Ge Mac 1200 Ecg Machine Manual



All MAC 1200 ECG machines from GE Medical offer individually adjustable output formats for evaluation of the ECG and for archiving: One A4 page for the complete 12-channel resting ECG with all relevant curves, patient data, date, time and instrument settings Configurable parameters of the stress test reports. GE Marquette MAC 1200 MAC1200 Interpretive ECG/EKG Electrocardiogram Machine OEM Multi-Link Cable Included and Power Cord (modem cable not included) Please Ask For If You Have Any Questions Used Battery I have More Units Available The MAC® 1200 ST digital, 12-lead electrocardiograph system offers comprehensive ECG solutions with practical features that meet the needs of hospitals, clinics.

Tips for buying ECG

The GE MAC 1200 is a digital 12-lead EKG Machine that offers comprehensive ECG solutions. The MAC 1200 offers practical features that help meet the demanding needs of hospitals, clinics, office-based practices, and clinical trials. GE Healthcare MAC 1200 ST Resting/Stress ECG System The MAC® 1200 ST digital, 12-lead electrocardiograph system offers comprehensive ECG solutions with practical features that meet the needs of hospitals, clinics, office-based practices and clinical trials. Its advanced algorithm capabilities, seam. The information in this manual only applies to MAC 1200 software version 6. It does not apply to earlier software versions. Due to continuing product innovation, specifications in this manual are subject to change without notice. Listed below are GE Medical Systems Information Technologiestrademarks.

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Ge Mac 1200 Ecg Machine Manual Download

  1. A multichannel ECG should record the standard 12 leads. It should have at least 3 channels of simultaneous ECG data, and be capable of simultaneous acquisition of all 12 leads. It should measure all basic axes and durations including: RR, PQ, QT, ATC, P, QRS, T, and HR.
  2. Battery status markers should be available on the electrocardiograph, as well as indicators for loose electrode contact, systems status, and artifacts.
  3. The device should be able to store ECG waveforms for later retrieval, printing, and transmission.
  4. The ECG should enable the user to enter patient data, which should include the patient's name or ID number, age, sex, weight, and height. The data will also contain the recording date and time, sensitivity setting, chart speed, and leads being recorded.
  5. The ECG device should have an RS232 port or other appropriate digital interface to allow its communications with other devices such as electrocardiographs, computers, or a data management system.
  6. The ECG may come with a complete interpretation software package and should store at least 20 ECGs. It can also include an expandable storage capability.
  7. The unit should be able to print at least 3 leads of the ECG waveform continuously with manual switching between leads. It should provide sensitivity settings of at least 2.5, 5, 10, and 20 mm/mV and recorders with a typical chart speed of 5, 10, 25, and 50 mm/sec.
  8. ECG devices designed for adult defibrillation should have energy settings of 50-360 J.
  9. ECG devices capable of internal or pediatric defibrillation or synchronized cardio version should have energy settings of 5-50 J.
  10. ECG devices for neonatal applications should have additional low-energy settings of 1-20 J.
  11. Units should be able to charge to maximum energy in less than 15 seconds over the full range of battery-charge indicator levels.
  12. The unit should automatically disarm within two minutes if not intentionally discharged.
  13. Interpretative electrocardiograph units should have the option of running on battery power. Line-powered ECG units will not disarm when the line cord is unplugged or when line power is otherwise interrupted.
  14. The monitor should display a clear and distinct marker to indicate the synchronization point on the ECG waveform.
  15. The defibrillator's ECG input amplifiers should be protected against damage from discharge energy.
  16. The display should recover a readable ECG trace within five seconds of an input overload from a maximum-energy defibrillator pulse.
  17. The interpretative electrocardiograph unit should include a recorder, and the recorded strip should include periodic annotations.

Tips for buying ECG

Ge Mac 1200 Ekg Machine Manual

  1. A multichannel ECG should record the standard 12 leads. It should have at least 3 channels of simultaneous ECG data, and be capable of simultaneous acquisition of all 12 leads. It should measure all basic axes and durations including: RR, PQ, QT, ATC, P, QRS, T, and HR.
  2. Battery status markers should be available on the electrocardiograph, as well as indicators for loose electrode contact, systems status, and artifacts.
  3. The device should be able to store ECG waveforms for later retrieval, printing, and transmission.
  4. The ECG should enable the user to enter patient data, which should include the patient's name or ID number, age, sex, weight, and height. The data will also contain the recording date and time, sensitivity setting, chart speed, and leads being recorded.
  5. The ECG device should have an RS232 port or other appropriate digital interface to allow its communications with other devices such as electrocardiographs, computers, or a data management system.
  6. The ECG may come with a complete interpretation software package and should store at least 20 ECGs. It can also include an expandable storage capability.
  7. The unit should be able to print at least 3 leads of the ECG waveform continuously with manual switching between leads. It should provide sensitivity settings of at least 2.5, 5, 10, and 20 mm/mV and recorders with a typical chart speed of 5, 10, 25, and 50 mm/sec.
  8. ECG devices designed for adult defibrillation should have energy settings of 50-360 J.
  9. ECG devices capable of internal or pediatric defibrillation or synchronized cardio version should have energy settings of 5-50 J.
  10. ECG devices for neonatal applications should have additional low-energy settings of 1-20 J.
  11. Units should be able to charge to maximum energy in less than 15 seconds over the full range of battery-charge indicator levels.
  12. The unit should automatically disarm within two minutes if not intentionally discharged.
  13. Interpretative electrocardiograph units should have the option of running on battery power. Line-powered ECG units will not disarm when the line cord is unplugged or when line power is otherwise interrupted.
  14. The monitor should display a clear and distinct marker to indicate the synchronization point on the ECG waveform.
  15. The defibrillator's ECG input amplifiers should be protected against damage from discharge energy.
  16. The display should recover a readable ECG trace within five seconds of an input overload from a maximum-energy defibrillator pulse.
  17. The interpretative electrocardiograph unit should include a recorder, and the recorded strip should include periodic annotations.