Six Channel ECG Machine KEC-B100

Six Channel ECG Machine KEC-B100 is equipped with a high resolution 6” LCD real-time color display of waveforms. KEC-B100 performs 12-lead ECG simultaneous acquisition with 3 operational modes namely Auto, Manual and Analysis. Our system ensures optimal safety against defibrillators and pacemakers. Equipped with digital noise & EMG filters to deliver accurate results along with automatic baseline drift prevention facility for systematic print results

LCD Display : 6” LCD real-time
Expandable Storage : Up to 250 ECGs
Paper Speed : 5 / 6.25 / 10 / 12.5 / 25 / 50 (mm/s)

Specification

LCD Display	6” LCD real-time
Expandable Storage	Up to 250 ECGs
Paper Speed	5 / 6.25 / 10 / 12.5 / 25 / 50 (mm/s)
Sensitivity	2.5, 5, 10, 20, 40 (mm/mV), Auto
Safety Standard	IEC Class I, Type CF
Acquisition Mode	12 lead parallel
Channel Display	6 CH
Input Circuit	Floating, protection against Defibrillator & Pacemaker
Input Circuit Current	≤ 50 nA
Input Impedance	≥ 50 MΩ
A/D Converter	12 bit
Time Constant	≥3.2 s
Frequency Response	0.05 Hz to 165 Hz
Built-in Storage	Up to 12 ECGs
Connectivity	RS-232 serial port
Calibration Voltage	1 mV ± 2 %
Noise Level	<15 µ Vp-p
Anti-Baseline Drift	Auto
EMG Filter	35 Hz ~ 45 Hz (- 3 dB)
ADS Filter	(0.15 Hz - 0.50 Hz) Auto
HUM Filter	50 Hz/60 Hz (-20 dB)
CMRR	≥ 100 dB
Leakage Current	< 10 µA
Paper Width	112 mm
Paper Length	20/30 mm
Power supply	AC: 110/220 V, 50/60 Hz, 85 V ~ 265 V (optional) DC: 14.4 V
Built-in Battery	Rechargeable Lithium
Dimension	345 mm x 300 mm x 80 mm
Weight	2.5 Kgs

Features

12-lead ECG simultaneous acquisition
Selectable ECG report formats (Standard/Cabrera)
Default patient data storage up to 12 ECG
Selectable print modes (Auto/Man/Ana)
Digital filters eliminate noise, motion artifacts and prevent baseline drift
Patient data storage expandability up to 250 ECGs (Optional)
Alarms for lead-off and low battery conditions
Network connectivity with PC for data transfer (Optional)

Applications

Used in clinics, hospitals & emergency wards to diagnose and detect symptoms of various heart disease and arrhythmias, determine a patient’s response to drug therapy, and reveal trends or changes in heart function.