MaxStar Orbit Dental Unit

MaxStar Orbit Dental Unit
OWNER’S MANUAL
MODELS
100A
100E
100H
440
443
Marus
11727 Fruehauf Drive
Charlotte, NC 28273
Technical Support: 800-304-5332
FAX: 888-861-9366
Technical Support
Tech. Service: 800-304-5332
FAX: 888-861-9366
Web site:www.marus.com
Printed in the U.S.A.
70-050R271 • Rev. 7 • 03/12
Table of Contents
MaxStar Orbit Delivery System Overview.............................................................................................. 2
General Information................................................................................................................................ 3
Definition of Symbols ...................................................................................................................... 3
Product Disposal.............................................................................................................................. 3
Interference with Electromedical Devices........................................................................................ 3
Incompatible Units or Accessories................................................................................................... 3
Product Identification....................................................................................................................... 3
General Safety Summary....................................................................................................................... 4
Electrical Specifications................................................................................................................... 4
Technical Description............................................................................................................................. 5
Intended Use - Dental Unit............................................................................................................... 5
Handpiece Compatibility.................................................................................................................. 5
Device Classification........................................................................................................................ 5
Replacement Parts.......................................................................................................................... 5
Cleaning, Disinfecting & Sterilization...................................................................................................... 6
Disinfection & Sterilization................................................................................................................ 6
Barrier Technique............................................................................................................................. 6
Chemical Disinfection....................................................................................................................... 6
Maintenance........................................................................................................................................... 7
Care of the Unit...................................................................................................................................... 7
Handpiece Flush — Daily Maintenance........................................................................................... 7
Weekly Maintenance........................................................................................................................ 7
Handpiece Oil Collector: ................................................................................................................. 7
Clean Water System............................................................................................................................... 8
Maintenance........................................................................................................................................... 8
Care of Vacuum Utilities................................................................................................................... 9
Cleaning the Solids Collector........................................................................................................... 9
Cleaning........................................................................................................................................... 9
Sterilization...................................................................................................................................... 9
Cuspidor Care and Cleaning.......................................................................................................... 10
MaxStar Unit Control Head................................................................................................................... 11
MaxStar Unit Control Euro Head.......................................................................................................... 12
MaxStar Orbit Cuspidor........................................................................................................................ 13
Touch Pad Chair Control...................................................................................................................... 14
Quick Switch Water System................................................................................................................. 15
Wet/Dry Foot Control............................................................................................................................ 16
Electromagnetic Compatibility.............................................................................................................. 17
Technical Specifications for the Dental Unit......................................................................................... 21
Technical Description — Dental Unit.............................................................................................. 21
Handpiece Compatibility................................................................................................................ 21
Replacement Parts........................................................................................................................ 21
Checklist............................................................................................................................................... 22
MaxStar Orbit Delivery System Overview
Light Flex arm
Light head
Upper light
pole
Unit flex arm
Unit control
head
Touch pad
Unit pole
Lower light
pole
Rear mounted
cuspidor
If the package is equipped with a unit mounted
light, refer to the manual provided with the light
for product specifications.
2
MaxStar Orbit Overview
General Information
Definition of Symbols
Product Disposal
The following symbols and terms may be used throughout
this manual:
WARNING: Failure to carefully follow the
described procedure may result in injury or
loss of life.
Contact your local authorized dealer for proper disposal
of the device to ensure compliance with your local
environmental regulations.
CAUTION: Failure to carefully follow the
described procedure may result in damage
to the equipment.
Risk of electrical shock present.
Make sure power is disconnected before
attempting this procedure.
The following symbols may be located throughout the
product:
AC (Alternating Current)
Protective Earth (Ground)
Interference with Electromedical Devices
To guarantee the operational safety of electromedical
devices, it is recommended that the operation of mobile radio
telephones in the medical practice or hospital be prohibited.
Strong EMI sources such as electro surgery units or x-ray
units may affect performance. If performance problems
occur, move the unit to another electrical circuit or physical
location.
Incompatible Units or Accessories
To guarantee the operational safety and function of this
device, the use of unapproved unit or accessories is not
advised. Doing so could result in potential hazard. Only use
authorized accessories and devices.
