APS DCB750-60HP Manuals

Manuals and User Guides for APS DCB750-60HP. We have 1 APS DCB750-60HP manual available for free PDF download: Operation Manual

APS DCB750-60HP Operation Manual (270 pages)

Regerative DC Power Supply

Brand: APS | Category: Power Supply | Size: 4 MB

Table of Contents
3
Contact Information
9
Warranty, Service and Safety Information
10
General
10
Limited Warranty
10
Service and Spare Parts Limited Warranty
10
Equipment Disposal
10
Safety Information
11
Safety Notices
13
Personal Safety
15
Intended Usage
15
Product Overview
16
General Description
16
Product Features
17
Block Diagram
17
Figure 3-1: DCB Series Block Diagram
17
Operating Modes
18
Voltage Regulation or Constant Voltage (CV) Mode
18
Current Regulation / Constant Current (CC) Mode
19
Power Regulation / Constant Power (CP) Mode
20
Internal Resistance (IR) Mode (Source Mode)
20
Internal Resistance (IR) Mode (Sink Mode)
21
Sink - Source Mode Switching
22
Alarm Conditions
22
Power Fail
22
Over Temperature Protection
23
Over Voltage Protection
23
Over Current Protection
23
Over Power Protection
23
Accessories Included
24
Table 3-1: Included Accessories
24
Figure 3-2: DCB Series Ship Kit Content
24
Remote Control Interfaces
25
USB Interface (Standard)
25
Interface Module Slot
25
Table 3-2: Available Remote Control Interface Options
25
Analog Interface
26
Share Connections
26
Voltage Sense Connections (Remote Sense)
26
Master-Slave Bus
26
GPIB Interface Option
27
Other Options
27
Table 3-3: Available Options
27
Technical Specifications
28
2500W Models - 208Vac Input (-2)
28
5000W Models - 208Vac Input (-2)
31
7500W Models - 208Vac Input (-2)
34
5Kw 3U HP Models - 208V~480Vac Input (-4)
39
5Kw Models - 380V~480Vac Input (-4)
39
10Kw 3U HP Models - 208V~480Vac Input (-4)
42
10Kw Models - 380V~480Vac Input (-4)
43
15Kw 3U HP Models - 208V~480Vac Input (-4)
46
15Kw Models - 380V~480Vac Input (-4)
47
30Kw Models - 380V~480Vac Input (-4)
52
Mechanical Chassis Outlines - 3U Models
57
Mechanical Chassis Outlines - 4U Models
59
Unpacking and Installation
62
Packaging
62
Inspection
62
Ship Kit
63
Table 5-1: Ship Kit Content
63
Figure 5-2: DCB Series Ship Kit Content
63
Check AC Line Voltage
64
Rear Panel Connections
64
AC Input Connections
65
Mains Supply
65
Wire Sizing - 208V AC Input "-2" Models
65
Wire Sizing - 380V~480V AC Input "-4" Models
66
AC Line Cord - 208Vac "-2" Models
66
AC Line Cord - 380V~480Vac "-4" Models -15Kw
66
Figure 5-3: AC Input Mating Connector- (Cable Shown Not Included)
66
AC Line Cord - 380V~480Vac "-4" Models -30Kw
67
Figure 5-4: AC Input Mating Connector- (Cable Shown Not Included)
67
Figure 5-5: AC Input Mating Connector-30Kw (Cable Shown Not Included)
67
Strain Relief and Plug Fixture
68
Gird Connection Variations
68
Suggestions for Phase Assignments
69
Energy Recovery Installation Concept
69
AC Input Fuses
70
Figure 5-6: Schematic Depiction with One DCB Unit and Two Energy Consumers
70
Grounding Requirements
71
Rack Mounting
71
Bench Use
72
Loads Connections
72
Recommended Wire Size
72
DC Terminal Types
72
Table 5-2: DC Load Wire Size Table
72
Output Cable Safety Covers
73
Figure 5-7: DC Terminal Types 1 & 2
73
DC Output Grounding
74
Remote Voltage Sense Connections
74
Analog Interface Connections
75
Figure 5-8: External Voltage Sense Connection - 15Kw or Less
75
Figure 5-9: External Voltage Sense Connection - 30Kw
75
Optional Interface Module Installation
76
Before Installation
76
Procedure
76
Share Bus Connections
77
Slave Units
77
Firmware Update
78
Cleaning
78
In Case of Malfunction
79
Figure 5-10: Effect of Current Slew Rate Settings on Power Supply Testing
79
Front Panel Operation
80
Front Panel Layout
80
Figure 6-1: DCB Series Front Panel Views 3U and 4U Models
80
Touch Screen Display
81
Settings
82
Figure 6-2: Main Menu (30Kw Models)
82
General Display and Setting Ranges
83
Status Display
83
Rotary Knob Assignments
84
Rotary Knob Operation
84
Available Resolutions by Voltage Models
85
Front Panel USB Port
85
Table 6-1: USB Memory File Types for Loading
85
Table 6-2: USB Memory File Types for Saving
86
Manual Operation
87
Turn on the Power Supply
87
Turn off the Power Supply
87
MENU System Overview
87
Adjustment or User Limits
102
Changing Operating Modes
103
Manual Adjustment of Set Values
103
Metering / Read Back Displays
105
Turning Output DC on or off
105
Saving Data to USB Memory Device (Data Logging)
106
Remote Control
108
General Analog I/O Info
108
Control Locations
108
Remote Control Using Analog Interface (AI)
109
Table 6-3: Analog Interface Specifications
