飛利浦 十二導程心電圖PageWriter Trim系列
心電圖監測世界第一品牌飛利浦，十二導程心電圖監測及報告列印，具自動診斷及判讀功能。
Practical performance for quality without compromise
The PageWriter Trim II cardiograph offers fast-paced clinical environments a unique blend of cost-effective, practical and exceptionally versatile performance. This compact, easily transportable unit enables you to conveniently view an exceptionally high-resolution monochrome display. The PageWriter Trim II is configured with a cart, complete with tray to easily transport supplies and accessories, as well.
Expedite operation and distribution
To optimize clinical efficiency, patient information can be quickly entered on a real alphanumeric keyboard or optional bar code scanner. Also, a trim knob allows users to quickly move through data screens.
The new digital Patient Interface Module (PIM) incorporates a color-coded lead diagram on the module, with leads intuitively arranged for quick, easy identification. In addition, each lead wire can be individually removed and replaced to help minimize maintenance costs.
And streamline information sharing with options which include a magnetic card scanner, SMART card scanner, ECG storage card and modem card. The PageWriter Trim II’s native XML implementation also establishes an open ECG standard to facilitate information sharing throughout the enterprise … and beyond.
Features
ECG Acquisition
• ECG signal acquisition of up to 12 leads for both adult and pediatric patients
• Real-time display, with patient name and ID
• Automatic and configurable pacemaker detection
Metronome
• Metronome feature with configurable options to be used with the Master’s Two-Step Stress Test
ECG Quality Monitor
• Real-time ECG signal quality indicators provide instant user feedback on the location of loose or inoperable electrodes
• Artifact, AC, and low and high pass frequency filters
ECG Memory and Transfer
• The PageWriter Trim II cardiograph provides storage memory for 50 ECGs, with easy trans-fer by optional modem, optional CF card, or optional LAN connection
Print Preview Capability
• Full-screen preview of ECG reports exactly as they appear when printed allows for quality assessment checks prior to printing
Mobile Cart Integral Part of Cardiograph
• The mobile cart provides convenient transport for the PageWriter Trim cardiographs and acces-sories from bedside to bedside Specifications
ECG Acquisition
• R/T (real-time) ECG (12 leads)
• AUTO (12 leads)
• RHYTHM (up to 12 leads)
• DISCLOSE (1 lead)
Keyboard
• Full alphanumeric keyboard
Display
• 640 x 480 pixel resolution
• Monochrome display
Signal Processing/Acquisition Sampling Rate
• 2000 samples per second per electrode/lead.24-bit A/D conversion provides 5µV resolution.
Auto Frequency Response
• 0.05-150 Hz, 0.15-150 Hz, 0.5-150 Hz, 0.05-100 Hz,
0.15-100 Hz, 0.5-100 Hz, 0.05-40 Hz, 0.15-40 Hz, 0.5-40 Hz
Rhythm Frequency Response
• 0.05-150 Hz, 0.15-150 Hz, 0.05-100 Hz, 0.15-100 Hz, 0.05-40 Hz, 0.15-40 Hz
Filters
• AC noise
• Artifact
• High and low pass
Printer Resolution
• High-resolution, digital-array printer usingthermal-sensitive paper
• 200 dpi (voltage axis) by 500 dpi (time axis) at 25 mm/sec
Report Formats
• 3x4 (1R, 3R)
• 6x2 (Standard, Cabrera)
• Rhythm (up to 12 selected leads plus Cabrera)• 12-Lead Extended Measurements
• Disclose (1 minute of continuous waveform data for 1 selected lead)
• Pan-12 (Cabrera)
• 12x1 (Standard, Cabrera)
Battery Capacity
• Typically 40 ECGs on a single charge or 30 minutes of continuous rhythm recording
• No fail operation during ECG printing
Battery Recharge
• Eight hours to full capacity
Network Connection (optional)
• 10 Base-T IEEE 802.3 Ethernet LAN card
FAX Capability
• Group 3, Class 1 or 2 fax modem protocol
• Support for PCMCIA fax modem
Modem (optional)
• V.90, K56flex, enhanced V.34, V.32bis, V.32, V.22bis and below
Barcode Reader
• Reads Code 39 Symbology
ECG Storage
• Storage for 50 ECGs
• 150 ECGs typical per 128 MB PCMCIA card (optional)
ECG File Formats
• XML and XML SVG
• Stored at 500Hz
Power and Environment Line Power
• 100-240 Vac, 50/60Hz, 65 VA max
Environmental Operating Conditions
• 10° to 40°C (50° to 104°F)
• 15% to 80% relative humidity (non-condensing)
• Up to 4,550 m (15,000 ft.) altitude
Environmental Storage Conditions
• 0° to 50°C (0° to 122°F)• 15% to 90% relative humidity (non-condensing)
• Up to 4,550 m (15,000 ft.) altitude
Cardiograph Dimensions
• 388 x 310 x 176 mm (15.3 x 12.2 x 6.9 in)
Cardiograph Weight
• 7.38 kg (16.3 lb): Includes battery, patient mod-ule, lead wires, alligator clips, electrode pack and paper pack.
Patient Interface Module
• Remote, microprocessor-controlled, high-resolution module
Product Description
Exceptional performance in a compact package
The PageWriter Trim III cardiograph represents the ultimate, compact, cost-effective cardiography solution from Philips. More than simply an easily transportable ECG system, the PageWriter Trim III combines ease-of-use features with a high-resolution full-color display and exceptional flexibility to meet the needs of fast-paced clinical environments.
