Neptune 2 Instructions for Use Rev F Jan 2011

Page 1

Neptune® 2

Waste Management System

Installation, Operation and Maintenance Guide

120 V Rover-ULTRA

REF 0702-001-000

230 V Rover-ULTRA

REF 0702-002-000

Instructions For Use

Stryker and Neptune are trademarks and/or registered trademarks of the Stryker Corporation.

2011/01

0702-002-700 Rev-F

www.stryker.com

Page 3

0702-002-700 Rev-F

2011/01

Important Information

For Use With

The words WARNING, CAUTION and NOTE have special meaning and

should be reviewed.

The Stryker Rover (rover) is for use with the Neptune 2 Waste Management

System, specifically the Neptune 2 Docking Station (docker).

WARNING:

Indications For Use

Disregarding WARNING information may compromise the

safety of the patient and/or health care staff and may

result in injury.

CAUTION:

Disregarding CAUTION information may compromise

product reliability and may result in damage.

The Neptune Waste Management System is intended to be used in the

operating room, pathology, surgical centers, and doctor’s offices to collect

and dispose of surgical fluid waste as well as collect smoke generated from

electrocautery or laser devices.

NOTE:

NOTE information supplements and/or clarifies procedural

information.

Description

A triangle with an exclamation point alerts the health care

professional to read and understand the accompanying

instructions, especially the operating, maintenance, and

safety information.

The rover is a mobile unit used to suction and collect fluid waste and small

debris from a surgical site in an operating room. Mobility allows the rover to be

relocated to a waste disposal area where the rover’s collection canisters may

be emptied.

Compliance Statements

NOTE: The stated Federal Communications Commission (FCC) and Industry

Canada (IC) information applies only to Rover units equipped with an enabled

Stryker RF Module REF 0702-014-028. Contact Stryker regarding the RF

Module feature and its availability.

Federal Communications Commission (FCC)

FCC ID: Q9R-0702014028

This device complies with Part 15 of the FCC Rules. Operation is subject to the

following two conditions: (1) This device may not cause harmful interference,

and (2) this device must accept any interference received, including

interference that may cause undesired operation.

NOTE: FCC regulations provide that changes or modifications not expressly

approved by Stryker Instruments could void your authority to operate this

equipment.

Industry Canada (IC)

IC: 4919A-014028

The term "IC:" before the radio certification number only signifies that Industry

Canada technical specifications were met.

This equipment complies with fcc and ic radiation exposure limits set forth for

an uncontrolled environment. This equipment is in direct contact with the body

of the user under normal operating conditions. This transmitter must not be colocated or operating in conjunction with any other antenna or transmitter.

Fluid waste is removed from the surgical site through suction tubes connected

to inlet ports of manifold(s) installed in the rover. The fluid waste and small

debris are collected in the canister(s) of the rover. The two canister design

allows separate canister suction level measurement and volume measurement

capability. However, both canisters use a single vacuum pump. A suction level

decrease in either canister, due to an open port, may cause the suction level

in the other canister to decrease. After collection, the rover is relocated to a

docking station located in a waste disposal area. The rover interfaces with the

docking station to empty the rover’s canister(s) of fluid waste. After disposal,

the rover canister(s) are rinsed with clean water and Stryker-approved

detergent, if desired, to facilitate cleaning.

The rover also has a height-adjustable, powered IV pole and a smoke

evacuator.

Accessory/Disposable Information*

WARNING: Use only Stryker-approved components and

detergent, unless otherwise specified. Using other components

may result in increased electromagnetic emissions or decreased

electromagnetic immunity of the system. DO NOT modify any

component or accessory.

Description

REF

Neptune Disposable Manifolds.............................................. 0702-02X-XXX Series

Neptune Fluid Suction HEPA Filter......................................................0702-034-000

Neptune Smoke Evacuator ULPA Filter............................................... 0702-040-000

Smoke Tubing, 3/8 inch x 10 feet........................................................ 0702-045-023

Smoke Tubing, 7/8 inch x 10 feet........................................................ 0702-045-025

PenAdaptTM........................................................................................... 0702-045-027

*If you need more information or a complete list of accessory information, contact your

Stryker sales representative or call Stryker Neptune customer service at 1-800-550-7836.

Outside the US, contact your nearest Stryker subsidiary.

PenAdapt is the trademark of Buffalo Filter.

www.stryker.com

3

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2011/01

0702-002-700 Rev-F

User/Patient Safety*

WARNINGS:

• Only trained and experienced health care professionals should use this

equipment. Before using any system component, or any component

compatible with this system, read and understand the instructions. Pay

special attention to WARNING information. Become familiar with the system

components prior to use.

• The health care professional performing any procedure is responsible

for determining the appropriateness of this equipment and the specific

technique used for each patient. Stryker, as a manufacturer, does not

recommend surgical procedure or technique.

• DO NOT use this system outside the scope of the defined indications for

use (for example with Octopus® tissue stabilizer-type devices or Bean Bag

body position-type devices).

• Handling biohazard waste is potentially dangerous. ALWAYS follow current

local regulations governing biohazard waste to safely handle and dispose of

surgical fluid waste.

• Filters, manifolds, suction tubing, and smoke tubing will contain surgical

waste after use. ALWAYS handle these disposable accessories as

“potentially infectious materials” after use. ALWAYS wear gloves and

protective eye wear when removing and disposing of these disposable

accessories.

• DO NOT use the system if leakage of surgical fluid waste occurs.

Disconnect power immediately and call Stryker Neptune customer service.

• ALWAYS have more than one person unpack and lift this equipment off the

shipping pallet.

• ALWAYS close all unused ports and remove all unused tubing to

maintain optimal suction levels. The suction levels of each canister are

interdependent and linked to a common vacuum source. Failure to comply

may result in the unexpected reduction of suction and patient injury.

• ALWAYS use the handle to move the rover. DO NOT push or pull the rover

by grasping any receptacle or the outer surface. NEVER hang any heavy

object from the rover handle.

• DO NOT use this system for applications that require a constant vacuum

level.

• DO NOT allow fluid of any kind to spill directly onto the exterior surface of

the electrically-powered rover.

• The suction level of this product relative to its vacuum limit setting may

fluctuate significantly but will not exceed its limit. DO NOT use this system

if vacuum fluctuation may cause patient injury. ALWAYS consider the type

of surgical procedure before using this system.

• ALWAYS ensure the rover is providing suction (vacuum level display is

greater than zero) and suction is present at the manifold ports when using

an external pumping device connected to the same canister via suction

tubing.

• Upon initial receipt and before each use, operate the equipment and

inspect each component for damage. DO NOT use any component if

damage is apparent.

• If four or more liters of fluid will accumulate during a surgical procedure and

an external pumping device will be used, like an arthroscopic pump, ALWAYS

use the 20 liter canister to collect fluid waste. DO NOT use the four liter

canister or both canisters at the same time. Failure to comply may cause

the system to overflow if the system suction line is not removed or closed.

