1) The input mode is designed with advanced floating and defibrillation protection, ensuring reliable and safe operation.
2) The device consistently supports the standard 12-lead configuration, providing comprehensive ECG recording capabilities.
3) Patient safety is prioritized with a patient leak current of less than 10 µA, minimizing risk during operation.
4) The input impedance is impressively rated at ≥ 2.5 MΩ, guaranteeing accurate signal acquisition and interpretation.
5) Experience an extensive frequency response range from 0.01Hz to 300Hz (-3dB), offering precise ECG waveform capture across a broad spectrum.
6) A robust time constant of ≥ 3.2 seconds ensures stability and reliability of ECG signal processing.
7) Benefit from a superior CMRR of over 105 dB, enhancing the clarity and accuracy of ECG signal recordings.
8) Advanced filtering options include power frequency (AC 50/60 Hz), EMG (25 Hz/35 Hz (-3 dB)), and baseline drift filters, optimizing signal clarity for accurate diagnostics.
9) The thermal printing system provides efficient and high-quality printing of ECG recordings, ensuring reliable documentation of patient data.
10) Equipped with high-speed thermal paper measuring 210 mm (W) × 20 m (L), the printing system delivers large-scale, uninterrupted documentation capabilities.
11) Experience precision like never before with our paper speed settings that cater to your every need: 5 mm/s, 6.25 mm/s, 10 mm/s, 12.5 mm/s, 25 mm/s, and 50 mm/s, all with an impeccable error margin of ± 5 %.
12) Gain clarity and precision with our adjustable sensitivity settings: choose from 2.5, 5, 10, 20, and 40mm/mV, ensuring accuracy within ± 2 % for the most reliable results.
Our standard sensitivity is finely tuned at 10 mm/mV with a remarkable accuracy of ± 0.2 mm/mV.
13) Tailor your recording experience with our versatile modes: automatic, rhythm-focused, or manual recording to best suit your clinical requirements.
14) Comprehensive measurement parameters include HR, P-R interval, P Duration, QRS Duration, T Duration, Q-T interval, Q-Tc, P Axis, QRS Axis, T Axis, R (V5) amplitude, S (V1) amplitude, and R (V5) + S (V1) amplitude, providing a full spectrum analysis.
15) Rest assured with our impeccable safety standards: class I, defibrillation-proof type CF applied part, ensuring utmost safety in all clinical environments.
16) Handle even the most challenging polarizing voltages seamlessly with a range of ± 610 mV, ensuring reliable performance.
17) Maintain clarity and accuracy in every reading with an exceptional noise level of ≤ 12 µVp-p.
18) Experience unmatched detail with a sampling frequency for ECG signal input at a remarkable 32 kHz, capturing every nuance with precision.
19) Process waveform data with finesse using a sampling frequency of 1 kHz, ensuring each detail is captured accurately.
20) Achieve outstanding precision with a sampling accuracy of 24-bit, offering unparalleled detail and clarity.
21) Our system's minimum detection capability ensures even a 10 Hz, 20 µV (peak-to-peak) sinusoidal signal is effortlessly recorded with visible deflection.
22) Pacemaker detection is comprehensive across all leads, providing confidence in accurate monitoring.
23) The input signal reproduction is highly accurate, boasting a precision margin of ± 5 %, ensuring trustworthy results.
24) With amplitude quantization at ≤ 5µV/LSB, every signal is captured with exceptional precision and detail.
25) The time deviation in each channel is impressively minimal at <100 µs, ensuring synchronized accuracy across channels.
26) Power supply options are versatile and reliable:
AC input options range from 100V to 240V (50/60 Hz), accommodating a variety of power environments.
For mobility, our DC power source relies on a robust 14.8 V / 5200 mAh rechargeable lithium battery, ensuring prolonged usage.
27) The device's design prioritizes user safety with a degree of protection against liquid ingress rated at IPX0.
28) Operate smoothly with confidence, as the device is designed for continuous operation, offering reliability day in, day out.