Datrend Systems’ vPad-A1, based on our revolutionary Vision-Pad TechnologyTM, is an all-in-one patient simulation system. vPad-A1 is modular and is comprised of a Multi-Parameter Patient Simulator, SpO2 test module, and a Non-Invasive Blood Pressure simulation module which may be used together or independently in various combinations, with an Android handheld device or vPad tablet providing the user interface.
Comprising of 3 modules — vPad-PS (a Multi-Parameter Patient Simulator), vPad-O2 (a Pulse Oximeter Tester), and vPad-BP (a Non-Invasive Blood Pressure Simulator) — the modules can be used together, independently, or in various combinations. Integrated user customizable SpO2 R-Curves and NIBP envelopes are a first in our industry.
2 lead ECG simulation; independent outputs for each signal lead
ST Segments: 8 elevated and 8 depressed
Axis Deviation: Normal (intermediate), horizontal, and vertical.
Neonatal Mode
ECG Performance Testing
Over 60 Arrhythmia selections
2 channel invasive BP simulation
Temperature and Respiration Simulations
Pacer simulations
Cardiac output (adapter required)
SpO2 Pulse Oximeter Tester and Non-Invasive BP modules are compatible with all major industry manufacturers
Auto Settings
Auto Sequences
Test reports
The vPad-A1 contains the following modules: A1 Base module, vPad-PS, vPad-O2, and vPad-BP.
The vPad-A1 App is an application developed for an Android handheld device, which serves as the user interface for the vPad-A1 system. It is designed using the same principles as all other Datrend vPad Apps, which are intuitive, ergonomic, and customizable.
The vPad-A1 Base serves as a communication bridge between the Android tablet and the rest of vPad-A1 units via Bluetooth or USB. A DACOM bus connection provides an interface to other vPad devices. The Base also provides power to vPad-PS and vPad-O2.
vPad-PS provides six of the eight available simulations: ECG, two-channel IBP (invasive blood pressure), respiration, temperature, and cardiac output.
vPad-O2 provides SpO2 simulation for testing pulse oximeters, and is compatible with all major pulse oximeter manufacturers.
vPad-BP provides NIBP (non-invasive blood pressure) simulation supporting all major NIBP manufacturers.
Datrend Systems’ vPad-A1, based on our revolutionary Vision-Pad TechnologyTM, is an all-in-one patient simulation system. vPad-A1 is modular and is comprised of a Multi-Parameter Patient Simulator, SpO2 test module, and a Non-Invasive Blood Pressure simulation module which may be used together or independently in various combinations, with an Android handheld device or vPad tablet providing the user interface.
Comprising of 3 modules — vPad-PS (a Multi-Parameter Patient Simulator), vPad-O2 (a Pulse Oximeter Tester), and vPad-BP (a Non-Invasive Blood Pressure Simulator) — the modules can be used together, independently, or in various combinations. Integrated user customizable SpO2 R-Curves and NIBP envelopes are a first in our industry.
2 lead ECG simulation; independent outputs for each signal lead
ST Segments: 8 elevated and 8 depressed
Axis Deviation: Normal (intermediate), horizontal, and vertical.
Neonatal Mode
ECG Performance Testing
Over 60 Arrhythmia selections
2 channel invasive BP simulation
Temperature and Respiration Simulations
Pacer simulations
Cardiac output (adapter required)
SpO2 Pulse Oximeter Tester and Non-Invasive BP modules are compatible with all major industry manufacturers
Auto Settings
Auto Sequences
Test reports
The vPad-A1 contains the following modules: A1 Base module, vPad-PS, vPad-O2, and vPad-BP.
The vPad-A1 App is an application developed for an Android handheld device, which serves as the user interface for the vPad-A1 system. It is designed using the same principles as all other Datrend vPad Apps, which are intuitive, ergonomic, and customizable.
The vPad-A1 Base serves as a communication bridge between the Android tablet and the rest of vPad-A1 units via Bluetooth or USB. A DACOM bus connection provides an interface to other vPad devices. The Base also provides power to vPad-PS and vPad-O2.
vPad-PS provides six of the eight available simulations: ECG, two-channel IBP (invasive blood pressure), respiration, temperature, and cardiac output.
vPad-O2 provides SpO2 simulation for testing pulse oximeters, and is compatible with all major pulse oximeter manufacturers.
vPad-BP provides NIBP (non-invasive blood pressure) simulation supporting all major NIBP manufacturers.
Built on the vPad platform, vPad-O2 is user programmable so new sensors can easily be added in the field without needing to send the unit back to a service centre for upgrading. Being part of the vPad-A1 family, vPad-O2 can be upgraded to include a Multi-Parameter Patient Simulator (vPad-PS) and/or a NIBP Simulator (vPad-BP).