• Perform recommended maintenance as indicated in these instructions. Only

trained and experienced health care professionals should maintain this

equipment.

• DO NOT use this equipment in the presence of a mixture consisting of a

flammable anesthetic and air or oxygen or nitrous oxide.

• Take special precautions regarding electromagnetic compatibility (EMC)

when using medical electrical equipment like this system. Install and place

this system into service according to the EMC information contained in this

manual. Portable and mobile RF communications equipment can affect the

function of this system.

• The Bloodborne Pathogens Standard provided by the United States

Occupational Safety and Health Administration (US OSHA) requires all

workers with exposure to “potentially infectious materials” wear the correct

personal protection equipment and be offered immunization against hepatitis

B. As an additional precaution, these workers should receive tetanus

immunization and boosters when required.

• ALWAYS keep hands away from the mating surfaces of the rover and

docking station during the docking procedure to avoid a pinch point hazard.

• ALWAYS follow current local regulations governing procedure-specific

suction levels to remove fluid waste safely from a surgical site.

• ALWAYS wear gloves and protective eye wear when performing the docking

procedure.

• DO NOT use the rover until the docking station has been installed and

tested properly.

• DO NOT use the rover until it has been tested properly to ensure

functionality.

• DO NOT use the system with patients that are being treated with

radioisotopes or hazardous chemotherapy agents.

• The canister scale and fluid volume display are not diagnostic tools. DO

NOT use the scale or volume display to accurately calculate the amount of

fluid loss from the patient.

* If you need more information, contact your Stryker sales representative or call Stryker Neptune customer service at 1-800-550-7836. Outside the US, contact your nearest Stryker

subsidiary.

Octopus is a registered trademark of the Medtronic, Inc.

4

www.stryker.com

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0702-002-700 Rev-F

2011/01

Features (see figure 1)

A

B

H

L

C

M

I

D

N

O

E

P

F

Q

G

R

J

K

Figure 1 Feature Locations

A

Powered IV Pole - This motor-powered IV pole is capable of holding four

three-liter [3000 cc] IV bags, one bag per hook.

I

Control Panel - Allows the operation of the rover using dials and push

buttons. The panel also provides visual feedback through a control panel

display.

B

Fluid Level Display - Provides a visual display of the fluid volume values

of each collection canister. The display swivels in a 360-degree fashion

and pivots for ease of viewing. The units of measurement may be changed

to liters [L], cubic centimeters [cc], or milliliters [mL]. Display brightness

may also be adjusted.

J

Smoke Evacuator Filter Compartment - Allows for the installation

and removal of a disposable smoke evacuator filter with an Ultra Low

Penetrating Air (ULPA) efficiency rating.

C

Manifold Port (two) - Allows installation of a disposable manifold into the

canister. The port will close automatically when a manifold is removed.

Closure prevents fluid leakage during transport and docking and prevents

foreign objects from entering the receptacle.

K

Fluid Suction HEPA Filter Compartment - Allows for the installation

and removal of a disposable fluid suction filter. This filter provides High

Efficiency Particulate Air (HEPA) filtration of the air from the 20-liter and

4-liter canisters before the air is evacuated.

D

Small Fluid Collection Canister - Allows for the collection and

containment of liquids. The four-liter canister receives fluid through

an installed manifold during the collection of fluid waste. The canister

contains a fluid level sensor to ensure the level does not exceed a predefined limit. The contents of the small canister may be emptied into the

large canister.

L

Facility Vacuum Source Ports - Allow connection to a facility vacuum

source if an alternate source of vacuum is required. If the ports are used,

electrical power must be applied to the rover. The rover will not regulate the

vacuum levels but will display vacuum and volume values and provide an

audible indication if the canister fluid levels exceed their pre-defined limits.

E

Canister Access Door/Knob (two) - Each canister has its own access

door controlled by its corresponding knob. These doors may be opened

during operation to reveal the contents or closed during relocation to

conceal the contents.

M

N

O

Handle - Allows for relocation and positioning of the rover.

Large Fluid Collection Canister - Allows for the collection and

containment of liquids. The 20-liter canister receives fluid through an

installed manifold during the collection of fluid waste. The canister

contains a fluid level sensor to ensure the level does not exceed a predefined limit.

P

Power Cord Bracket/Cord - Store the power cord on the bracket. Use the

power cord to connect the rover to facility power.

Q

Single Vacuum Pump (not shown) - Creates suction for both canisters.

If the suction level decreases in either canister, due to an open port, the

suction level in the other canister may decrease.

G

Infrared Communication Window - Allows data transfer between the

docker and rover. Data transfer is necessary during the docking procedure.

R

Casters (four) - Four swivel casters allow the rover its mobility. Two of the

four casters have locks to prevent inadvertent movement during operation.

H

Speaker - Located inside the rover, provides audible event indicators. See

the Audible Event Indicators table.

F

www.stryker.com

Manifold Holder - Allows for the storage of new, unused manifolds.

Power Cord Receptacle/Switch - Connect facility power here using the

rover power cord. Push the toggle switch to apply or remove facility power.

5

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2011/01

0702-002-700 Rev-F

Features (cont’d)

Control Panel (see figure 2)

A

B

C

D

I

E

J

F

K

G

L

H

M

N

Figure 2 Control Panel

A

B

6

Max. Vacuum: 21 in-Hg, 530 mm-Hg, 71 kPa - See Specifications.

I

The suction levels of each canister are interdependent and linked to a

common vacuum source - See User/Patient Safety.

IV Pole Height Adjust Buttons - Press the UP or DOWN arrow button to

increase or decrease the height of the IV pole, respectively.

J

20-liter Vacuum Limit Setting Dial - Turn the dial to adjust the vacuum

limit level (fluid suction) of the 20-liter canister. Graduations of 20% are

provided as an adjustment guide. The vacuum level status will be indicated

on the control panel display as a limit SET value or real time ACTUAL

value. See Control Panel Display.

C

High Vacuum / High Flow - Indicates this equipment is a high vacuum,

high flow medical device.

D

Control Panel Display - Provides vacuum level values for each canister,

system status and error messages; also displays wash cycle options.

K

E

Control Panel Display Push Buttons (four) - Press the appropriate button

when the display provides push button label areas.

Volume Reset Button - Press the button to reset the displayed fluid

volume of both canisters to zero values.

L

F

4-liter Vacuum Limit Setting Dial - Turn the dial to adjust the vacuum limit

level (fluid suction) of the 4-liter canister. Graduations of 20% are provided

as an adjustment guide. The vacuum level status will be indicated on the

control panel display as a limit SET value or real time ACTUAL value. See

Control Panel Display.

Empty Tank Button - Press the button to empty the contents of the small

canister into the large canister.

M

Stand-by (Vacuum System) Indicator- Illuminates when the system’s fluid

suction capability is activated.

