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E-mail
sales@gmci-china.cn
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Phone
13817443004
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Address
Room 703, Building B, No. 455 Yanzhan Road, Songjiang District, Shanghai
Dianlishi (Shanghai) Electronics Co., Ltd
sales@gmci-china.cn
13817443004
Room 703, Building B, No. 455 Yanzhan Road, Songjiang District, Shanghai
Application scope of Rigel Uni Pulse 400 defibrillator analyzer:
The Uni Pulse 400 pacemaker analyzer is an ultra compact and portable energy testing device on the market, capable of accurately verifying all defibrillation and pacing instruments currently on the market. Defibrillators are compatible with traditional single-phase wave modes, standard biphasic wave, biphasic square wave, modulated biphasic wave, pulse mode defibrillators, as well as all automatic external defibrillators (AEDs).

Rigel Uni-Pulse 400Defibrillator pacemaker analyzerKey Features:
☆ Test various types of energy release, compatible with single-phase, two-phase, two-phase square wave, pulse and various discharge forms
☆ Test the synchronous electrical cardioversion performance of the heart
☆ Test the performance of automatic external defibrillation
☆ Provide patient sign testing loads with different chest impedances ranging from 10-300 Ω
☆ Support energy release (voltage, current, load) process data analysis, waveform drawing, and comparison of morphological details
☆ Built in standard analog signal generator, capable of outputting electrical performance test signals and standard electrocardiogram signals required for electrocardiogram testing
☆ Simulate over 40 selectable arrhythmias
☆ Can detect the function of percutaneous pacemaker
☆ Simulation of 5 types of pacemakers
☆ Charge and discharge time test
☆ High sampling rate supports fine data analysis, USB can be directly downloaded to PC
☆ Rechargeable battery, can run without external power supply
☆ Color LCD display screen, large characters, clearer reading
☆ Use full character buttons and navigation keys to quickly and intuitively enter customer information and store all test results
☆ Multi language firmware to meet different user needs
☆ Portable, compact, and sturdy
Product Introduction:
Used for defibrillators (monitors)& Automatic External Defibrillator (AED)& Pacemaker performance testing
Rigel Uni Pulse 400 Defibrillator Analyzer Technical Parameters:
Defibrillation energy measurement | |
load resistor |
50 Ω± 1% insensitivity (with built-in standard load) External variable load box 10-300 Ω; ±1%, 10,15,20,25,50,75,100,125,150,175,200,250,300 Ω (External load Optional) |
Low energy range |
0-199.9 joules |
accuracy |
± 1% ± 0.1 joules of reading |
High energy range |
200-600 joules |
accuracy |
± 1% ± 1.0 joules of reading |
display resolution |
0.01 joules |
peak voltage |
0 - 5000Vdc |
peak current |
0 – 120A |
sampling rate |
250 kHz sampling frequency |
pulse width |
5us - 120ms |
counter | |
Charging time |
0-999.9s, Accuracy ± 0.05s |
Pulse waveform of external automatic defibrillator (AED) | |
Normal sinus rhythm (NSR) |
20 - 300 BPM, Amplitude 1.00mV (± 2%) |
Cardiac arrest (ASYS) |
|
Ventricular fibrillation rough (VFBC) |
