- Overview
- Product Description
- Company Profile
Basic Info.
Model NO.
Altai DP1
Storage
90 Minutes Each for ECG Data and Around Sounds
Voice Guide
Customized Languages
Battery Pack
Non Rechargeable Li-Mno2 Battery (12V, 6000mAh)
Electrode Pads
Preinstalled, Adult/Child Compatible
Data Retrieve
Bluetooth
Transport Package
Carton
Specification
320*230*85 mm
Trademark
Dongjiang, CMICS
Origin
Guangdong, China
HS Code
9018199000
Production Capacity
50, 000 Sets/Year
Product Description
Portable AED Defibrillator with Low Enetergy BTE, Preinstalled Pads, High Capacity Battery
| ECG Analysis | 8.5 Second | Battery Pack | Non rechargeable Li-MnO2 battery 12V, 6000 mAh 4 year lifetime |
| Hi-Cap Charging | 8 Second | Shock Frequency | Not less than 400 times |
| Shock output | 50 J (child), 150 J (adult) | Electrode Pads | Disposable and adhesive Adult/pediatric compatible Preinstalled 6 year lifetime |
| Data Storage | 90 minutes each for ECG data and aroun sounds | Voice Guie | English/Chinese Cutomized languages |
| Data transfer protocol | Bluetooth | Net Weight | 2.3 Kg |
| Button Operating | Power, Analysis,Shock | Warranty | 2 year |
| Standard Configuration | 1 x main unit, 1 x battery pack 1 x electrode pads (2 pcs) 1 x carry case | Optional Configuration | Standing/wall mount cabinet AED trainer First aid kit PC software |
Features
* Biphasic Truncated Exponential with low energy to minimize myocardial injury
* Not rechargeable Li-MnO2 battery with high capacity supporting up to 400 shocks
* Automatic recording of ECG data & around sounds throughout the complete operating
* Preinstalled electrode pads with compatibility to adult and child
* One step operating for cover open and power on at the same time
* Daily selftest and automatic selftest upon power on
* Available with adult mode and child mode
* Automatic voice guide throughout the complete operation
* Automatic indication of unit status
* Alarm of low battery capacity and change of new one
* Optional PC software for data retrieve and download
Advantage of Low Energy BTE
* Automatic compensation and adjustment of waveform as per load impedance
* Shorter time in ECG analysis and shock preparation
* Simultaneous ECG analysis and precharging
* Higher success rate in defibrillating
* With minimum injury to myocardium
* Better for rehabilitation
* Faster in response