N

Stand-by (Vacuum System) Button- Press the button to activate or

deactivate the system’s fluid suction capability.

G

Smoke Evacuator Indicator - Illuminates when the smoke evacuation

capability is activated.

H

Smoke Evacuator Button - The smoke evacuator removes surgical smoke

from a surgical site during cautery or laser surgery. The smoke evacuator

has three distinct modes: manual, automatic, and off. Press the button

once to access the manual mode of operation. In manual mode, the smoke

evacuator will operate at the specified power setting whether smoke is

present or not. Press the button a second time to access the automatic

mode of operation. In automatic mode, the smoke evacuator will operate at

the specified power setting if smoke is present. If smoke is not detected,

the smoke evacuator will operate at a 20% power setting automatically.

Press the button a third time to stop the smoke evacuator.

www.stryker.com

Page 7

0702-002-700 Rev-F

2011/01

Features (cont’d)

Control Panel Display (see figure 3)

A

S

A

Control Panel Button Label and Screen Icon Definitions

E

55 mm-Hg

Label or icon

Name

Definition

DOWN/DECREASE

Scroll down to highlight an option or

decrease a value.

UP/INCREASE

Scroll up to highlight an option or

increase a value.

ERROR INDICATOR

Access ERRORS screen to view

error(s). See Error Messages.

ESC

Close or ESCape a screen without

accepting changes or selections

and return to previous screen.

OK

Accept changes and return to the

previous screen. Select an error

message and access message

screen.

RESET

Change or RESET the timer value

when either the fluid suction filter

or the smoke evacuator filter is

replaced.

SYSTEM SETUP

Access the System Setup screen to

change system setting options.

SELECT MARK

Icon indicates screen option is

selected and applied.

CONSULT

INSTRUCTIONS

FOR USE

Icon indicates the need to consult

instructions for use, specifically

error message information.

55 mm-Hg

B

D

C

OK

D

ESC

Figure 3 Control Panel Display

A

Canister Identification/Vacuum Level Status Areas - Two areas that

identify the specific canister and its corresponding vacuum level status.

‘S’ indicates the vacuum limit SET value. The system may fluctuate

significantly to a lower value, but will not exceed the limit set value. ‘A’

indicates the ACTUAL or real time vacuum value.

B

Title Area - Area indicates the type of message displayed, including

warnings, wash cycle options, and errors.

C

Message Area - Area displays system warnings, wash cycle options, and

error message information.

D

Push Button Label Areas - Four areas that correspond to the adjacent

control panel display push buttons and indicate the button’s function. See

Button Label and Screen Icon Definitions.

E

Vacuum Level Areas - Two areas that provide vacuum level values for each

canister (units of measurement may be changed). If the vacuum supplied

through the facility vacuum ports exceeds a value of 22.5 in-Hg, the control

panel display will no longer indicate a value, but will show dash marks [---].

Fluid Level Display Screen Icon Definitions

Label or icon

www.stryker.com

Name

Definition

FULL

FULL

Icon indicates when a canister is

full.

Error

ERROR

Icon indicates when a serious error

has occurred. The system may not

be used.

-----

INDETERMINATE

VALUE OR ERROR

Icon indicates the value of the

volume is in transition or an error

has occurred. The system may still

be used.

7

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0702-002-700 Rev-F

Instructions

Figure 4 To Prepare Rover for Collection

Symbol Definitions

ON

vacuum limit

setting

8

OFF

4L

20L

4-Liter

20-Liter

MANIFOLD PORT

IV Pole

height

Adjust

FLUID SUCTION FILTER

COMPARTMENT

Volume

Reset

empty tank

SMOKE FILTER COMPARTMENT

STAND-BY

(FOR

vacuum

system)

smoke

evacuator

FACILITY VACUUM

SOURCE PORTS

www.stryker.com

Page 9

0702-002-700 Rev-F

2011/01

Instructions

To Operate Rover During Collection

To Prepare Rover for Collection (see figure 4)

WARNING: DO NOT place the rover on a surface that exceeds

the acceptable range of the inclined plane of operation. See

Specifications.

NOTES:

• Ensure the rover has been docked, tested, and setup prior to use. If initial

docking, testing, and setup are required or system settings need to change,

see the Appendix section for instructions.

• Ensure the smoke evacuator filter and fluid suction HEPA filter are

operational before collection. See the instructions for use supplied with the

filters for installation information.

• See the Audible Event Indicators table for information about the audible

sounds heard during the rover’s operation.

• The volume of the initial prefill fluid in the canister(s) is accounted for in

the fluid level value indicated on the fluid level display. Foam does not

affect this fluid level value.

1. Place the rover on a flat surface and in a convenient location within the

operating room. Inspect the rover. See Periodic Maintenance.

WARNINGS:

• DO NOT touch or make contact with the rover and the patient at the

same time.

• Follow the current local regulations governing biohazard waste to safely

handle and dispose of surgical fluid waste.

NOTE: Ensure the rover has been prepared for collection properly. See To

Prepare Rover for Collection.

1. Push the vacuum system button on the control panel to start fluid

suction.

2. Rotate the appropriate vacuum (limit) setting dial to adjust the

maximum suction level of the 4-liter and 20-liter canister.

3. When smoke evacuation is required, push the smoke evacuator button

on the control panel. The button has three modes of operation: manual,

automatic, and off. Push the button once for manual mode, twice for

automatic mode (AUTO), and a third time to stop the smoke evacuator. From

the smoke evacuator screen on the control panel display, push the buttons

next to the arrow icons to increase or decrease the evacuator power level

as required (see figure 5).

2. Lock the rover’s two rear casters in place to prevent inadvertent rover

movement.

3. Orient the rover’s fluid level display for optimal viewing.

AUTO

SMOKE

100%

4. Open the canister access doors to allow viewing of the contents.

5. Connect the rover to facility electrical power using the power cord.

A

6. Install the disposable manifold(s) into the manifold port(s). Ensure the

manifold(s) are locked into place. See the instructions for use supplied with

the manifold for more information.

7. Attach the suction tubing to the port(s) of the installed manifold(s).

8. Attach a suction accessory to the end of the suction tubing if required.

9. Install the smoke evacuator tubing to the smoke evacuator filter if required.

10. Attach a smoke evacuator accessory to the end of the smoke tubing if

required.

11. Push the power switch to the ON position.

12. Push the VOLUME RESET button on the control panel.

13. See To Operate Rover During Collection.

Audible Event Indicators

Type

Description

Event

Button Feedback

One short beep

Empty Tank button pressed;

Empty Tank started

Volume Reset button

pressed

Power up initialization finished;

Rover ready to use

S

55 mm-Hg

55 mm-Hg

Figure 5 Smoke Evacuator Power Control Screen

4. When the IV pole requires height adjustment, push the IV pole up or down

arrow buttons on the control panel to increase or decrease the pole height,

respectively.