Product Identification
This product can be identified by its product label. This
label states the unit model and serial number, electrical
specifications, manufacture date and safety classification.
Note the SAMPLE labels shown below.
Marus
Marus
Attention: Consult accompanying documents
Dental Unit
Dental Unit
11727 Fruehauf Drive
Charlotte, NC 28273 USA
11727 Fruehauf Drive
Charlotte, NC 28273 USA
OFF
MN
SN
MN
SN
ON
Electrical Testing Lab
Waste Electrical and Electronic Equipment
Identification mark that indicates the product
complies with the health & safety requirements
as published by European Directives
Authorized European Representative:
Medical Device and QA Services
76, Stockport Road
WA15 7SN
United Kingdom
e-mail: info@mdqa.co.uk
WARNING: This product is intended for use
by trained dental/medical professionals only.
Operation Mode: Intermittent
Conforms to:
EN60601-1-2,UL60601-1
Certified to:
CAN/CSA - C22.2 NO.601.1
59768
0473
92161 • Rev. 5 •02/12
Dangerous Voltage
230 VAC, 50HZ, 4A
IEC Type B, Class 1, IPX4
115 VAC, 60HZ, 8A
IEC Type B, Class 1, IPX4
91902 • Rev. 7 • 02/12
Type B Equipment
(Protected against electrical shock)
Operation Mode: Intermittent
Conforms to:
EN60601-1-2,UL60601-1
Certified to:
CAN/CSA - C22.2 NO.601.1
59768
0473
MAXIMUM ADDITIONAL WEIGHT ON
FLEX ARM UNIT HEAD IS 5 POUNDS.
Electrical Specifications
Volts
CyclesAmps
115 VAC 60 HZ 8 A ~
230 VAC 50 HZ 4 A ~
All fuses are labeled at point of use. Replace
fuses only with type and rating as indicated.
IEC Medical Device Classification
Classification:
1
Type:
B
Operation Mode:
Continuous
Splash Protection:
IPX0
3
General Safety Summary
Review the following safety precautions to avoid injury and prevent damage to this equipment. Use this
product only as specified.
WARNING: Failure to disinfect equipment
between patients could expose user/
patient to cross contamination and bioburden/bio-contamination.
WARNING: No modification of this equipment is allowed.
WARNING: A dental unit may include
magnets in the construction of the
device which may temporarily affect
the function/programming of some
implantable pacemakers or defibrillators.
If the implanted device is programmed to
respond to a magnet, people who have
these type of devices should avoid dental
units with magnets.
WARNING: Do not activate syringe while
tip is in direct contact with skin.
WARNING: Power cords and their
associated parts cannot be substituted
without increase risk of electric shock
or fire. We recommend the use of
authorized replacement parts only!
Power cords must be installed by
qualified personnel. Make sure all
service loops, strain reliefs, and cord
guards are in place and that line, neutral
and ground wires are secured.
WARNING: To avoid risk of electric shock,
this equipment must be connected only to
supply mains with protective earth.
WARNING: Failure to install and
tighten all mounting hardware and parts
could result in injury or damage.
WARNING: Dental instruments and
accessories are sharp - use care when
near the dental unit.
WARNING: Failure to return
handpieces to proper location could
result in alternate or additional
handpieces operating without notice.
WARNING: Proper personal protective
equipment (PPE), including, but not
limited to, gloves and eye protection
must be used when cleaning debris
trap.
WARNING: Failure to install the syringe
correctly can result in injury or damage.
Refer to the documentation that came
with the syringe for full instructions on
proper installation and use.
CAUTION: Only authorized service
technicians should attempt to service this
equipment. Use of other than authorized
technicians will void the warranty.
CAUTION: Use a licensed electrician for all
wiring.
WARNING: This product must be
disinfected before use.
Storage Conditions:
-55°C to +50°C
10% to 90% Relative Humidity
The pre-installation must be performed according to the requirements in our ‘Pre-installation
Instructions’.