111
Alarms and Monitoring
115
Definition of Terms
115
Unit Alarm and Event Handling
115
Table 6-4: Alarm Signals
115
User Defined Events
117
Front Panel Lockout
118
Limits Settings Lock
119
Function Generator Use
120
FG Introduction
120
General FG Description
120
Table 6-5: Function Generator Capacities Overview
120
Method of Operation
122
Manual Operation
123
Since Wave Function
125
Triangular Function
126
Rectangular Function
127
Trapezoidal Function
128
DIN 40839 Function
129
Arbitrary Function
130
Ramp Function
136
UI and IU Table Functions (XY Table)
136
PV Table Function (Photovoltaics)
138
FC Table Function (Fuel Cell)
140
Extended PV Table Function According to en 50530
142
Table 6-6: EN50530 PV Mode Table Variables
143
Table 6-7: EN50530 PV Test Available Simulation Modes
143
Battery Test Function
151
MPP Tracking Function
156
Remote Control of the Function Generator
160
Remote Control Programming
161
Overview
161
General Comments
161
Interface Startup Times
161
Linear Network Topologies
161
Browser HTTP Access
161
TCP Network Access
162
General Unit Communication
162
Message Timing and Command Execution Time
163
Communications Protocols Overview
164
Supported Protocols by Interface Module
165
Remote Control Characteristics
165
Table 7-1: Interface Modules Supported Protocols
165
Fragmented Messages on Serial Transmissions
166
Connection Timeout
166
Effective Programming Resolution
166
Function Generator Minimum Slope
167
Modbus Protocol
168
Preface
168
General Modbus RTU Information
168
General Modbus TCP Information
168
Format of Set Values and Resolution
168
Translating Set Values to Actual Values
169
USB Communication
169
USB Driver Installation
169
First Steps
170
Other Digital Interface Communication
170
Register Lists
170
Modbus RTU Details
172
Control Message (Write)
173
Table 7-2: Modbus RTU Functions
173
Query Message
174
Response Message (Read)
174
The Modbus Checksum
177
Communication Errors
178
Examples of Modbus RTU Messages
179
Modbus TCP Details
182
Example of Modbus TCP Messages
182
Information on Specific Registers
183
Register 171
183
Register 408
183
Register 411
183
Registers 500-503 (Set Values)
183
Register 505 (Device Status)
184
Registers 650 - 662 (Master-Slave Configuration)
184
Registers 850 - 6695 (Function Generator)
185
Registers 9000 - 9009 (Adjustment Limits)
188
Registers 10007 - 10900
189
Register from 11000 (MPP Tracking Function)
189
Register from 12000 (PV Simulation / DIN en 50530)
190
SCPI Command Language
192
SCPI Examples
192
SCPI Command Syntax
193
Table 7-3: Supported SCPI Command and Parameter Formats
194
SCPI Errors
195
Standard IEEE Commands
195
Table 7-4: SCPI Error Messages
195
Status Register
196
Figure 7-1: SCPI Register Model
197
Set Value Commands
199
Measurement Commands
203
Status Commands
204
Command for Protective Features
205
Supervisory Commands
208
Master/Slave Operation Commands
210
Commands for General Queries
211
Unit Configuration Commands
211
Interface Module Commands (Excl. Ethernet)
213
Ethernet Interface Commands
214
Function Generator Commands
215
Commands for Remote Control of the MPP Tracking Function
221
Alarm Management Commands
223
Commands for Extended PV Simulation
225
Application Examples
230
Profibus & Profinet
238
General
238
Preparation
238
Slot Configuration for Profibus
238
Slot Configuration for Profinet
239
Cyclic Communication Via Profibus/Profinet
240
Acyclic Communication Via Profibus/Profinet
240
Examples for Acyclic Access
241
Data Interpretation
243
Canopen
245
Preparation
245
User Objects (Indexes)
245
Translation ADI -> Register
245
Specific Examples
246
Using the Arbitrary Generator
246
Error Codes
247
CAN Bus
247
Preparation
247
Introduction
248
Message Formats
248
Message Examples
254
Ethercat
256
Introduction
256
Integrating Your Unit in Twincat
256
Data Objects
256
Pdos
257
Sdos
257
Use of the Data Objects
257
Master/Slave (M/S) Operation
258
Parallel Operation
258
Restrictions
259
DC Output Wiring Parallel Mode
259
Wire Sizing for Share Bus
259
Wiring and Set-Up of the Digital Master/Slave Bus
259
Operating a Master/Slave System
261
Alarms and Other Problem Situations
262
Series Operation
263
Battery Charging Operation (Source Mode)
263
Calibration
264
Preface
264
Preparation
264
Calibration Procedure
265
Calibrating Set Values
265
Calibrating Remote Sense
265
Calibrating Measurement Values
266
Save Cal Coefficients and Exit
266
CE MARK Declaration of Conformity
267
Index
268

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