NOTES:

• To reset or zero the fluid level value on the fluid level display, push the

volume reset button on the control panel. Both canister fluid level

values will display a zero value. If power is lost and restored, the rover will

display an accurate fluid level value.

• If the 4-liter canister is full of fluid waste, verify the 20-liter canister has the

capacity to receive the contents of the 4-liter canister. If sufficient capacity

is available, push the Empty Tank button on the control panel. The EMPTY

TANK action will continue until the 20-liter canister no longer has the

capacity to receive fluid waste or 4-liter canister is empty. A maximum of

three EMPTY TANK cycles are allowed between docking cycles. The number

of EMPTY TANK cycles remaining is displayed when the button is pressed.

• When pressed, the EMPTY TANK button will cause fluid suction from the

4-liter canister to stop temporarily for about 30 seconds. The vacuum level

value of the small canister will fluctuate during this period. The 4-liter and

20-liter canisters will return to their previous fluid suction settings after the

EMPTY TANK action is complete.

Task Completion

Three short beeps

Noncritical Error

One long beep

Error occurred that does not

shut down system

• If a facility vacuum source is used and the EMPTY TANK button is pressed,

fluid suction in both canisters will stop temporarily for 30 seconds.

Action Required

Three long beeps

Error occurred that shuts down

system

5. If one or both canisters are full of fluid waste, or waste disposal is required,

prepare the rover for relocation and waste disposal. See Overfill Event

Indications and Actions, To Prepare Rover for Relocation after Collection,

and To Dock Rover for Waste Disposal.

Empty Tank finished

Volume level reaches adjustable

“remaining capacity”

Volume level reaches “full

capacity”

www.stryker.com

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0702-002-700 Rev-F

Instructions (cont’d)

Figure 6 To Dock Rover for Waste Disposal

To Operate Rover During Collection (cont’d)

Overfill Event Indications and Actions

Volume capacity conditions

Indications

ACTION

The volume level reaches an adjustable remaining

capacity.

Three audible beeps.

The collection canister system is full. Relocate the

rover and dispose of waste.

The volume level reaches full capacity.

Continuous audible beeps and the fluid level display

screen flashes FULL.

Fluid suction will stop in a full canister. Remove

the manifold(s) from the full canisters to prevent

a possible overflow condition due to an external

pressure source. Push the button next to the OK icon

to stop the continuous audible beeps. Relocate the

rover and dispose of waste.

If the volume level exceeds full capacity, the fluid level

will cause a float to close the canister system and

prevent fluid from escaping. However, the use of an

external pressure source may still cause an overflow

condition to occur.

Fluid suction will not work.

Relocate the rover and dispose of waste.

10

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0702-002-700 Rev-F

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Instructions

NOTES:

To Prepare Rover for Relocation After Collection

1. Remove all disposable accessories, including suction nozzles, suction

tubing, manifolds, and smoke evacuator tubing with any attachments

from the rover. See the instructions for use supplied with the disposable

accessories for proper handling and disposal procedures.

NOTE: If raised, the IV pole will decrease its height automatically when power

is removed from the rover to ensure proper clearance during relocation.

• From the Select Cycle screen, the rover may be detached by pushing the

button next to the ESC icon. The “Wash” or “Extended Wash” cycles may

be stopped by pushing the button next to the ESC icon.

• During the first rover docking procedure, the information on the control panel

display may appear inconsistent. The procedure may also take a few more

minutes than specified in the Wash Cycle Options table. Both conditions are

normal and temporary.

• If a specific wash cycle is not selected within ten seconds, the “Wash”

cycle (see Wash Cycle Options) will be performed automatically.

2. Push the power switch to the OFF position.

3. Disconnect the rover from facility electrical power and remove the power

cord. Wrap the power cord around the cord bracket.

4. Using the knobs, close the canister access doors to conceal the contents.

6. From the Select Cycle screen, push the buttons next to the arrow icons to

scroll and highlight the appropriate wash cycle. Push the button next to the

OK icon to select the highlighted cycle.

5. Clean the rover. See Cleaning Recommendations.

Wash Cycle Options

6. Unlock the two rear casters of the rover.

WARNING: ALWAYS remove the disposable accessories before

relocating the rover. ALWAYS use the handle to retain control of

the rover during relocation.

Cycles

Description

Time (approx.)

Wash

Cycle drains the contents, applies

detergent to the interior walls of both

canisters, and rinses the detergent

with water.

5 minutes

Extended Wash

Cycle drains the contents, applies

detergent to the interior walls of both

canisters, and rinses the detergent

with water. Three wash cycles occur

and five minutes of soak time occurs

between each cycle.

50 minutes

Quick Drain

Cycle drains the contents of both

canisters.

2 minutes

7. If the canisters are full or the rover contains fluid waste and will not be used

within two hours, use the rover handle to push and relocate the rover to the

docking station. See To Dock Rover for Waste Disposal.

8. If the canisters are not full and the rover will be used within two hours, use

the rover handle to push and relocate the rover to the desired location. See

To Prepare Rover for Collection.

NOTE: The rover does not have to be connected to facility power when not

in use.

To Dock Rover for Waste Disposal (see figure 6)

7. After the cycle is complete, the Docking Complete screen will appear on

the control panel display (see figure 8). Push the button next to the OK icon

to detach the rover from the docking station. Pull the rover away from the

docking station.

1. Place the rover in front of the docking station.

DOCKING COMPLETEASH

2. Ensure the power switch on the docking station is in the ON position and

illuminated.

OK

PRESS OK TO RELEASE

NOTE: Before docking the rover, always allow the docker to warm up for at

least 60 seconds after applying power to the docker.

3. Ensure the Stryker-approved detergent bottle is connected, has enough

detergent to perform a wash cycle, and the end of the inlet tube is located

at the bottom of the bottle.

WARNING: Keep hands out and away from the front of the

docking station when attaching the rover.

4. Push the rover toward the docking station and between the guides until the

rover and docking station attach automatically.

5. Verify the Select Cycle screen appears on the control panel display (see

figure 7).

WASH

QUICK DRAIN

EXTENDED WASH

OK

NOTE: Liquid or prefill will remain inside each canister after a cycle is

complete. Prefill contains a specified amount of detergent for initiating the

break down of fluid waste collected during the rover’s next use.

8. Clean the docker. See Cleaning Recommendations.

9. If the rover will be used again, use the rover handle to push and relocate

the rover. See To Prepare Rover for Collection. If the rover will no longer

be used, use the rover handle to push and relocate the rover to a storage

area.

NOTE: If this is the rover’s first docking procedure, ensure the rover is tested

and setup prior to use. See the Appendix section for instructions.

Cleaning Recommendations

ESC

Figure 7 Select Cycle Screen

Figure 8 Docking Complete Screen

CAUTION: DO NOT use glutaraldehyde or similar chemical cleaners on the

rover or docker.

1. Wipe the external surfaces of the rover and/or docker with a soft cloth

dampened with a non-abrasive, hospital disinfectant.

