EURA E2000-0015 T3 User Manual

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FREQUENCY INVERTER

E2000

0,4kW – 400kW (IP20)

Safety instructions Installation

& operating manual

ENGLISH

w w w. e u r a d r i v e s . e u

E2000_Rev.02 -EN- SOFT Rev. 5.09

© 2017 EURA Drives GmbH

Table of Contents

Table of Contents2
Index2
Common Installation3
Common4
Specified Application of Frequency Inverters4
Observe Specific Standards and Rules4
Handling, Transportation and Storage5
Installation of the Inverter5
Electrical Wiring of Frequency Inverters6
Potential Equalization7
Insulation Testing7
Braking Resistors8
Differential Current Breaker (FI)8
Basic Rules for Reliable and Safe Operation9
Inverter Protection-Functions9
Power-Grid Specification10
Power Supply – Short Circuit Capability10
Measurements on Inverter Input and Output10
Twist All Unshielded Cables11
EMC: Basics and Recommendations for Installation11
EMC - Adequate Installation11
Inverters with UL Mark: Additional Information12
Product Naming Convention13
Options Identifier13
Nameplate13
Product Data / Product Power Range13
- Mechanical Construction15
- Appearance of an E2000+16
- Technical Data - Inverter Series E2000+17
- Power Range – Framesize18
- Mounting in Cabinet19
- Maintenance and Service19
Inverter Mounting19
- 230V Singlephase Inverter20
- 230 V Singlephase Inverter20
Electrical Connection of E2000+ Inverters20
- 400V Threephase Inverter21
- Brake Resistor22
- 400V Threephase Inverter - above 22 Kw22
- Recommended Cable Cross Sections, Fuses, Terminal Tightening Torque23
- Earth/Ground Connection23
- Control Terminals – Control Board25
- Inverter Size E1 – E625
- Inverter Size C3 – C625
- E2000+_Rev.02 -D- SOFT Rev. 5.0925
- RS485 Terminal26
- Main Terminal26
- Control Terminal Function and Factory Default Configuration26
- E2000+_Rev.02 -D- SOFT Rev. 5.0927
- Sample Set-Up for Inverter 22 Kw, 400V - Framesize28
- E2000+_Rev.02 -D- SOFT Rev. 5.0928
- Control-Board: Hardware and I/O Channel Configuration29
- Digital Input Channels29
- Control-Board Inverter 0,4...22Kw29
- Analogue Input Channels30
- Digital Output Channels31
- Analogue Output Channels31
- Control-Board Inverter 30...400Kw32
- Motor Protection Using PTC/KLIXON: for All Inverter Size35
- Power Supply for Passive Current Loop Sensor35
- 7-Segment Display:36
- Status LED36
- Key and Function36
Operating Panel36
- Display of Function Parameters and Error Codes37
- Remote Operating Panel37
- Parameter Setting38
- Selection of Parameters, Modification and Saving38
Parameter Group 100: Basic Parameter39
- Internal Speed Reference (Hz)40
- Reference for Accel./Decel. Ramp Time40
- Knee Frequency (Hz)40
- Dead Time During Reversion (Sec.)40
- Display Configuration41
- Parameter, for Calculated Speed Indication (Display)42
- Slip Compensation in V/Hz Mode43
- Factory Default Reset Procedure44
- START / STOP / Running Direction45
- Selection of Speed Reference Sources45
Parameter Group 200: Inverter Control45
- Combined Speed Control – between Primary/Secondary Speed Reference46
- Combination between Different Speed Reference Channels48
- Two / Three Wire Control for START - STOP - DIRECTION50
- Function Mapping for Digital Output Channels52
Parameter Group 300: Digital I/O Configuration52
- Activation and Configuration of the "S" Shaped Ramp53
- Frequency Threshold Setting53
- Current Threshold53
- Internal Counter Programming53
- Function Mapping for Digital Input Channels54
- Table: Functions of Digital Inputs54
- Logic Inversion of Digital Inputs56
- Accel./Decel. Ramp Selection - Table 300-256
- Fixed-Frequencies Selection – Table 300-156
- Configuration of Analogue Speed Reference Channels57
Parameter Group 400: Analogue I/O Channel Configuration57
- Panel / Potentiometer Selection58
- Pulse Speed Reference Signal Input Configuration59
- Non-Linear Characteristic for Analogue Channels59
- Analogue Output Configuration60
- Pulse Output DO160
- Auto-Cycling Parameter61
- Programming of the Individual Fixed-Frequencies61
Parameter Group 500: Fixed-Frequency, Automatic Cycling Frequencies61
- DC-Brake Function Parameters62
- Current- Voltage Limiting Functions62
Parameter Group 600: DC-Bake Control / Aux. Functions62
- Brake Chopper Control (Internal Brake Chopper)64
- DC-Voltage Control64
- Power Drop Compensation64
- Independent Motorvoltage Control Via Separate Setpoint65
Parameter Group 700: Error Handling and Protection Functions66
- Fan Control Mode67
- Inverter/Motor Over-Load Protection67
- Following Graphics, to Show Warning Delay Characteristic67
- Programmable Delay for STOP- DISABLE with STOP Signal through Terminal67
- Fault History68
- Error Event Counters68
- Protection Functions – Configuration68
- Delay for Inverter Error Trip68
- Idling Detection69
- Analogue Signal Interruption Detection69
- Motor Overload Coefficient69
- Overheat Warning Level69
- AUTOTUNING Mode70
Parameter Group 800: Autotuning – Motor Data Programming70
- Sensorless Vector Speed Controller Parameter71
- Parameter for Permanent Magnet Syncronus Motor Control71
- Hardware MODBUS - Interface73
Parameter Group 900: RS485 Hardware and Interface Parameters73
Integrated PID-Controller74
Parameter Group A00: PID Controller Parameter74
- PID Controller Parameter Setting76
- Specific Pump Controller Parameter76
- Idling / Lack of Water Protection76
- Master / Slave Interchange76
- Emergency Functions77
- Torque Boost for Low Frequencies78
- Set-Point Origin for Torque Control78
Parameter Group C00: Speed / Torque Control78
- Speed Limiting for Inverter, Working in Torque Control Mode79
- Torque Limiting for Inverter Working in Speed Control Mode79
- Torque / Current Limit for Field Wakening Area79
- E2000+ Diagnosis80
- Digital Inputs: Status Monitoring80
- Analogue Input Value Check80
- Analogue Output Stimulation80

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EURA E2000-0015 T3 Specifications

General

Brand	EURA
Model	E2000-0015 T3
Category	Inverter
Language	English

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