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General| Brand | OSYPKA |
|---|---|
| Model | PACE 203H |
| Category | Medical Equipment |
| Language | English |
Provides general information, contact details, and explains manual conventions for keys and displays.
Lists essential safety measures for using the PACE 203H, emphasizing personnel experience and proper grounding.
Lists international standards met by PACE 203H for patient safety and electromagnetic compatibility.
Details EMC standards compliance, potential interference sources, and necessary precautions.
Introduces the device's displays, keys, and terminals, referencing Figure 1.
Provides an overview of the device's displays, dials, and keys, referencing figures.
Guides on how to power on the device, including self-test and stand-by modes.
Explains how to lock and unlock the device to prevent accidental parameter changes.
Defines key terms related to pacing operation like beat-to-beat interval, A-V Delay, and PVARP.
Describes asynchronous (V00, A00, D00) and inhibited (VVI, AAI) pacing modes.
Explains dual-chamber (DDD) and sequential (VDD, DAI, DVI) pacing modes.
Covers VAT, 0D0 (Pause) mode, and Atrial Trigger modes.
Details how to adjust key pacing parameters using the device's rotary dials.
Explains automatic settings for A-V Delay and PVARP based on rate.
Details automatic settings for Maximum Tracking Rate and Sensitivity.
Covers standby modes for atrial high-rate stimulation and ventricular rapid pacing.
Explains how to store, recall, and manage standard pacing programs and defaults.
Guides on adjusting refractory periods, MTR, and pulse durations.
Details how to configure beep, alarms, language, and interface settings.
Explains how to view and navigate through statistical data on pacing performance.
Describes compatible lead types and various connection configurations.
Provides step-by-step instructions for safely connecting stimulation leads.
Details how the device monitors battery voltage and indicates low battery status.
Explains the lead surveillance system that checks for interruptions or short circuits.
Discusses how the device handles interference and switches modes to maintain optimal sensing.
Explains crosstalk and how the device uses ventricular safety pacing to prevent asystole.
Describes how the device detects and responds to premature ventricular contractions.
Discusses potential conflicts during parameter changes and how the device resolves them.
Explains warning messages related to unusual or conflicting parameter settings.
Explains warning messages for application-related errors and how users can solve them.
Describes device-related errors caused by potential malfunctions and their troubleshooting.
Explains informative messages that alert users to actions that must be taken.
Details how to clean and disinfect the device, emphasizing what not to do.
Guides on when and how to change the device's battery, including operational continuity.
Lists essential check-ups to ensure safe operation, including visual inspection and functional tests.
Explains the policy for returning devices for disposal according to WEEE guidelines.
Lists classification details like Safety Class, Protection Degree, and conformity to standards.
Details measurement conditions, pacing modes, and various parameter ranges.
Provides battery lifespan, power reserve, depletion indications, and operating environment.
Lists physical specifications of the device, including dimensions, weight, and terminals.
Defines pacing-related terms starting with A and B.
Defines pacing-related terms starting with C through P.
Defines pacing-related terms starting with P through S.
Defines pacing-related terms starting with U and V.
Shows the first part of the device's menu tree, illustrating navigation paths.
Displays the second part of the device's menu tree, continuing the navigation paths.
Details guidance and manufacturer declarations regarding electromagnetic radiation emissions.
Provides guidance on electromagnetic immunity levels and corresponding environmental guidelines.
Details immunity levels for conducted and radiated RF interference.
Explains recommended safety distances for portable and mobile RF equipment.
