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Specification

Introduction
Adopting wireless distribution system for ZD100 is for satisfying the demand from various kinds of clinical environments for the central monitoring system. It easily solves the problem caused by cable network. The network for ZD100 is IEEE802.11b/ g/ n. It adopts 2.4GHz frequency band, and its modulation mode is compensation code keying ( CCK) . Moreover, it adopts TCP/ IP protocol achieving a high transmission speed of 108M. The wireless distribution system adopts multi-relay mode ( wireless Router) to solve the problem of distance and dead angle troubling the traditional wireless system. It can fully realize wireless point-to-point seamless connection between the central monitoring system with clinical monitor. The internet roaming function brings a realization of remote monitoring. That contributes to the wireless monitoring for the hospitals.
Details
Monitoring parameters: ECG, ST segment, HR, RESP, NIBP, SPO2, PR, TEMP IBP and ETCO2

Realize key monitoring, maximum 9 waveforms displayed ( 4 channels of ECG SPO2 RESP; double IBP and ETCO2)

The central station displays monitoring waveforms for d16 sickbeds at the same time.

It automatically identifies the sickbed. It is simply to turn the bedside machine on to start monitoring.

Bi-directional communication control function: from the central monitoring system, it is to adjust the alarm limit of the bedside machine, to start the specified parameter for measurement, and to adjust the corresponding setup.

Options for wireless or cable central network; the wireless monitoring network will better satisfies the clinical demand.

Internal battery or uninterrupted UPS ( 1KVA, 4H) are for option for continuous monitoring in case of power failure.

Alarm and alarm limit setup: The upper and lower limit for all the parameters can be set up. Sound-light alarm can also be provided.
Technical Characteristics of Wireless Network:
Moveable: It breaks through the limit of fixed monitoring sickbed troubled with the traditional central network. According to the demand for different sickbeds, the bedside machine can be freely moved for better portable performance of the monitoring device.
Easy installation: Because of no wiring required, it is free of the heavy work caused by wall or ceiling wiring. No change of current sickroom structure is needed. That will not affect the normal operation of the hospital. The more simple installation greatly shortens the time of network establishment.
Convenient upgrade: The central monitoring system with wireless local area network topological structures adopted can freely increase bedside monitoring free of change for network structure and system. That is convenient for hospital information upgrade.
Simple maintenance: No wire and wiring are needed. In the frequent moving and change environment, that greatly saves labor and cost for network maintenance. The wireless local area network is of more maintenance advantages comparing with the traditional central network.
Stable signal: It adopts signal receiving to relay mode ( wireless Router) and supports multi hot points transmission for ensuring a never lost wireless signal.
Built-in emitter: No external network emitter is required for the bedside machine. The built-in wireless emitter ensures a beautiful appearance of the product. That benefits a realization of bedside monitoring and makes it more portable and convenient.
Multi frequency bands: The same department or hospital can be equipped with couples of central monitoring systems at the same time. The multi frequency bands adopted make the signals free of interference, and more effectively to avoid the interference caused by outside signal.
Remote monitoring: All the computers those are used for internet can realize the wireless monitoring of various information of the patient to satisfy the requirements from clinical doctors for real time monitoring anywhere