: Ramp Stop (0) or Fast Stop (1)Code 02 – 03 (Carrier Frequency) = 12 (KHz)

Page 3 - Table of Contents

3-33.3 Standard Program Code Changes (continued)Code 07 – 02 (Torque Boost) = 0 (Code 00 - 09 = 2 or 3); = 8 (Code 00 – 09 = 0 or 1)Code 07 – 04 (Numb

Page 5 - 1.2 General Information

4-1NOTE: For all references to wiring, refer to Chapter 2. For all references to programming codes, refer to Chapter 3.4. ZVD Operation4.1 Local Keypa

Page 6

4-24.2.1 Setpoint4.2.1.1 Select the method of supplying remote setpoint using Code 02–00.4.2.1.2 For the method chosen above, wire according to page E

Page 7 - 2.1 Installation

5. ZVD Troubleshooting and Fault Information5-1The ZVD motor drive has a comprehensive fault diagnostic system that includes severaldifferent alarms a

Page 8 - 2.2 Wiring (continued)

5-2FaultName Fault Descriptions Corrective Actions1. The AC drive detects excessivedrive output current.Note: The AC drive can withstand upto 150% of

Page 9 - 3.2 Accessing Program Codes

5-3FaultName Fault Descriptions Corrective ActionsThe external terminal EF-GND goesfrom OFF to ON.Emergency stop.When the multifunction input terminal

Page 11

A-1APPENDIX A: ZVD Part NumbersStandalone Part Numbers (NEMA 1)Description Part Number1 HP, 230 VAC, 3 Phase. . . . . . . . . . . . . . . . . . . 68-1

Page 13 - 4.1 Local Keypad Operation

B-1APPENDIX B: ZVD Program Code 00-05 ExamplesExample (1): User Defined Units in Pump RPMGiven: Code 01 – 00 = 60 HzMotor RPM @ 60 Hz = 1800 RPMReduce

Page 14 - 4.2 Remote Operation

C-1APPENDIX C: ZVD Program CodesGear Reducer: Size __________ Ratio __________The below listed program codes have been changed from the ZVD default p

Page 15

D-1APPENDIX D: ZVD Summary of Default Program CodesGroup 0: User ParametersFactory Parameters Explanation Settings DefaultSetting0-00 Identity Code of

Page 16

D-2APPENDIX D: ZVD Summary of Default Program CodesGroup 1: Basic ParametersFactory Parameters Explanation Settings DefaultSetting01-00 Maximum Outpu

Page 17

D-3Group 2: Operation Method ParametersFactory Parameters Explanation Settings DefaultSettingd0: Digital keypad02-00 Source of Frequency d1: 0 to +10

Page 18

D-4Group 3: Output Function ParametersFactory Parameters Explanation Settings DefaultSettingd0: Not Used03-00 Multi-Function Output1 d1: AC Drive Oper

Page 19 - APPENDIX A: ZVD Part Numbers

D-5Group 4: Input Function ParametersFactory Parameters Explanation Settings DefaultSetting04-00 Potentiometer BiasFrequency ★0.0 to 350 Hz 0.004-01

Page 20

D 6Group 5: Multi-Step Speed and PLC ParametersFactory Parameters Explanation Settings DefaultSetting05-00 1st Step Speed Freq. 0.00 to 400.00 Hz 0

Page 21 - APPENDIX C: ZVD Program Codes

D-7Group 6: Protection ParametersFactory Parameters Explanation Settings DefaultSetting06-00 Over-Voltage Stall d0: Disable Prevention d1: Enable 01

Page 22 - Group 0: User Parameters

D-8Group 6: Protection Parameters (Cont.)Factory Parameters Explanation Settings DefaultSettingd14: Lvd15: CF106-11 Fourth Most Recent d16: CF2Fault

Page 23 - Group 1: Basic Parameters

iTable of Contents1 ZVD Description. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-11.1 Introduction . . . . .

Page 24 - Factory

D-9Group 8: Special ParametersFactory Parameters Explanation Settings DefaultSetting08-00 DC Braking Current Level 0.0 to 100% 008-01DC Braking Tim

Page 25

D-10Group 9: Communication ParametersFactory Parameters Explanation Settings DefaultSetting09-00 Communication Address ★ 1 to 254 1d0: Baud Rate 4800

Page 26

D-11Group 10: PID Control ParametersFactory Parameters Explanation Settings DefaultSettingd0: Inhibit PID operationd1: Input negative PID feedback fro

Page 27

D-12APPENDIX D: ZVD Summary of Default Program CodesGroup 11: Fan & Pump Control ParametersFactory Parameters Explanation Settings DefaultSettingd

Page 29 - Group 7: Motor Parameters

E-1FHURUN STOP JOG FWD REVJOGRUNMODEPROGDATASTOPRESETSHOCK HAZARDDISCONNECT ALL POWER BEFORETOUCHING ANY INTERNAL COMPONENTSWARNINGZENITH PUPMSDATEMO

Page 30 - Group 8: Special Parameters

E-2TO 5HPPGT1T2T3UVWFWDEFDCMMI2RST+10V (RED)AVI (WHT)ACM (BLK)456121314213546789RARBRC1011P1P2MI1DCM(NOTE1)ZVD VECTOR DRIVE230 OR 460VAC, 3 PHASE, TO

Page 31

E-3L1L20L3GNDCUSTOMER'S230 VAC OR 460VAC 3 PHASEINPUT POWERMOTOR POWER CONNECTIONS1 - 5 HP, 230 VAC, 3 PHASE1 - 5 HP, 230 VACOR 460 VAC, 3 PHASEM

Page 32

FAILURE, IMPROPER SELECTION OR IMPROPER USEOF THE PRODUCTS AND/OR SYSTEMS DESCRIBEDHEREIN OR RELATED ITEMS CAN CAUSE DEATH,PERSONAL INJURY AND PROPERT

Page 34

1-11. ZVD DescriptionThis manual contains easy to follow information and procedures required to completethe initial installation, wiring, and startup

Page 35 - SUBPANEL

1-2Table 1-1. ZVD Standard SpecificationsRated Input Voltage: 230 VAC: 180 – 264 VAC, 3 Phase HP Rating: 1 HP 2 HP 3 HP 5 HPRated Input Current: 5.7A

Page 36

2-12. ZVD Installation and WiringThe ZVD AC vector drive is sold in a NEMA 12 control cabinet and is intended to bepart of a Zenith Products Division

Page 37 - Wiring diagram

2-22.2 Wiring (continued)2.2.1.2 The control cabinet ground must be a single point terminationand be at a resistance of less than 1 ohm with relation

Page 38 - ISO 9001: 2000 Registered

3-1The ZVD program codes are arranged in groups. A program code is designated byits group number, followed by a dash, and then its individual number w

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