As manufacturers of electro-medical products we can assume responsibility for safety-related
performance of the equipment only if maintenance, repair and modifications are carried out only by us
or agencies we have authorized for this purpose, and if components affecting safe operation of the unit
that may be needed are replaced with original parts.
We suggest that you request a certificate showing the nature and extent of the work performed, from
those who carry out such work, and specify that the certificate show any changes in rated parameters
or working ranges, as well as the date, the name of the firm and a signature.
4
Technical Description
Intended Use - Dental Unit
The dental delivery system is a combination of dental equipment components used to carry,
position and control the devices used in the practice of dentistry. Delivery systems provide for handpieces and
deliver air, water, vacuum and low voltage electricity to the dental patient. Delivery systems generally have several
components including a control head, cuspidor bowl, vacuum utilities, assistant’s utilities, a multifunction syringe
and a junction box. Delivery systems can be mounted to the wall, the dental chair or on a mobile cart.
Air, water, vacuum, drain and electrical power generally enter the system through the junction box. Shutoff valves, pressure regulators, transformers and other devices are located in the junction box or the post
mounted utility box. Tubing delivers air, water and vacuum to the control head and to the dental handpieces and
multifunctional syringe. Low voltage electricity may be delivered to the control head for operating items such as
scalers, electric handpieces and fiber optic light sources.
The control head contains adjustment knobs for controlling handpiece pressure, and the amount of coolant air and
water. The dentist controls the rate and flow through the pressure applied to the foot control or syringe buttons.
There may be a low voltage control device to control chair positioning and turn the inter-oral light on and off.
Handpiece Compatibility
This system is designed to be compatible with air driven handpieces that conform to ISO 13294
and electric handpieces that conform to ISO 11498.
For the air driven handpieces, tubing is available in standard 4 or 6 hole Midwest style with or without light source.
For electric handpieces, dental units will be equipped with an “E-type” coupler and cord set.
Other tubings may be available upon request.
The end user will have specified the preferred type prior to ordering from the factory. It is the responsibility if
the end user to procure appropriate handpieces for use with this delivery system. Certain countries may have
particular regulations regarding which handpieces are acceptable for use; e.g. countries in the European Union
require handpieces which meet the requirements of the Medical Devices Directive 93/42/EEC. See your local dealer
for additional information.
Device Classification
The dental delivery system is classified as Class 1 device under rule FDA CFR 21, Class II device
under Health Canada guidelines, and a Class IIa device under rule 11 of the MDD 93/42/EEC of
0473
Annex IX. Accordingly, the provisions of Annex II apply if the e-motor option is chosen.
Replacement Parts
The following represents a condensed list
of replacement parts that may be consumed
during normal use. See your dealer for a more
comprehensive list of components.
PART #
DESCRIPTION
62R050�����������MASTER SHUT-OFF VALVE FILTER,
40 MICRON
70-13892��������SALIVA EJECTOR TIP
46R143...........SOLIDS COLLECTOR SCREENS, 2 1/8”
(QTY 10)
44R032�����������CUSPIDOR BOWL SCREEN
30R360�����������NON-SLIP INSTRUMENT TRAY PAD
017R020���������TWIN WHEEL CASTER (FITS ALL CARTS)
007R033���������SOLIDS COLLECTOR CAP O-RING
010R082-1..... WATER BOTTLE PRESSURE CAP GASKET
44R075.......... CUP FILLER SPOUT
44R086.......... BOWL RINSE SPOUT
5
CLEANING, DISINFECTING & STERILIZATION
Cleaning Equipment can be cleaned with a solution of mild detergent and warm water. A variety of surface disinfectants
are available for use in dental treatment rooms. Some of these can cause discoloration of painted, plated or anodized
surfaces with repeated use. This can be minimized by careful adherence to the disinfectant manufacturer’s instructions
and by frequent washing with soap and water.
IMPORTANT: Do not use powdered cleansers, scouring pads or abrasive scrubbers on any of the
painted, plastic or metal surfaces of this dental unit. To remove dried-on material, use a soft-bristled
brush and a solution of mild detergent.
