Et system N31200 Series Manuals

Manuals and User Guides for Et system N31200 Series. We have 1 Et system N31200 Series manual available for free PDF download: Programming Manual

Et system N31200 Series Programming Manual

Et system N31200 Series Programming Manual (86 pages)

CANopen Protocol

Brand: Et system | Category: Power Supply | Size: 1 MB

Table of Contents

Table of Contents

2
- Contents
  8
- Preface
  8
- Safety Instructions
  9
- Safety Notes
  9
- Safety Symbols
  9
- Canopen Overview
  10
- Communication Method
  11
- Can Format
  11
- Commands
  13
- Status Reading
  13
Output Setting

14
- Source Current Setting
  14
- Voltage Setting
  14
- Load Current Setting
  15
- Source Power Setting
  15
- Load Power Setting
  16
- Readback
  16
- Readback Voltage
  16
- Readback Charging Milliampere-Hour
  17
- Readback Current
  17
- Readback Power
  17
- Readback Temperature
  18
- Reading Maximum Voltage Range
  18
- Reading Range
  18
- Format
  19
- Main Index Sub Index Read/Write Data Type Byte Size
  19
- Over Voltage Protection
  19
- Protection Parameters
  19
- Reading Maximum Current Range
  19
- Reading Maximum Power Range
  19
- Setting Command: 23 01 20 00 88 13 00
  19
- 0X2001 0X00 WR Int
  20
- Over Current Protection
  20
- Over Power Protection
  20
- Over Voltage Protection Delay Time
  21
- Under Current Protection
  21
- Under Voltage Protection
  21
- Over Current Protection Delay Time
  22
- Over Power Protection Delay Time
  22
- Under Current Protection Ready Time
  23
- Under Voltage Protection Delay Time
  23
- Under Voltage Protection Ready Time
  23
- ON-OFF Control
  24
- Power Supply Protection
  24
- Under Current Protection Delay Time
  24
- Current Rise Slew
  25
- Priority Mode
  25
- Voltage Rise Slew
  25
- Delay Time on
  26
- Operation Mode
  26
- Delay Time off
  27
- Timing Shutdown
  27
- Digital Input Signal 1
  28
- External Programming
  28
- Timer Shutdown
  28
- Trigger Wave
  28
- 0X2001 0X01 WR Int
  29
- 0X2001 0X02 WR Int
  29
- Control Mode
  29
- Digital Input Signal 2
  29
- Format
  29
- Index. 00 Indicates Sub Index
  29
- Main Index Sub Index Read/Write Data Type Byte Size
  29
- Return of Setting Command: 60 01 20
  29
- The Red Portion of the Data 60 Indicates Successful Writing. 01 20 Indicates Main
  29
- Control Mode
  30
- Digital Input Signal 3
  30
- Index. 02 Indicates Sub Index
  30
- Control Mode
  31
- Digital Output Signal 1
  31
- Analogue Reference Voltage
  32
- Digital Output Signal 2
  32
- Digital Output Signal 3
  32
- Analogue Programming Channel 1
  33
- Analogue Programming Channel 2
  33
- Analogue Monitor Channel 1
  34
- Analogue Monitor Channel 2
  34
- Cycle Times
  35
- SEQ Edit
  35
- SEQ File no
  35
- Total Steps
  35
- Link to File
  36
- Step no
  36
- Load Current Setting
  37
- Source Current Setting
  37
- Voltage Setting
  37
- Dwell Time
  38
- Dwell Time Unit
  38
- Source Power Setting
  38
- Current Slew Setting
  39
- Load Power Setting
  39
- Voltage Slew Setting
  39
- Default Value: 1
  40
- Present Cycle Times
  40
- Present Step no
  40
- Return of Reading Command: 43 01 20
  40
- SEQ File
  40
- SEQ Test
  40
- Current Setting
  41
- Discharge Mode
  41
- Dwell Time for Present Step
  41
- Dwell Time Unit for Present Step
  41
- Capacity Setting
  42
- Cutoff Voltage Setting
  42
- Power Setting
  42
- Charge Mode
  43
- Current Setting
  43
- Cutoff Time Setting
  43
- Voltage Setting
  43
- Capacity Setting
  44
- Cutoff Current Setting
  44
- Cutoff Voltage Setting
  44
- Cutoff Time Setting
  45
- Internal Resistance Simulation
  45
- Max. Current Setting
  45
- Voltage Setting
  45
- Constant Resistance
  46
- Internal Resistance Setting
  46
- Max. Power Setting
  46
- Resistance Setting
  46
- Car Test
  47
- Max. Current Setting
  47
- Max. Power Setting
  47
- Trigger Car Waveform
  47
- Level1 Search Term
  48
- Level2 Search Term
  48
- Leve3 Search Term
  49
- Leve4 Search Term
  50
- Waveform Setting I
  51
- Waveform Setting II
  52
- Waveform Setting III
  53
- Source Current Setting
  54
- Step Test
  54
- Voltage Setting
  54
- Load Current Setting
  55
- Load Power Setting
  55
- Source Power Setting
  55
- Cycle Times
  56
- Mode Selection
  56
- Trigger Mode
  56
- End
  57
- Start
  57
- File no
  58
- Increment
  58
- Increment Time
  58
- Wave Edit
  58
- Cycle Times
  59
- File Length
  59
- Link to File
  59
- Mode Selection
  60
- Step no
  60
- Amplitude
  61
- Dwell Time
  61
- Voltage Setting
  61
- Wave Run
  61
- Load Current Setting
  62
- Source Current Setting
  62
- Source Power Setting
  62
- File no
  63
- Load Power Setting
  63
- Cycle Times
  64
- Dwell Time
  64
- Output Mode
  64
- Step no
  64
- Anywave Test
  65
- Source Current Setting
  65
- Voltage Setting
  65
- Load Current Setting
  66
- Load Power Setting
  66
- Source Power Setting
  66
- Mode Selection
  67
- Wave File
  67
- Output Amplitude
  68
- Output Bias
  68
- Wave Selection
  68
- Frequency Setting
  69
- Output Phase
  69
- Percentage
  69
- Advanced Edit
  70
- File Length
  70
- File no
  70
- Cycle Times
  71
- Link to File
  71
- Mode Selection
  71
- Output Amplitude
  72
- Step no
  72
- Wave File
  72
- Frequency Setting
  73
- Output Bias
  73
- Output Phase
  73
- Percentage
  74
- Set-Up Time
  74
- Advanced Operation
  75
- Dwell Time
  75
- Source Current Setting
  75
- Voltage Setting
  75
- Load Current Setting
  76
- Source Power Setting
  76
- File no
  77
- Load Power Setting
  77
- Step no
  77
- Cycle Times
  78
- Dwell Time
  78
- Output Mode
  78
- CANOPEN Baud Rate
  79
- Canopen ID
  79
- Device ID
  79
- System Setting
  79
- Power-Off Memory
  80
- RS232/RS485 Baud Rate Setting
  80
- Factory Reset
  81
- IP Setting
  81
- Beeper
  82
- Language
  82
- Example
  83
- Gateway
  83
- Normal Mode
  83
- Subnet Mask
  83
- SEQ Mode
  84
- Simulated Resistance
  85
- Factory Reset
  86

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