Benning ST 755+ - Disposal and Environmental Protection

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Disposal and environmental protection

10.6 Recovering the password

5284 / 08/2023 en BENNING ST 755+ / ST 760+ 101

12 Disposal and environmental

protection

At the end of product life, dispose of the unserviceable device and the batteries via

appropriate collecting facilities provided in your community.

Packaging

Please keep the original packaging for later dispatch (e.g. for calibration).

Main Page

Table of Contents3
Introduction10
Naming Convention10
General Notes11
History12
Service & Support12
Table 1 History12
Safety13
Warning System13
Standards Applied13
Symbols Used14
Table 2 Symbols on the Device14
Intended Use15
Special Types of Risks17
Scope of Delivery18
Transport and Storage20
Packing and Transport20
Storage20
Device Description21
Device Structure21
Figure 1 BENNING ST 755+ / BENNING ST 760+ Device Structure21
Type Plate22
Figure 2 Type Plate (Exemplary)22
Screen Setup23
Figure 3 Screen Layout23
Table 3 General Symbols and Buttons in the Header24
Table 4 Symbols for Test Sample and Protection Class in the Header24
Menu Structure25
Table 5 Menu Structure - Main Menu25
Table 6 Menu Structure - Settings26
General Operation27
Switching the Device ON/OFF27
Operating Elements27
Table 7 Operating the Screen27
Login28
Buttons in the Footer28
Operating the List View29
Figure 4 General Operation29
Table 8 Buttons in the Footer29
Table 9 Operating the List View30
Table 10 Status Messages30
Operating the Test View31
Figure 5 Test View31
Table 11 Test View Buttons32
Table 12 "Test Result" Screen32
Operating the Smart Menu33
Table 13 Proceeding with the Test Report33
Table 14 Smart Menu - Main Menu33
Functions34
Database34
Table 15 Database Structure (Exemplary)34
Backup Copies35
Table 16 Database Contents35
User Administration36
Expert Settings36
Customer-Specific Limits36
Customer-Specific Visual Inspection37
Customer-Specific Test Procedures37
Customer-Specific Device Templates37
Customer-Specific Templates38
Update38
Factory Settings38
General Test Procedure38
Automatic Testing39
Table 17 Functions of the "Automatic Test39
Manual Testing40
Terminology Used in Test Procedures40
Device Information42
Individual Tests42
Protective Conductor Resistance42
Insulating Resistance43
Protective Conductor Current44
Contact Current44
Device Leakage Current (Medical Electrical Devices)44
Patient Leakage Current (Medical Electrical Devices)45
Functional Test45
Table 18 Leakage Current Measurement (Test Standard and Protection Class)45
Cable Continuity Test46
Safety Extra-Low Voltage46
Voltage of the Welding Circuit46
Contact Current of the Welding Circuit47
Prcd47
Power Distributors48
Remote Control48
Table 19 PRCD Tests48
Optional Accessories49
Three-Phase Testing with the BENNING MA 449
Figure 6: BENNING MA 449
Three-Phase Testing with the BENNING MA 350
Three-Phase Testing with the BENNING MA 2-1650
Figure 7: BENNING MA 350
Figure 8 BENNING50
Single-Phase and Three-Phase Testing with the Leakage Current Clamp51
Barcode Scanner (Optional)51
Figure 9 BENNING CM 9-1 / BENNING51
RFID Scanner (Optional)53
Printer (Optional)54
Keyboard (Optional)55
Configuration56
Setting the System Data56
Table 20 Setting Options for System Data57
Setting the Device Data58
Managing the Network Settings58
Table 21 Network Settings58
Establishing a Connection Via WLAN59
Establishing a Connection Via Bluetooth59
Managing the Expert Settings60
Managing Customer-Specific Limits60
Creating a Customer-Specific Visual Inspection61
Creating Customer-Specific Test Procedures61
Table 22 "Test Procedure" Screen62
Managing Customer-Specific Device Templates (Test Sample Templates)63
Managing Templates63
Managing a User64
Table 23 How to Manage Templates64
Managing a Database65
Creating ("New") and Selecting E. G. a Database65
Table 24 Functions of the "Database Administration65
Managing Test Samples66
Change", "Copy" and "Delete" Using the Test Sample as an Example67
Table 25 "Devices" Screen67
Zero Balance, Cable and Probe Calibration69
Figure 10Balance / Calibration69
Setting the Display, Time and Language70
Table 26 Display, Time and Language70
Testing71
Requirements for Tests and Measurements71
Connecting the Safety Measuring Lines74
Figure 11Device View - Jacks75
Automatic Testing76
Manual Testing77
Individual Tests79
Testing the Protective Conductor Resistance79
Figure 12Testing the Protective Conductor Resistance79
Testing the Insulating Resistance80
Figure 13Testing the Insulating Resistance, Class I80
Figure 14Testing the Insulating Resistance, Class81
Figure 15Testing the Insulating Resistance, Class82
Testing the Protective Conductor Current83
Figure 16Testing the Protective Conductor Current (Connection Diagram, Circuit Diagram)83
Testing the Contact Current84
Figure 17Testing the Contact Current, Class I (Connection Diagram Exemplary for VDE 0701 and VDE 0702, Circuit Diagram)84
Figure 18Testing the Contact Current, Class85
Testing the Device Leakage Current86
Figure 19Testing the Device Leakage Current (Connection Diagram for VDE 0751-1, Circuit Diagram)86