Disinfection & Sterilization
Infection Control in the dental office continues to be a
high priority for our customers and end users. OSHA, the
ADA and the CDC are also involved in this complex issue.
The Manufacturer will not attempt to specify the required
intervals for disinfection nor can it recommend the overall
best surface disinfectant. Please refer to the Infection
Control Recommendations published by the American
Dental Association for further information. The question
is often asked, “What should I use to disinfect my dental
unit, chair and light?” This question is more complex than
it seems because of the wide variety of products on the
market as well as formulations of the products changing to
meet the needs of increased asepsis.
Barrier Technique
The Manufacturer strongly advocates the barrier technique be used whenever possible to preserve the finish
and appearance of the equipment. Wherever possible
disposable barriers should be used and changed be-
Unacceptable Disinfectants
These disinfectants will harm the surface finishes of
dental equipment and are not recommended. Use of
these products will void your warranty.
Chemical Composition
Strong Phenols/Phenol Alcohol combinations
Sodium Hypochlorite/Household Bleach
Sodium Bromide
Strong Alcohol
Household Cleaners (Dental Equipment Only)
Citric Acids
Iodophors**
Ammonium Chloride
Accelerated Hydrogen (0.5%)
tween patients. The barrier technique will ensure maximum long term durability of the surfaces and finishes of
the equipment.
Chemical Disinfection
Regardless of the chemical disinfectant used, it is
imperative that the equipment be thoroughly washed
with mild soap and warm water at least once per day.
This wash down will minimize the harmful effects
of chemical disinfectant residues being allowed to
accumulate on the equipment. When using chemical
disinfectants, always pay strict attention to the
manufacturer’s disinfectant directions. When using
concentrated disinfectants, measure the concentrate
carefully and mix according to package directions.
Disinfectant solutions that are relatively harmless
to surfaces at their recommended strengths can be
corrosive at higher than recommended dilution ratios.
Conditionally Acceptable Disinfectants*
These disinfectants have been found to be the least
harmful to the equipment surfaces by our test methods.
Chemical Composition
Phthalaldehyde
Quaternary Ammonium
Glutaraldehyde
**Iodophor-based disinfectants will cause yellow staining on many surfaces.
CAUTION: Only disinfect by wiping, no spray
disinfection. Please be aware that Marus
expressly rejects any claims for warranty
or damages when using other cleaning
and disinfections solutions.
6
CAUTION: *The Manufacturer makes no representation
as to the disinfectant efficacy of these products.
We make no warranty expressed or implied that
these disinfectants will not damage the surface
finishes. Damage and discoloration of the surface finishes are not covered under the warranty.
MAINTENANCE
Care of the Unit
Asepsis Automatic Control
Control Head and Arm
The control head and post can be cleaned with a solution
of mild detergent and warm water. A variety of surface
disinfectants are available for use in dental treatment
rooms. Some of these can cause discoloration of painted,
plated or anodized surfaces with repeated use. This can
be minimized by careful adherence to the disinfectant
manufacturer’s instructions and by frequent washing with
soap and water.
NOTE: Some models may not come equipped with the
handpiece control head. Refer to the sections of this
manual that only pertains to your particular unit.
IMPORTANT: Do not use powdered cleansers, scouring
pads or abrasive scrubbers on any of the painted, plastic
or metal surfaces of this dental unit. To remove dried-on
material, use a soft-bristled brush and a solution of mild
detergent.
Handpiece Flush — Daily Maintenance
The control system is equipped with a handpiece flush
system that allows you to periodically flush fresh water
through the handpiece tubings. The need for this is caused
by the low flow of water through the tubings during normal
use, which can lead to stagnation and the potential growth
of “biofilm” contamination.
We recommend that you flush the tubings at the beginning
and end of each day. This may be done with or without
handpieces installed, but having handpieces on the
tubings will restrict flow, so a longer flush time will be
required.
WARNING: In order to mitigate the risk
of cross-contamination between patients,
disinfection and sterilization of handpieces
must occur after each dental procedure.
Refer to the handpiece manufacturer’s
instructions and recommendations for
sterilization or disinfection procedure.