240 BPM, Amplitude 1.00mV (± 2%) |
Ventricular fibrillation fine (VFBF) |
240 BPM, Amplitude 1.00mV (± 2%) |
Monomorphic ventricular tachycardia (MVT) |
210 BPM, Amplitude 1.00mV (± 2%) |
Atrial fibrillation (AFB) |
20 - 300 BPM, Amplitude 1.00mV (± 2%) |
ECG simulator with 12 lead ECG simulation, including high-level output | |
Electrocardiogram waveform - sinus type |
20 - 300 BPM, Accuracy ± 1% Amplitude 0.50-5.00mV, accuracy ± 2% |
Normal sinus rhythm (NSR) |
20 - 300 BPM, Amplitude 0.50-5.00mV (± 2%) |
ST wave (STE) |
20 - 300 BPM, Amplitude 0.50-5.00mV (± 2%) |
ST Depression (STD) |
20 - 300 BPM, Amplitude 0.50-5.00mV (± 2%) |
Myocardial infarction (MI) |
20 - 300 BPM, Amplitude 0.50-5.00mV (± 2%) |
高 T(TT) |
|
Cardiac arrest (ASYS) |
|
Electrocardiogram waveform - ventricular arrhythmia | |
Ventricular premature beats intermittent (PVCI) |
80 BPM, Amplitude 0.50-5.00mV (± 2%) |
Bigeminy (BIG) |
80 BPM, Amplitude 0.50-5.00mV (± 2%) |
Trigeminy (TRIG) |
80 BPM, Amplitude 0.50-5.00mV (± 2%) |
Ventricular flutter (VFLT) |
240 BPM, Amplitude 0.50-5.00mV (± 2%) |
Ventricular fibrillation rough (VFBC) |
240 BPM, Amplitude 0.50-5.00mV (± 2%) |
Ventricular fibrillation fine (VFBF) |
240 BPM, Amplitude 0.50-5.00mV (± 2%) |
Monomorphic ventricular tachycardia (MVT) |
210 BPM, Amplitude 0.50-5.00mV (± 2%) |
Right ventricular premature beats (RFPVC) |
80 BPM, Amplitude 0.50-5.00mV (± 2%) |
Electrocardiogram waveform - atrial conduction arrhythmia | |
First level AV Bok (FAVB) |
80 BPM, Amplitude 0.50-5.00mV (± 2%) |
Secondary AV module - Mobitz I (SAVB_MI) |
80 BPM, Amplitude 0.50-5.00mV (± 2%) |
Secondary AV module - Mobitz II (SAVB_MII) |
80 BPM, Amplitude 0.50-5.00mV (± 2%) |
Triple AV module (TAVB) |
50 BPM, Amplitude 0.50-5.00mV (± 2%) |
Electrocardiogram waveform - atrial arrhythmia | |
Sinus arrhythmia (SAR) |
20 - 300 BPM, Amplitude 0.50-5.00mV (± 2%) |
Leakage (MB) |
20 - 300 BPM, Amplitude 0.50-5.00mV (± 2%) |
Atrial flutter (AFLT) |
300 BPM, Amplitude 0.50-5.00mV (± 2%) |
Atrial fibrillation (AFB) |
20 - 300 BPM, Amplitude 0.50-5.00mV (± 2%) |
Paroxysmal atrial tachycardia (PAT) |
180 BPM, Amplitude 0.50-5.00mV (± 2%) |
Premature Contraction of Connections (PJC) |
20 - 300 BPM, Amplitude 0.50-5.00mV (± 2%) |
Compatible pacing signals with pacemaker types | |
Atrial inhibitory pacing (AAI) - on-demand type |
20 - 300 BPM, Pulse amplitude 0.50-5.00mV, pulse width 0.1-2.0ms |
Asynchronous atrial pacing (AOO) - fixed frequency |
20 - 300 BPM, Pulse amplitude 0.50-5.00mV, pulse width 0.1-2.0ms |
Adjustable pacemaker (PCR) - in vitro remote control |
20 - 300 BPM, Pulse amplitude 0.50-5.00mV, pulse width 0.1-2.0ms |
Ventricular inhibitory pacing (VVI) - on-demand type |
20 - 300 BPM, Pulse amplitude 0.50-5.00mV, pulse width 0.1-2.0ms |
Dual chamber sensing and dual chamber pacing sequential pacing (DDD) - multi-mode |
20 - 300 BPM, Pulse amplitude 0.50-5.00mV, pulse width 0.1-2.0ms |
R-wave inhibitory pacing (RWD) - on-demand type |
20 - 300 BPM, Pulse amplitude 0.50-5.00mV |
ECG performance waveform | |
正弦 (SINE) |
0.1 - 300Hz,1.00 - 10.00mV |
Square wave (SQ) |
0.1 - 300Hz,1.00 - 10.00mV |
Triangular waves (TRI) |
0.1 - 300Hz,1.00 - 10.00mV |
Sawtooth (SAW) |
0.1 - 300Hz,1.00 - 10.00mV |
Anti aliasing (INVSAW) |