Comprehensive interface anddistribution options
To optimize clinical efficiency, patient information can be quickly entered on a real alphanumeric keyboard or optional bar code scanner. The new digital Patient Interface Module (PIM) incorporates a color-coded lead diagram on the module, with leads intuitively arranged for quick, easy identification. In addition, each lead wire can be individually removed and replaced to help minimize maintenance costs. And streamline information sharing with options which include a magnetic card scanner, SMART card scanner, ECG storage card and modem card. The PageWriter Trim III’s native XML implementation also establishes an open ECG standard to facilitate information sharing throughout the enterprise … and beyond.
Quality gains, breakthrough interpretation
To ensure consistently accurate ECGs, advanced signal quality indicators provide immediate feed back on loose or inoperative electrodes, noise and other signal integrity factors. What’s more, the PageWriter Trim III offers the leading-edge interpretive capabilities of the Philips 12-Lead Algorithm, providing such breakthroughs in pediatric and adult assessment as improved pacemaker pulse classification and fast, accurate detection of ST Elevation Acute Myocardial Infarction (STEAMI). This unique combination of features helps the PageWriter Trim III set a new standard for flexibility in a compact cardiograph.
Features
ECG Acquisition
• ECG signal acquisition of up to 12 leads for both adult and pediatric patients
• Real-time display, with patient name and ID
• Automatic and configurable pacemaker detection
Metronome
• Metronome feature with configurable options to be used with the Master’s Two-Step Stress Test
ECG Quality Monitor
• Real-time ECG signal quality indicators provide instant user feedback on the location of loose or inoperable electrodes
• Color-coded waveforms indicate signal quality of each lead
• Artifact, AC, and low and high pass frequency filters
ECG Memory and Transfer
• The PageWriter Trim III cardiograph provides storage memory for 150 ECGs, with easy trans-fer by optional modem, optional CF card, or optional LAN connection
Print Preview Capability
• Full-screen preview of ECG reports exactly as they appear when printed allows for quality assessment checks prior to printing
ECG Interpretation
• The PageWriter III cardiograph includes the Philips 12-Lead Algorithm for interpretive analysis of the amplitudes, durations and morphologies of ECG waveforms and associated rhythm for adult and pediatric patients
• This clinically proven interpretation program provides configurable levels of interpretive, reason and severity statements that are printed on the ECG report
Mobile Cart Integral Part of Cardiograph
• The mobile cart provides convenient transport for the PageWriter Trim cardiographs and acces-sories from bedside to bedside Specifications
ECG Acquisition
• R/T (real-time) ECG (12 leads)
• AUTO (12 leads)
• RHYTHM (up to 12 leads)
• DISCLOSE (1 lead)
Keyboard
• Full alphanumeric keyboard
Display
• 640 x 480 pixel resolution
• Color TFT display
Signal Processing/Acquisition Sampling Rate
• 2000 samples per second per electrode/lead.24-bit A/D conversion provides 5µV resolution.
Auto Frequency Response
• 0.05-150 Hz, 0.15-150 Hz, 0.5-150 Hz, 0.05-100 Hz,
0.15-100 Hz, 0.5-100 Hz, 0.05-40 Hz, 0.15-40 Hz, 0.5-40 Hz
Rhythm Frequency Response
• 0.05-150 Hz, 0.15-150 Hz, 0.05-100 Hz, 0.15-100 Hz, 0.05-40 Hz, 0.15-40 Hz
Filters
• AC noise
• Artifact
• High and low pass
Printer Resolution
• High-resolution, digital-array printer usingthermal-sensitive paper
• 200 dpi (voltage axis) by 500 dpi (time axis) at 25 mm/sec
Report Formats
• 3x4 (1R, 3R)
• 6x2 (Standard, Cabrera)
• Rhythm (up to 12 selected leads plus Cabrera)
• 12-Lead Extended Measurements
• Disclose (1 minute of continuous waveform data for 1 selected lead)
• Pan-12 (Cabrera)
• 12x1 (Standard, Cabrera)
Battery Capacity
• Typically 40 ECGs on a single charge or 30 minutes of continuous rhythm recording
• No fail operation during ECG printing
Battery Recharge
• Eight hours to full capacity
Network Connection (optional)
• 10 Base-T IEEE 802.3 Ethernet LAN card
FAX Capability
• Group 3, Class 1 or 2 fax modem protocol
• Support for PCMCIA fax modem
Modem (optional)
• V.90, K56flex, enhanced V.34, V.32bis, V.32, V.22bis and below
Barcode Reader
• Reads Code 39 Symbology
ECG Storage
• Storage for 150 ECGs
• 150 ECGs typical per 128 MB PCMCIA card (optional)
ECG File Formats
• XML and XML SVG
• Stored at 500Hz
Power and EnvironmentLine Power
• 100-240 Vac, 50/60Hz, 65 VA max
Environmental Operating Conditions
• 10° to 40°C (50° to 104°F)
• 15% to 80% relative humidity (non-condensing)
• Up to 4,550 m (15,000 ft.) altitude
Environmental Storage Conditions
• 0° to 50°C (0° to 122°F)
• 15% to 90% relative humidity (non-condensing)
• Up to 4,550 m (15,000 ft.) altitude
Cardiograph Dimensions
• 388 x 310 x 176 mm (15.3 x 12.2 x 6.9 in)
Cardiograph Weight
• 7.38 kg (16.3 lb): Includes battery, patient mod-ule, lead wires, alligator clips, electrode pack and paper pack.
Patient Interface Module
• Remote, microprocessor-controlled, high-resolution module
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