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Patient’s safety
IV
To prevent the environment pollution, the device and accessories (e.g. battery) shall be disposed
in accordance with national laws after their useful lives. Contact your municipality to check
where you can safely dispose of old batteries.
Do not connect items not specified as parts of DENA 650 .
Do not expose DENA 650 near any local heating item such as the direct radiation.
It is possible to increase leakage current when touching the patient and connected devices, or
when several systems as well as DENA 650 are connected to the patient simultaneously.
Due to the possibility of explosion, the equipment is not suitable for use in the presence of a
flammable anaesthetic mixture or in oxygen-rich places.
To protect patient against the electrical shock hazards, DENA 650 needs to be connected to
grounded power receptacle.
If any liquid is spilled on the system or accessories, immediately turn off the system and wipe
up it by a soft cloth. If water seeps into the device, it should be inspected by trained personnel
before reuse.
Electric and magnetic fields cause the device to malfunction. DENA 650 must be installed and
serviced in accordance with the information in Appendix 3
Electrocardiograph needs to be installed and put into service according to the EMC information
provided in the Appendix 3.
To prevent EMC effect on DENA 650, it should not be used adjacent to or stacked with other
equipment and that if adjacent or stacked use is necessary, the system should be checked for
normal operation in the configuration in which it will be used.
Do not use DENA 650 during X-ray and Magnetic Resonance imaging. Induced current could
potentially cause burns and may affect the accuracy of DENA 650 measurements. DENA 650
may also adversely affect MRI and X-ray images.
Summary of Contents for Dena 650
Page 1: ...User Manual Dena Electrocardiograph DENA 650 Linux AADAT Co D00912 7...
Page 3: ......
Page 11: ......
Page 12: ...Chapter 1 Introduction 1 1 Introduction...
Page 25: ...Chapter 1 Introduction 14...
Page 26: ...Chapter 2 System settings 15 2 System settings...
Page 38: ...Chapter 3 Patient information 27 3 Patient information...
Page 41: ...Chapter 3 Patient information 30...
Page 42: ...Chapter 4 Patient preparation 31 4 Patient preparation...
Page 47: ...Chapter 4 Patient preparation 36 Lead Placement Diagram Figure 4 4 Lead placement digram...
Page 48: ...Chapter 5 Recording Operation 37 5 Recording Operation...
Page 52: ...Chapter 6 ECG analysis and measurement 41 6 ECG analysis and measurement...
Page 58: ...Chapter 7 Data management 47 7 Data management...
Page 64: ...Chapter 8 Care and Cleaning 53 8 Care and Cleaning...
Page 71: ...Chapter 8 Care and Cleaning 60...
Page 72: ...Chapter 9 Troubleshooting and Error messages 61 9 Troubleshooting and Error messages...
Page 77: ...Chapter 9 Troubleshooting and Error messages 66...
Page 78: ...Chapter 10 Technical specification 67 10 Technical specification...
Page 81: ...Chapter 10 Technical specification 70...
Page 82: ...Appendix 1 Accessories 71 Appendix 1 Accessories...
Page 84: ...Appendix 2 System parameters 73 Appendix 2 system parameters...
Page 87: ...Appendix 2 System parameters 76...
Page 88: ...Appendix 3 Electromagnetic compliance EMC 77 Appendix 3 Electro magnetic compliance...
Page 93: ...Appendix 3 Electromagnetic compliance EMC 82...
Page 94: ...Appendix 4 The GLASGOW program 83 Appendix 4 The GLASGOW program...
Page 101: ......