Compatible with all major industry manufacturers
Field editable R Curves allows for easy set up of new oximeters
Unlimited preset patient simulations
Five automated test sequences for determining oximeter alarm response time
Four preset signal artifact simulations
Easy to navigate
Control via Bluetooth or USB
Auto Sequences
Test report creation and management
Field upgradeable
Saturation (SpO2):
Range: 30% to 100%
Increments: 1%
Presets: 6, user definable
Range of adjustment and presets may vary according to pulse oximeter specifications
Used alone or in combination with the vPad-O2 & vPad-BP, vPad-PS provides 6 of the 9 available simulations: ECG/IUP, IBP (invasive blood pressure), respiration, temperature, cardiac output, and CO2.
12 lead ECG simulation
ST Segments: 8 elevated and 8 depressed
Axis Deviation: Normal (intermediate), horizontal, and vertical
ECG/IUP Simulations
ECG Performance Testing
Over 60 Arrhythmia selections
2 channel invasive BP simulation
Temperature and Respiration Simulations
Pacer simulations
Cardiac output (adapter required)
Auto-Sequences
Test report creation and management
Field upgradeable
ECG General:
Full 12-Lead ECG; independent outputs for each signal lead - color coded to AHA and IEC Standards.
Output Impedances: 500, 1000, 1500, & 2000 ohms
ECG Amplitude: 0.05 - 5.5 mV
Amplitude Accuracy: ± (2% setting + 0.05 mV)
High Level ECG: 500x lead II signal
High Level Accuracy: ± 5%
Rate Accuracy: Better than 0.1%
Normal Sinus Rhythm:
Rates: 10-360 BPM, 1 BPM steps, Accuracy better than 0.1% user defined presets (15), user input specific rates
Amplitudes (Lead II): 0.05mV to 0.5mV (0.05mV steps; 0.5mV to 5.5 mV (0.25mV steps)
Neonatal Mode: ECG QRS width is reduced from 80ms to 40ms.
vPad-CO2 is an advanced End-Tidal Carbon Dioxide (EtCO2) Breath Simulator designed to generate a flow of gas† that is connected to capnometers or patient monitors with capnography functionality.
This patient’s breath simulation allows for scheduled preventive maintenance or functional testing of both Mainstream and Sidestream Capnography Monitors. Additionally, vPad-CO2 could be used for waveform simulation for evaluating and testing of respiratory gas analyzers.
vPad-CO2 can be controlled and run as part of Datrend’s vPad-A1 Multi-Parameter Patient Simulator, or it can operate as a standalone unit with an optional 10” screen to carry out only capnography testing.
vPad-CO2 is part of Datrend’s Vision-Pad (vPad) Platform and comes with a list of standard features that’s unique to our system such as on-device test record management, cloud storage integration, remote support and software upgrade, user-controlled automation, and much more.
Finally, vPad-CO2 comes in a portable ruggedized IP67 enclosure that is airtight and waterproof when closed, perfect for on-the-go professionals.
Breath Rate:
Range: 2 – 150 BrPM
Resolution: 1 BrPM
Accuracy: ±0.1%, 2 to 100 BrPM ±0.1 BrPM, 101 to 150 BrPM
Duty Cycle:
Range: 20% to 80% (CO2 vs Air)
Resolution: 1%
Units of Measure:
CO2: % Volume, mmHg, kPa
Atmospheric Pressure: mmHg, kPa
Maximum CO2 Input Pressure: 25 PSI
User Interface:
5” High Resolution Colored LCD Touchscreen via vPad-A1
10” Colored HD LCD Touchscreen (option)
Multi-language Support
Manual Testing:
User Defined BrPM Simulation
User Defined Duty Cycle
Pass/Fail record on Monitor CO2 and Breath Rate Readings
Automated Testing:
CO2 Measurement Record with Error Calculation
User defined (up to 12) Breath Rate Testing with Error Calculations
Other Features:
Animated simulation
Create Records for Manual and Automated Tests
Combine Test Results with Other Simulations (through vPad-A1)
User managed asset database
On-device PDF generation
On-device integration to Google Drive, OneDrive, Dropbox
Connectivity: USB Type-B, Mini-Din, CO2 Input, Air Mixture Output
Optional Mechanical Fetal Heart and Cardiac Output Module
Portable, battery-operated
This compact Simulator packs a lot of punch in a small package. Measuring only 7” x 4” x 1.25", AMPS-1 fits comfortably in your hands with all leads and cables conveniently fed from the top and bottom ends. Operate from the single 9-volt alkaline battery or with the optional battery eliminator.