Testing the Patient Leakage Current87
Figure 20Testing the Patient Leakage Current, Class I88
Figure 21Testing the Patient Leakage Current, Class88
Functional Test90
Figure 22Functional Test (Connection Diagram, Circuit Diagram)90
Cable Continuity Test91
Figure 23Cable Continuity Test (Example: Multiple Socket, Connection Diagram, Circuit Diagram)91
Testing the Safety Extra-Low Voltage92
Figure 24Testing the Safety Extra-Low Voltage, Class I (Connection Diagram, Circuit Diagram)92
Testing the Voltage of the Welding Circuit93
Figure 25Testing the Voltage of the Welding Circuit (Connection Diagram, Circuit Diagram)93
Testing the Contact Current of the Welding Circuit94
Figure 26Testing the Contact Current of the Welding Circuit (Connection Diagram, Circuit Diagram)94
Testing of Prcds95
Figure 27Testing of Prcds (Connection Diagram)95
Maintenance96
Maintenance Schedule96
Making the Device Free of Voltage96
Table 27 Maintenance Schedule96
Cleaning the Device97
Calibrating the Device97
Installing an Update (GUI, Firmware)98
Recovering the Password99
Technical Data100
Table 28 Technical Data100
Disposal and Environmental Protection101
Appendix102
Automatic Test Procedures102
Automatic Test Procedures According to en 50678 (VDE 0701) and en 50699 (VDE 0702)102
Table 29 Test Procedures According to en 50678 (VDE 0701) and en 50699 (VDE 0702) for Class I103
Table 30 Overview of Test Procedures According to en 50678 (VDE 0701) and en 50699 (VDE 0702) for Class I (1 to 16)104
Table 31 Overview of Test Procedures According to en 50678 (VDE 0701) and en 50699 (VDE 0702) for Class I (17 to 32)104
Table 34 Overview of Test Procedures According to en 50678 (VDE 0701) and en 50699 (VDE 0702) for104
Table 35 Test Procedures According to en 62353 (VDE 0751-1) for Class I105
Table 37: Overview of Test Procedures According to en 62353 (VDE 0751-1) for Class I (1 to 5) / Class II106
Table 38 Test Procedures According to en 60974-4 (VDE 0544-4) for Class I106
Table 40 Overview of Test Procedures According to en 60974-4 (VDE 0544-4) for Class I (1 to 3)107
Manual Test Procedures According to en 62353 (VDE 0751-1)108
Table 41 Manual Test Procedures According to en 50678 (VDE 0701) and en 50699 (VDE 0702)108
Manual Test Procedures According to en 60974-4 (VDE 0544-4)109
Table 42 Manual Test Procedures According to en 62353 (VDE 0751-1)109
Test Standards110
Table 43 Manual Test Procedures According to en 60974-4 (VDE 0544-4)110
Table 44 Overview of Test Standards110
Factory Settings and Measured Values111
Factory Settings and Measured Values - Protective Conductor Resistance Tests111
Table 45 Overview of Test Steps111
Factory Settings and Measured Values - Insulating Resistance Tests112
Table 47 Measured Values According to Measuring Specifications - Protective Conductor Resistance Tests112
Table 48 Factory Settings of the Limits for Insulating Resistance Tests112
Factory Settings and Measured Values - Current Measuring Method113
Table 49 Measured Values According to Measuring Specifications - Insulating Resistance Tests113
Table 50 Factory Settings of the Limits for Protective Conductor Current Test113
Table 51 Factory Settings of the Limits for Contact Current Test113
Table 52 Factory Settings of the Limits for Leakage Current Test113
Table 53 Protective Conductor Resistance - Alternative Leakage Current Measuring Method113
Factory Settings and Measured Values - Functional Test114
Table 54 Measured Values According to Measuring Specifications - Differential Current Measuring Method114
Table 55 Measured Values According to Measuring Specifications - Direct Current Measuring Method114
Table 56 Measured Values According to Measuring Specifications - Functional Test114
Table 57 Factory Settings of the Limits for Cable Continuity Test114
Factory Settings and Measured Values - Safety Extra-Low Voltage Test115
Factory Settings and Measured Values - PRCD Test115
Table 58 Measured Values According to Measuring Specifications - Cable Continuity Test115
Table 59 Measured Values According to Measuring Specifications - Safety Extra-Low Voltage Test115
Table 60 Factory Settings of the Limits for PRCD-AC115
Table 61 Factory Settings of the Limits for PRCD-A und PRCD-F115
Table 62 Factory Settings of the Limits for PRCD-B und PRCD-B115
Table 63 Factory Settings of the Limits for PRCD 2-Pin, 3-Pin, K, S and S115
Factory Settings and Measured Values - Voltage of the Welding Circuit Test116
Factory Settings and Measured Values - Times116
Table 64 Measured Values According to Measuring Specifications - PRCD116
Table 65 Factory Settings of the Limits for Voltage of the Welding Circuit Test116
Table 66 Measured Values According to Measuring Specifications - Voltage of the Welding Circuit Test116
Table 67 Factory Settings of the Limits for Times116
Measuring Methods117
Remote Control118
Remotely Controlling the Device Via the PC118
Remotely Controlling the Device Using a Smartphone or Tablet119
Index120

Benning ST 755+ - Disposal and Environmental Protection

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