2. Thoroughly wipe the infrared communication windows to ensure the rover

and docker can communicate and function properly.

3. Inspect the rover. See Periodic Maintenance.

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11

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2011/01

0702-002-700 Rev-F

Periodic Maintenance

Interval

Activity

Prior to each use

and after each

cleaning

Inspect the collection canister(s) and smoke evacuator filter cover for cracks, the two casters for failed locks, and the infrared communication

window for damage or obstructions. Ensure there are no cuts in the power cord and no bent pins in the power cord receptacle. DO NOT use the

equipment if damage is apparent.

Six months

Replace the fluid suction HEPA filter. Inspect the docker plumbing connections and hoses for leaks. Repair any plumbing to stop leakage as

required. Replace leaking hoses as required.

As required

Check the level of the detergent in the dispensing bottle. Replace the bottle of detergent as required.

Troubleshooting Guide*

Problem

Cause

Action

The rover does not power up and the power

switch is in the ON position.

Power cord is not connected or is not connected

securely.

Connect the power cord or ensure the power cord is connected

securely.

No vacuum pump action after the VACUUM

SYSTEM button is pressed.

Solid or liquid material has entered the vacuum

pump.

Remove the rover from use. Contact Stryker service.

Collection canisters are full.

Dock the rover.

The fluid suction HEPA filter requires replacement.

Replace the fluid suction HEPA filter. See the instructions for

use supplied with the filter.

The vacuum limit setting dials are adjusted too low.

Adjust the vacuum limit setting dials to increase fluid suction.

Unused manifold ports are open on either canister.

Close all unused manifold ports on each canister.

The rover’s suction capability is lost.

The vacuum pump is damaged.

Remove the rover from use. Contact Stryker service.

The rover’s vacuum level (fluid suction) cannot

be adjusted or cannot reach the maximum level.

The vacuum pump or sensor is damaged.

Remove the rover from use. Contact Stryker service.

Unused manifold ports are open on either canister.

Close all unused manifold ports on each canister.

The fluid suction HEPA filter has exceeded its

useful life.

Replace the fluid suction HEPA filter.

The smoke evacuator filter has exceeded its useful

life.

Replace the smoke evacuator filter.

The fluid suction HEPA filter has exceeded its

useful life.

Replace the fluid suction HEPA filter.

Docker does not dispense detergent during the

cleaning cycle. Bottle of detergent is empty.

Replace the bottle of the detergent. See the label instructions

on the Stryker-approved detergent.

The smoke evacuator fails to operate after

activation (smoke evacuator button is pushed).

The smoke evacuator is damaged.

Remove the rover from use. Contact Stryker service.

A smoke evacuator error appears on the control

panel display.

The smoke evacuator filter is damaged.

Replace the smoke evacuator filter.

The smoke evacuator filter is not installed.

Install the smoke evacuator filter. See instructions for use

supplied with filter.

The smoke evacuator filter is installed incorrectly.

Install the smoke evacuator filter again. See instructions for

use supplied with filter.

IV pole is supporting too much weight.

Remove excessive weight from IV pole.

IV pole motor is overheated.

Wait ten minutes. Press appropriate IV pole height adjust

button.

Fluid does not drain from the small canister into

the large canister after pressing the EMPTY

TANK button.

A fluid waste clog exists at the bottom of the small

canister.

Remove the rover from use. Close all used and unused

manifold ports. Turn both Vacuum Limit Setting dials to the

maximum value. Press the EMPTY TANK button. Contact

Stryker service if the clog persists.

An error occurs during EMPTY TANK

procedure.

More than three EMPTY TANK procedures have

been attempted.

Dock the rover.

The contents of the small canister cannot fit into

the large canister.

Dock the rover.

The rover was unable to prefill the small canister

Dock the rover.

Electrical noise is present.

Turn off all the electrical equipment in the room.

Rover Operation

The rover’s fluid suction is insufficient.

A filter error appears on the control panel

display.

The rover is releasing a strong odor.

IV pole height cannot be increased.

Sporadic electrical interference is experienced.

Relocate the electrical equipment to maximize the distance

between the equipment. Increase spatial distance.

Plug equipment into different outlets.

*DO NOT service this equipment. If you require service, contact your Stryker sales representative or call Stryker Neptune customer service at 1-800-550-7836. Outside the US,

contact your nearest Stryker subsidiary.

12

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Page 13

0702-002-700 Rev-F

2011/01

Troubleshooting Guide

Problem

Cause

Action

The docker is not receiving facility water.

Ensure water inlet hose is connected correctly. Ensure the

facility water supply valve is open. Dock the rover.

Communication between the rover and docker is

interrupted.

Pull the rover away from the docker. Remove and apply power

to the docker. Wait 60 seconds. Dock the rover.

Bottle of detergent is empty.

Replace the bottle of the detergent. See the label instructions

on the Stryker-approved detergent.

The end of the detergent inlet tube is not immersed

in the detergent.

Push the end of the detergent inlet tube to the bottom of the

detergent bottle.

The detergent inlet tube is not connected securely

to the detergent inlet port of the docker.

Connect the detergent inlet tube to the detergent inlet port of

the docker securely.

The fluid connectors prevent the removal of the

rover from the docker.

Remove and apply power to the docker. Wait 10 seconds. Pull

the rover away from the docker.

Docking Operation

The rover will not dock or an error occurs during

docking.

Docker does not dispense detergent during the

cleaning cycle.

An error occurs during docking and the rover

cannot be removed from docker.