All of the tubings are flushed simultaneously. Hold them together and direct them into a basin, sink or cuspidor to catch
the water. Flip and hold the flush toggle.
Allow adequate time for fresh water to make its way through the entire system and displace all standing water. The
American Dental Association and the Centers for Disease Control can provide additional recommendations regarding this
procedure, including information on frequency and duration of flushing and the use of antibacterial solutions in the selfcontained water system.
Weekly Maintenance
The weekly cleaning procedure should be performed at
least once a week, preferably at the start of the week
before treating patients. If the unit is to be stored for any
length of time, perform the weekly maintenance routine
immediately before and after storage.
1. Purge the unit with air.
2. Flush the system with disinfectant solution:
a. Turn the unit off. Empty the water bottle, replacing
the water with cleaning solution (see Disinfectant
Solution, next page).
b. Hold the handpiece tubings and syringe over the
cuspidor or other suitable container. Turn the unit on, wait a few moments, then operate the flush toggle, syringe and foot control until a continuous stream of solution is running through the system.
3. Allow the disinfectant to remain in the unit for 10 to 20
minutes, then flush the system again until all the
solution is used up.
4. Purge the unit with air:
a. Hold the handpiece tubings and syringe over a container. Turn the unit on, wait a few moments, then operate the flush toggle, syringe and foot control until all solution is purged from the system.
b. Turn the unit off. (If the unit will be stored, stop here.)
5. Fill with clean water:
a. With the unit turned off, remove the empty disinfectant bottle. Replace with clean bottle and water.
b. Hold the handpiece tubings over a suitable container. Turn the unit on, wait a few moments, then operate the flush toggle until a continuous stream of water is flowing through the system. Replace handpieces and do the same with the syringe. The unit is now ready for use.
Handpiece Oil Collector:
Replace the 2 x 2 gauzes with clean gauzes in the
handpiece oil collector every 90 days or more often if
handpieces are oiled frequently.
7
CLEAN WATER SYSTEM
Maintenance
The water bottle system is designed to optimize the quality
of water being delivered to the handpieces and syringe.
The Clean Water System has three functions:
1) The system may be filled with filtered or sterile water for patient use.
2) The system may be filled with disinfectant for flushing
the syringe and handpiece tubings.
3) The unit can be purged with air to inhibit the growth of biofilm.
CAUTION: Disinfect new water bottle
prior to use.
NOTE: When filling water bottle, leave an air gap at
the top of bottle to allow bottle to depressurize when
removing it from unit.
In order to maintain a truly asepsis water system, daily and weekly cleaning procedures must be performed in a
consistent, regular manner. Failure to do so could result in contaminated water lines and a lower water quality than what
is acceptable for patient use. Follow the daily and weekly maintenance instructions on page 7 when performing proper
cleaning of the tubings with the clean water system.
Once a month activate the City/Bottle Water Switch ensuring that the switch functions properly. If any issues are found,
call authorized service representative to replace the toggle valve.
Once a month activate the Foot Control toggle valve ensuring that the toggle valve functions properly turning the water
on and off to the handpiece. If any issues are found, call authorized service representative to replace the toggle valve.
Disinfecting the bottle:
Fill bottle with the 100 ml disinfectant
solution, shake vigorously and let it
settle for 10 minutes. Shake again, then
rinse twice with water.
The Disinfectant Solution:
We recommend 100 ml of
disinfectant solution for
each application per week.
Always use a fresh mixture
every week.
9 parts
(90 ml)
Tap water
1 part
(10 ml)
5.25% Sodium
hypochlorite
(household bleach)
Once a month visually check handpiece holders for excessive wear and handpiece activation. If any issues are found,
then call authorized service representative to replace.
Once a month visually check handpiece tubing for wear and tear and any separation of the tubing from the connector. If
not then call authorized service representative to replace.
Once a month verify that the electro-torque motor handpiece water flow is functioning properly. If not then call authorized
service representative to replace gauze in oil collector.
8
Care of Vacuum Utilities
After Each Patient
Draw clear water through each valve while opening
and closing it several times. Leave the valve open
for several seconds to allow all of the water to clear
the hoses. The HVE and Saliva Ejector tips should
always be replaced with sterile ones before each
patient.