The unique modular design of AMPS-1 allows you to get just what you need as you need it. Upgrading and adding modules is easily accomplished by you at your facility. No need to send it to a repair facility just to add features.
The Standard AMPS-1 is Packed With…
12 lead ECG simulation with 9 independent outputs for each signal lead
16 total ST Segments: 8 elevated and 8 depressed
Axis Deviation: Normal (intermediate), horizontal, and vertical. (Modifies baseline ECG during arrhythmias)
Neonatal Mode: ECG R wave width is reduced to 40ms
ECG Performance Testing
52 Arrhythmia selections
Temperature and Respiration Simulations
Pacer simulations
Defibrillator training
Remote Control via RS-232
As Your Workload and Budget Dictate, Easily Add…
2 or 4 Electrically Isolated BP Channels, including Swan-Ganz simulation
Cardiac output
Mechanical Fetal Heart
Fetal, Maternal and IUP simulations
ECG General:
Full 12-Lead ECG with 9 independent outputs for each signal lead referenced to RL.
Output Impedances: 500, 1000, 1500, & 2000 ohms to RL.
High Level Output: 0.5 V/mV of low level selection.
Easily test SpO2 meters with exclusive built-in “finger” sensor
Multiple pre-set tests
Add Sensitest for analysis of up to 5 unique probes
Exclusive Nellcor-Puritan Bennett Sensor Port
The versatile, hand-held Oxitest Plus7 provides advanced technology for verifying the proper operation and performance of pulse oximeter monitors and modules throughout the clinical environment.
The Oxitest Plus7 has an exclusive Nellcor-Puritan Bennett sensor port, which was developed in cooperation with Nellcor®. This Industry-exclusive feature allows correct selection of the instrument’s simulation output to the specific R-Cal value of the attached Nellcor® probe. Compatibility Beyond Compare
To further enhance your pulse oximeter testing requirements, Oxitest Plus7 is compatible with Datrend’s vPad series of Electrical Safety Analyzers, ES601 Plus, and other automated test systems such as the Fluke® Biomedical medTester 5000C.
Designed for compatibility with a wide variety of pulse oximeters, the Oxitest Plus7 is the efficient, cost-effective solution to your pulse oximeter testing requirements.
Easy adjustment of five preset oxygen saturation levels, six preset heart rates and four preset amplitudes
Signal Artifact simulations
Preset patient parameters
Alarm Testing
Report printing
2×20 character LCD display gives you all the information you need
Identifies the oximeter make and model
Status indicator of the test in progress with seven status messages
Rate
Saturation
Pulse Amplitude
Saturation (SpO2): Range of adjustment is according to pulse oximeter manufacturer and/or model.
Pulse Amplitude: Variable from zero (no blood flow) to 100% (normal adult pulse) in 1% steps.
Presets: 100%, 30%, 10%, and 5%, Accuracy: ± 1%
Signal Artifact: Four preset simulations:
Movement
Tapping (Spike artifact)
Shivering (Tremor artifact)
Shake Table (2.5Hz Sinewave)
Auto Presets:
Normal Adult
Hypoxia
Movement Artifact
Tachycardia
Bardycardia
Neonatal
Low Perfusion
No perfusion
Tremor (Shivering Artifact)
Auto Preset parameters may be user-programmed via the RS-232 port.
Alarm Tests: Five automated test sequences for determining oximeter alarm response time to Low SpO2 ; Low Heart Rate; High Heart Rate; Low Perfusion; and Motion Artifact conditions.
Also determines time required for oximeter alarm to self-clear after test conditions are returned to normal.
Alarm Test parameters may be user-programmed via the RS-232 port.
Memory: Auto Preset and Alarm Test results saved in battery-backed, non-volatile Memory, along with up to 20 PASS/FAIL records from manually-conducted tests. Test results in Memory may be printed as a Test Report via optional external Printer, or may be downloaded via RS-232 port to personal computer or automated tester.
User Interface: Display: LCD - 20 character x 2 line Keypad - 15 keys: PULSE OX, SPO (%), HEART RATE (preset), HR ↑, HR ↓, PULSE AMP (preset), PUL↑, PUL↓, PASS, FAIL, AUTO (preset), ALARM TEST, START/STOP (alarm test), ERASE (memory), PRINT
Nellcor Port: Allows temporary connection of Nellcor pulse oximeter sensors for selection of sensor-specific SpO calibration curve. Intended for high-accuracy testing of all Nellcor disposable and re-usable sensors.