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13

Page 14

2011/01

0702-002-700 Rev-F

Error Messages*

CODE

MESSAGE

ACTION

CODE

MESSAGE

ACTION

0.X

SYSTEM ERROR

CALL SERVICE

8.X

LEVEL SENSOR ERROR

CALL SERVICE

1.X

MEMORY ERROR

CALL SERVICE

9.0

IV POLE ERROR

CALL SERVICE

2.2

SYSTEM ERROR

CALL SERVICE

9.1

IV POLE ERROR

REDUCE POLE LOAD WEIGHT

3.0

DOCKER COMM

ERROR

REMOVE ROVER - CYCLE DOCKER

POWER - WAIT 60 SECONDS - DOCK

ROVER AGAIN

9.2

IV POLE ERROR

WAIT 10 MIN - RETRY POLE

10.0

SMOKE EVAC ERROR

CALL SERVICE

REMOVE ROVER - CYCLE DOCKER

POWER - WAIT 60 SECONDS - DOCK

ROVER AGAIN

10.1

SMOKE EVAC ERROR

CALL SERVICE

10.2

NO SMOKE FILTER

SMOKE FILTER NOT DETECTED REPLACE SMOKE FILTER

3.1

COUPLING ERROR

3.2

COUPLING ERROR

CALL SERVICE

11.X

VOL DISPLAY ERROR

CALL SERVICE

3.3

OFFLOAD ERROR

REMOVE MANIFOLDS FROM CANISTERS DOCK ROVER AGAIN

12.0

LEVEL SENSOR ERROR

CALL SERVICE

12.1

LEVEL SENSOR ERROR

CALL SERVICE

12.2

LEVEL SENSOR ERROR

CALL SERVICE

12.4

TEMP SENSOR ERROR

CALL SERVICE

12.5

TEMP SENSOR ERROR

CALL SERVICE

12.6

LEVEL SENSOR ERROR

CALL SERVICE

12.7

LEVEL SENSOR ERROR

CALL SERVICE

13.0

VACUUM ERROR - LG

CALL SERVICE

13.1

VACUUM ERROR - LG

CALL SERVICE

13.2

VACUUM ERROR - LG

CALL SERVICE

13.3

VACUUM ERROR - LG

CALL SERVICE

SMALL CANISTER VOLUME WILL NOT FIT

IN LARGE - DOCK ROVER WHEN ABLE

13.4

VACUUM ERROR - LG

CALL SERVICE

CALL SERVICE

13.5

VACUUM ERROR - LG

CALL SERVICE

13.6

VACUUM ERROR - LG

CANISTER IS PRESSURIZED

EXTERNALLY-TURN ON VACUUM

SYSTEM

13.7

VACUUM ERROR - LG

CALL SERVICE

13.8

VACUUM ERROR - LG

CALL SERVICE

13.10

VACUUM ERROR - LG

CALL SERVICE

13.11

VACUUM ERROR - LG

CALL SERVICE

14.X

VACUUM ERROR - LG

CALL SERVICE

15.1

VACUUM ERROR - SM

CALL SERVICE

15.2

VACUUM ERROR - SM

CALL SERVICE

15.3

VACUUM ERROR - SM

CALL SERVICE

15.4

VACUUM ERROR - SM

CALL SERVICE

15.5

VACUUM ERROR - SM

CALL SERVICE

3.4

3.5

3.6

OFFLOAD ERROR

PREFILL ERROR

PREFILL ERROR

CALL SERVICE

CHECK FACILITY WATER SUPPLY-DOCK

ROVER AGAIN

CHECK FACILITY WATER SUPPLY-DOCK

ROVER AGAIN

3.7

COUPLING ERROR

CALL SERVICE

3.9

COUPLING ERROR

CALL SERVICE

3.12

DOCK INCOMPLETE

DOCK ROVER AGAIN

3.13

DOCKER NOT READY

REMOVE ROVER - CYCLE DOCKER

POWER - WAIT 60 SECONDS - DOCK

ROVER AGAIN

4.0

4.1

LARGE CAN FULL

VACUUM ERROR - SM

4.2

EMPTY TANK ERROR

CALL SERVICE

4.3

EMPTY TANK ERROR

DOCK ROVER TO REMOVE DEBRIS FROM

SMALL CANISTER

4.4

PREFILL ERROR

PREFILL TANK IS EMPTY - DOCK ROVER

4.5

PREFILL ERROR

PREFILL TANK IS EMPTY - DOCK ROVER

5.0

FILTER EXPIRED

REPLACE FLUID SUCTION HEPA FILTER

5.1

FILTER EXPIRED

REPLACE SMOKE FILTER

6.0

EMPTY TANK ERROR

CALL SERVICE

6.1

EMPTY TANK ERROR

CALL SERVICE

7.0

LEVEL SENSOR

ERROR

CALL SERVICE

7.1

LEVEL SENSOR

ERROR

CALL SERVICE

7.2

LEVEL SENSOR

ERROR

CALL SERVICE

15.6

VACUUM ERROR - SM

7.7

PREFILL ERROR

CHECK FACILITY WATER SUPPLY - DOCK

ROVER AGAIN

CANISTER IS PRESSURIZED

EXTERNALLY-TURN ON VACUUM

SYSTEM

15.7

VACUUM ERROR - SM

CALL SERVICE

7.8

PREFILL ERROR

CHECK FACILITY WATER SUPPLY - DOCK

ROVER AGAIN

15.8

VACUUM ERROR - SM

CALL SERVICE

15.10

VACUUM ERROR - SM

CALL SERVICE

15.11

VACUUM ERROR - SM

CALL SERVICE

16.X

VACUUM ERROR - SM

CALL SERVICE

Storage and Handling

Caution: ALWAYS call Stryker Neptune customer service at 1-800-550-7836 before transporting or storing this equipment in freezing conditions. Failure to

comply will cause the expansion of frozen internal fluid to damage the equipment.

To ensure the longevity, performance, and safety of this equipment, use the original packaging when storing or transporting this equipment.

*DO NOT service this equipment. If you require service, contact your Stryker sales representative or call Stryker Neptune customer service at 1-800-550-7836. Outside the US, contact

your nearest Stryker subsidiary.

14

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Page 15

0702-002-700 Rev-F

2011/01

Specifications1

Model:

Neptune 2 Rover-ULTRA

REF:

0702-001-000

0702-002-000

Electrical Power Requirements:

120 V ~, 60 Hz, 12.0 A, single phase

20 V , 3 A during docking procedure; rover

receives power from docking station

230 V ~, 50 Hz, 9.0 A, single phase

20 V , 3 A during docking procedure; rover

receives power from docking station

Size:

19 inch [48.3 cm] width

23 inch [58.4 cm] depth

102 inch [259 cm] height (IV pole up)

70 inch [177.8 cm] height (IV pole down)

Vacuum Range:

2 to 21 in-Hg [50 to 530 mm-Hg, 7 to 71 kPa] (measured with all ports closed)

Vacuum Measurement:

+ 5% of full scale (+ 1.05 in-Hg)

Weight:

300 lbs. [136 kg] - collection empty

353 lbs. [160 kg] - collection full

Volume:

24-liter capacity (combination of 4 and 20 liter canisters)

Volume Measurement:2

4-liter canister - + 50 mL

20-liter canister - + 150 mL

Inclined Plane of Operation:

+ 2.5 degrees

Equipment Type:

Class I, Type CF Applied Part

IPX0 Ordinary Equipment

Enclosure Protection:

Infrared Communication Windows:

Protective Earth Ground:

CSA International

Approval:

CAN/CSA-C22.2 No. 601.1 M90: 2003

BS EN 60601-1: 1997

UL 60601-1: 2003

AS/NZS 4268: 2008

N 17693

Environmental Conditions:

Operation

Storage and Transportation

(before initial use)

Storage and Transportation

(after initial use)

Temperature

Relative Humidity

Atmospheric Pressure

1

2

Specifications are approximate and may vary from unit to unit or by power supply fluctuations.

Volume measurements specified do not account for fluid evaporation or an inclined plane of operation that exceeds the specified range.

www.stryker.com

15

Page 16

2011/01

0702-002-700 Rev-F

Specifications

Guidance and manufacturer's declaration - electromagnetic emissions

The Neptune 2 ULTRA Rovers, REF 0702-001-000 and REF 0702-002-000, are intended for use in the electromagnetic environment specified below. The

customer or the user of the Neptune 2 ULTRA Rover should assure that it is used in such an environment.

