Stryker 0702-002-620, Service And Installation Manual

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How to Use the Neptune 2 Service Manual
The Neptune 2 service and installation manual is comprised of 8 chapters that each
covers a separate service topic. While a table of contents is provided to aid in quickly locating
the desired material, the contents of each chapter are outlined below.
Chapter 1 – Operational Description
Here you will find a brief overview of how the Neptune 2 Waste Management System
works. Included topics are:
•
The components in each subsystem (i.e. vacuum subsystem, or fresh water subsystem)
•
The specific function of those components and how they operate in the system.
•
Illustration of the user interface panel to familiarize the technician with the indicators and
controls of the Neptune 2 Ultra rover.
Chapter 2 – Ultra Rover Disassembly
The Neptune 2 Waste Management System is comprised of a docking station (a
stationary device; also referred to as a docker) to remove waste fluid, and a mobile device
called a rover to collect surgical fluid. The Neptune Ultra is Stryker’s two canister model rover,
which also provides a motorized IV Pole and smoke evacuation in the same compact footprint.
Chapter 2 outlines the procedures necessary to remove and replace components in the Ultra
rover. Reference the disassembly examples for a detailed description of how the procedures
are structured.
Chapter 3 – Solo Rover Disassembly
The Solo rover provides the user with the safety, environmental, and cost savings
benefits of the Neptune Waste Management system with fewer functions than the Ultra model.
The solo model has only one canister and is not equipped with smoke evacuation or an IV
pole. This product has not been introduced for sale yet. Chapter 3 will outline procedures for
the solo rover when it is released. Reference the disassembly examples for a detailed
description of how the procedures are structured.
Chapter 4 – Docker Disassembly
The docking station, or docker, is a stationary unit centrally located to a power source
(standard wall outlet), a fresh water source, and a drain. It is responsible for removing the
surgical fluid from the rover through an automated sequence that requires little interaction from
the user, as well as rinse the rover with detergent after use. The procedures to remove and
replace components for the docker are outlined in chapter 4. Reference the disassembly
examples for a detailed description of how the procedures are structured.
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