0.1 - 300Hz,1.00 - 10.00mV |
Pulse (PULSE) |
0.1 - 300Hz,0.50 - 5.00mV |
Noise in electrocardiogram | |
amplitude |
0 - 10.00mV |
frequency |
50 - 60Hz |
ECG output mode | |
low level |
Equipped with 12 lead ECG terminals and defibrillator pad adapters |
high level |
Jack audio terminal output |
Accuracy of electrocardiogram signals | |
heart rate |
±1% |
amplitude |
± 2% (LA-LL, lead II), ± 10% (defibrillator pad) |
Compatible pacing methods | |
Atrial inhibitory pacing (AAI) - on-demand type |
20 - 300 BPM, Pulse amplitude 0.50-5.00mV, pulse width 0.1-2.0ms |
Asynchronous atrial pacing (AOO) - fixed frequency |
20 - 300 BPM, Pulse amplitude 0.50-5.00mV, pulse width 0.1-2.0ms |
Adjustable pacemaker (PCR) - in vitro remote control |
20 - 300 BPM, Pulse amplitude 0.50-5.00mV, pulse width 0.1-2.0ms |
Ventricular inhibitory pacing (VVI) - on-demand type |
20 - 300 BPM, Pulse amplitude 0.50-5.00mV, pulse width 0.1-2.0ms |
Dual chamber sensing and dual chamber pacing sequential pacing (DDD) - multi-mode |
20 - 300 BPM, Pulse amplitude 0.50-5.00mV, pulse width 0.1-2.0ms |
R-wave inhibitory pacing (RWD) - on-demand type |
20 - 300 BPM, Pulse amplitude 0.50-5.00mV |
Output testing of pacemaker | |
Load of percutaneous pacing mode |
50 Ω (built-in fixed), optional external variable load 25-200 Ω |
accuracy |
1%, no sensation |
Overvoltage protection |
5000V |
Variable test load for implantable pacemakers |
50 to 1600 Ω, 50 Ω step |
accuracy |
1%, no sensation |
Pulse frequency (pulse interval) |
5.0 to 800 ppm |
accuracy |
+/-(0.5% reading+0.1ppm) |
heart rate |
20 - 300 bpm |
Underload and overload |
85% (20 bpm) and 115% (300 bpm) |
Waveform selection |
Sinus heart rate, ventricular fibrillation (coarse), ventricular fibrillation (fine), monophyletic ventricular tachycardia, atrial fibrillation, missed beats, R-wave detection signal |
Pulse current amplitude |
5.00 - 200mA |
accuracy |
+/-(1% reading+0.02mA) |
Types of pacing current: average value (RMS), leading edge, trailing edge, peak value (peak value in pulse mode) | |
pulse width |
1.00 - 100ms |
accuracy |
+/-(0.5% reading+0.01ms) |
pulse energy |
1μJ - 2.00J |
accuracy |
+/- 4%+10μJ |
|
Compatible with algorithms from pacemaker manufacturers CU Medical,GE,HP,Laerdal,Mindray, Philips,PhysioControl,Schiller,WelchAllyn,Zoll | |
Pacemaker refractory testing | |
Refractory period (for dual pulse generators, pacing refractory period and sensing refractory period) |
15 - 500mS |
accuracy |
+/- 1ms |
Pacemaker sensitivity (perception threshold) test | |
Pacing signal waveform |
R-wave |
polarity |
Positive and negative poles can be set |
Pacemaker anti-interference test | |
heart rate |
20-300 bpm |
Frequency of power frequency disturbance |
50 or 60 Hz |
Noise level |
0-15.0mV |
General Specifications | |
Language setting |
Chinese, English, etc |
Overall dimensions |
220mm x 150mm x 90mm (length x width x height) |
weight |
1.5kg |
operating power supply |
12V/2400mAh nickel metal hydride battery pack |
Grid power supply |
110/230V AC; 48 ~ 66Hz, 35VA |
storage environment |
-15°C ~ +60°C |
runtime environment |
0°C ~ +40°C |
Environmental protection level |
IP 40 |
communication |
USB |
display |
High definition LCD color screen |
storage |
100 test results, including charts |