Emissions test

Compliance

Electromagnetic environment - guidance

RF emissions

CISPR 11

Group 1

The Neptune 2 ULTRA Rover uses RF energy only for its internal function. Therefore,

its RF emissions are very low and are not likely to cause any interference in nearby

electronic equipment.

RF emissions

CISPR 11

Class A

The Neptune 2 ULTRA Rover is suitable for use in all establishments other than domestic

establishments and those directly connected to the public low-voltage power supply

network that supplies buildings used for domestic purposes.

Harmonic emissions

IEC 61000-3-2

Class A

Voltage fluctuations/flicker

emissions

IEC 61000-3-3

Complies

Frequency of Transmission: 2405 MHz - 2480MHz

Bandwidth per Channel:

3 MHz, Spread Spectrum

[16-ary quasi-orthogonal]

Effective Radiated Power (ERP):

953µW [maximum]

[in 5 Mhz increments]

Modulation:

Offset Quadrature Phase-Shift

Keying [O-QPSK]

Guidance and manufacturer's declaration - electromagnetic immunity

The Neptune 2 ULTRA Rovers, REF 0702-001-000 and REF 0702-002-000, are intended for use in the electromagnetic environment specified below. The

customer or the user of the Neptune 2 ULTRA Rover should assure that it is used in such an environment.

Immunity test

IEC 60601 test level

Compliance level

Electromagnetic environment - guidance

Portable and mobile RF communications equipment should be used no

closer to any part of the Neptune 2 ULTRA Rover, including cables, than the

recommended separation distance calculated from the equation applicable

to the frequency of the transmitter.

Recommended separation distance

Conducted RF

3 Vrms

3 Vrms

IEC 61000-4-6

150 kHz to 80 MHz

150 kHz to 80 MHz

Radiated RF

3 V/m

3 V/m

IEC 61000-4-3

80 MHz to 2.5 GHz

80 MHz to 2.5 GHz

d=1.67√P

d=1.67√P

80 MHz to 800 MHz

d=2.33√P

800 MHz to 2.5 GHz

Where P is the maximum output power rating of the transmitter in watts

(W) according to the transmitter manufacturer and d is the recommended

separation distance in meters (m)

Interference may occur in the vicinity of equipment marked with the

following symbol:

NOTE 1: At 80 MHz and 800 MHz the higher frequency range applies.

NOTE 2: These guidelines may not apply in all situations. Electromagnetic propagation is affected by absorption and reflection from structures, objects and

people.

16

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Page 17

0702-002-700 Rev-F

2011/01

Specifications

Guidance and manufacturer's declaration - electromagnetic immunity

The Neptune 2 ULTRA Rovers, REF 0702-001-000 and REF 0702-002-000, are intended for use in the electromagnetic environment specified below. The

customer or the user of the Neptune 2 ULTRA Rover should assure that it is used in such an environment.

Immunity test

IEC 60601 test level

Compliance level

Electromagnetic environment - guidance

Electrostatic discharge

(ESD)

±6 kV contact

±2, 4, 6 kV contact

±8 kV air

±2, 4, 8 kV air

Floors should be wood, concrete or ceramic tile. If floors are covered with

synthetic material, the relative humidity should be at least 30%.

Electrical fast transient/

burst

±2 kV for power supply

lines

±2 kV for power supply

lines

IEC 61000-4-4

±1kV for input/output lines

±1 kV for input/output lines

Surge

±1 kV differential mode

±1 kV differential mode

IEC 61000-4-5

±2 kV common mode

±2 kV common mode

Voltage dips, short

interruptions and voltage

variations on power supply

input lines

<5% UT

95% Reduction (10 ms)

(>95% dip in UT)

IEC 61000-4-2

for 0.5 cycle

Mains power quality should be that of a typical commercial or hospital

environment.

Mains power quality should be that of a typical commercial or hospital

environment.

Mains power quality should be that of a typical commercial or hospital

environment. If the user of the Neptune 2 ULTRA Rover requires continued

operation during power mains interruptions, it is recommended that the Neptune

2 ULTRA Rover be powered from an uninterruptible power supply or a battery.

IEC 61000-4-11

40% UT

60% Reduction (100 ms)

(60% dip in UT)

for 5 cycles

70% UT

30% Reduction (500 ms)

(30% dip in UT)

for 25 cycles

<5% UT

95% Reduction (5 s)

(>95% dip in UT)

for 5 sec

Power frequency

3 A/m

3 A/m

(50/60 Hz)

@ 50 Hz

magnetic field

CRT 1 A/m

Power frequency magnetic fields should be at levels characteristics of a typical

location in a typical commercial or hospital environment.

IEC 61000-4-8

NOTE: UT is the a.c. mains voltage prior to application of the test level.

Recommended separation distances between portable and mobile RF communications equipment and the Neptune 2 ULTRA Rover

The Neptune 2 ULTRA Rovers, REF 0702-001-000 and REF 0702-002-000, are intended for use in the electromagnetic environment in which radiated

RF disturbances are controlled. The customer or the user of the Neptune 2 ULTRA Rover can help prevent electromagnetic interference by

maintaining a minimum distance between portable and mobile RF communications equipment (transmitters) and the Neptune 2 ULTRA Rover as

recommended below, according to the maximum output power of the communications equipment.

Separation distance according to frequency of transmitter

m

Rated maximum output power of

transmitter

W

150 kHz to 80 MHz

80 MHz to 800 MHz

800 MHz to 2.5 GHz

d=1.67√P

d=1.67√P

d=2.33√P

0.01

0.12

0.12

0.23

0.1

0.37

0.37

0.74

1

1.2

1.2

2.3

10

3.7

3.7

7.4

100

12

12

23

For transmitters rated at a maximum output power not listed above, the recommended separation distance d in meters (m) can be estimated using the equation

applicable to the frequency of the transmitter, where P is the maximum output power rating of the transmitter in watts (W) according to the transmitter manufacturer.

NOTE 1: At 80 MHz and 800 MHz, the separation distance for the higher frequency range applies.

NOTE 2: These guidelines may not apply in all situations. Electromagnetic propagation is affected by absorption and reflection from structures, objects and people.

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2011/01

0702-002-700 Rev-F

Appendix

To Test the Rover Operation

To Test the Docking Station Operation

NOTE: Before using the rover, perform an initial docking procedure. Failure

NOTE: Ensure the rover is functioning properly. See To Test the Rover

to comply will result in pre-fill errors and prevent the rover from functioning

properly. See To Dock Rover for Waste Disposal.

Operation.

1. Connect the rover to facility electrical power using the power cord. Thread

the appropriate plug of the power cord through the strain relief hole before

connecting the cord to the rover (see figure 9).

1. Install a disposable manifold into the rover and attach a suction tube to one

manifold port. Ensure all the other manifold ports are capped.

2. Connect the rover to facility power and push the power switch to the ON

position.

3. Push the vacuum system button to start the vacuum pump.

4. Place the attached suction tube into a sink or bucket of water. Rotate

the vacuum limit setting dial to suction about two liters of water into each

canister.

5. After each canister is filled, push the power switch to the OFF position.

Remove the rover from facility power. Remove the disposable manifold and

suction tube.

6. Place the rover in front of the docking station. Push the rover into the

docking station using the guides for alignment purposes until attachment

occurs automatically.

Figure 9 Power Cord Strain Relief

2. Push the vacuum system button to start the vacuum pump.

3. Adjust the vacuum limit setting dial of the canister to be tested to the

maximum vacuum level. Ensure the value displayed on the control panel

changes and eventually reaches the maximum vacuum level. If not, see

Troubleshooting Guide.

4. Repeat steps 2 and 3 to test the other canister.

5. Push the up and down arrow buttons that control the IV pole. Ensure the IV

pole functions correctly. If not, see Troubleshooting Guide.

6. Push the smoke evacuator button. From the smoke control screen, push

the buttons next to the arrow icons to adjust the smoke evacuator power.

Ensure smoke evacuation functions correctly. If not, see Troubleshooting

Guide.

NOTE: See To Adjust System Settings to review the default settings and make

7. From the Select Cycle screen on the control panel display, push the button

next to the arrow icons to scroll and highlight the desired Wash cycle. Push

the button next to the OK icon to select the cycle.

NOTE: If a cycle is not selected, the Wash cycle will be selected as the

default cycle.

8. During the Wash cycle, inspect all the docking station plumbing and

connections for any leakage. If leakage occurs, repair as required.

9. After the cycle is complete, pull the rover away from the docking station.

To Adjust System Settings

1. Verify the power switch is in the OFF position.

2. Ensure the power cord is connected between the rover and facility power.

3. Push the control panel display button and the power button to ON

simultaneously (see figure 10).

changes if required.

Figure 10 To Access System Setup

18

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Page 19

0702-002-700 Rev-F

2011/01

System Setting Options

Appendix (cont’d)

To Adjust System Settings (cont’d)

Settings

Options

factory Default

Volume Display Units

mL [milliliter]

mL

4. Continue to push the display button until the Neptune 2 splash screen

appears. The system setup screen will appear after the splash screen (see

figure 11).

L [liter]

cc [cubic centimeters]

Volume Display

Brightness

0 - 100%

75%

Fluid Audible Indicators

4L canister

600 mL (remaining

capacity)

20L canister

2000 mL (remaining

capacity)

in-Hg [inches of mercury]

in-Hg

Vacuum Display Units

mm-Hg [millimeters of

mercury]

kPa [kilopascals]

Figure 11 Neptune Splash Screen

5. From the System Setup screen, push the buttons next to the arrow icons to

highlight the appropriate system setting (see figure 12).

SYSTEM SETUP

LANGUAGE

SMOKE FILTER LIFE

SUCTION FILTER LIFE

FLUID AUDIBLE INDICATORS

VOLUME DISPLAY UNITS

OK

Vacuum Display

Brightness

0 - 100%

75%

Vacuum Display

Contrast

0 - 100%

70%

Smoke Filter Life

Reset timer to accept

80 hours

Suction Filter Life

Reset timer to accept

500 hours

Language

English

English

French [Français]

German [Deutsch]

Italian [Italiano]

ESC

Spanish [Español]

Portuguese [Português]

Figure 12 System Setup Screen

Polish [Polski]

6. From the System Setting screen, push the buttons next to the arrow icons to

highlight or adjust the appropriate setting option (see figure 13). See System

Setting Options table for available setting options.

VOLUME DISPLAY UNITS

mL

L

cc

Error History

N/A

N/A

To Use Facility Vacuum Source (optional)

OK

ESC

Figure 13 Sample System Setting Screen

7. Push the button next to the OK icon to select the appropriate system setting

option. Push the button next to the ESC icon to cancel the selection and

exit the screen.

NOTE: To reset the smoke filter timer or HEPA filter timer, see the

instructions for use supplied with the filter for more information.

Figure 14 To Connect Facility Vacuum Source

WARNING: Ensure power is applied to the rover and the power

switch is in the ON position when using a facility vacuum source

with the rover. Applied power to the rover will ensure over-fill

protection. Failure to comply may result in patient and/or health

care staff injury.

NOTE: ALWAYS ensure the stand-by (vacuum system) indicator is not

illuminated and the stand-by (vacuum system) button is OFF. Failure to comply

will close the facility vacuum ports and prevent the use of the facility vacuum.

1. Verify the rover is connected to facility power and the power switch is in the

ON position (see figure 14).

2. Attach 0.25 inch [6.4 mm] inner diameter suction tubing between the facility

vacuum source and the facility vacuum ports on the rover.

3. Apply and regulate the vacuum level provided to the rover from the facility

vacuum source regulator.

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19

Page 20

R&TTE Declaration of Conformity (DoC)

We,

Name of company: Stryker Instruments

Address: 4100 East Milham Avenue, Kalamazoo, Michigan 49001-6197

Authorized Representative: Jean-Yves Carentz

Contact Detail of Authorized Representative: Stryker France, ZAC Satolas Green Pusignan,

Av. de Satolas Green, 69881 MEYZIEU Cedex, France

declare under our sole responsibility that the product:

Product Name: Neptune 2 Waste Management System Rover - ULTRA

Trade Name: Stryker Instruments

Type or Model: REF 0702-002-000 Rover ULTRA 230 V

Complies With: BS EN 60601-1-2:2001, EN 301 489-17 v1.2.1 (2002-04), EN 300 328 v1.7.1 (2006-10), EN 301 489-17 v1.3.1 (2002-08)

to which this declaration relates is in conformity with the essential requirements and other relevant requirements of the R&TTE Directive

(1999/5/EC).

Supplementary information: None

Notified Body involved: TUV Rheinland Product Safety (GmbH)

Technical file held by: Stryker Instruments

Place and date of issue (of this Doc): Kalamazoo, Michigan USA, March 2008

ES, DE, FR, IT, NL

JA, ZH, KO

SV, DA, FI, PT, NO

PL, EL

0702-002-713

0702-002-717

0702-002-730

0702-002-750

Hereby, Stryker Instruments, declares that this Short Range Device is in compliance with the essential requirements and other relevant

provisions of Directive 1999/5/EC.

Stryker Instruments

4100 E. Milham

Kalamazoo, Michigan

(USA) 49001

1-269-323-7700

1-800-253-3210

EC

REP

Stryker France

ZAC Satolas Green Pusignan

Av. de Satolas Green

69881 MEYZIEU Cedex

France

2011/01

0702-002-700 Rev-F

www.stryker.com