At the End of Each Day
It is recommended that a vacuum system sanitizing
solution be drawn through each valve while
opening and closing it.
Cleaning the Solids Collector
At least once a day, the solids collector screen
should be removed and checked. Turn off the
vacuum pump. Remove the solids collector cap
and lift out the disposable screen. Replace if
neccessary with a new screen, (Part # 46R143).
Cleaning
Clean the external surfaces of the vacuum
instruments using a solution of mild detergent and
warm water. Thoroughly rinse the syringe with
clear water, then dry with a soft, lint-free cloth.
Solids Collector Assembly
Ultrasonic cleaning is not recommended, as the
chemicals used may damage the surface finishes
of the instrument.
CAUTION: Do not use sodium hypochlorite
or any chlorine bleach on the vacuum
instruments. These products will permanently
damage the instruments. Never use powdered
cleansers, scouring pads or abrasive
scrubbers, any of which can damage the
finishes.
Sterilization
Remove each valve from its tubing for sterilization.
A vacuum plug may be inserted into the quickdisconnect while there is no valve in place. In
any situation involving high-risk patients, it is
recommended that the instruments be removed for
sterilization after every patient.
As Needed
Disassemble the valve and lubricate the internal
parts when operation becomes stiff or sticky.
Clean the inner surfaces and apply a small amount
of O‑ring lubricant to the moving parts and O‑rings.
Care and Maintenance
9
Cuspidor Care and Cleaning
Daily care of the cuspidor bowl and
components should be a regular part
of the equipment cleaning schedule.
Consequently, your cuspidor has been
designed with simple removal and cleaning
in mind. Following these simple steps will
ensure the long life and quality condition of
your equipment.
After Each Patient
Rinse the cuspidor bowl thoroughly by
pouring a few cups of water down the drain.
This will flush out the drain lines and prevent
material from accumulating.
At the End of Each Day
•
Flush the drain with a sanitizing solution.
See the section on Waterline Asepsis for
more information.
•
The cup filler and bowl rinse spouts are
autoclavable and may be removed by
pulling upward. The O‑rings may be
left on the spouts for autoclaving, but it
would be helpful to add a small amount
of O‑ring lubricant before reinstalling.
•
The drain screen may be removed by
simply lifting it out of the bowl. It may
be cleaned with a sanitizing solution or
replaced when necessary. See your
dealer for replacement screens.
•
10
The cuspidor bowl may be snapped
loose from the drain assembly and
removed. Unseat the bowl from the
three rubber grommets beneath it and
lift upward.
Care and Maintenance
MaxStar Cuspidor Removal
MaxStar Unit Control Head
Overview
The MaxStar unit control features support for up to five handpieces plus a syringe. Each handpiece is
suspended in an air-actuated cradle mounted on the holder bar. When the handpiece is lifted, the actuator
triggers a pilot valve and activates the singular handpiece. Individual drive air pressure, along with air and
water coolant, may be adjusted accordingly via the controls shown below.
The control also has available options to operate the cuspidor and maneuver the chair remotely from
switches on the head.
Operation
•
Cup filler/Bowl rinse toggles: Activates
same function in cuspidor.
•
Flex arm air brake: Activates and releases
the air brake mechanism in the unit control flex
arm. When the system is pressurized with air,
the brake will remain engaged. To reposition
the flex arm, grab the handle and press
the brake release button with your thumb.
Releasing the thumb switch locks the head
back in place.
•
Drive air adjustment needles: Adjusts drive
air to each individual handpiece. Air pressure
is indicated on the adjacent gauge.
•
Handpiece water coolant control valves:
Each valve controls the amount of water
(coolant) supplied to its corresponding
handpiece. The farthest left valve corresponds
with the farthest left handpiece when facing the
front of the control.
•
Master on/off toggle: Activates air and water
pressure to the system.
CAUTION: When not in use, the
master switch should be left in the
‘off’ position. The master switch is
an important safety device that must
be utilized to prevent accidental
flooding.
•
Handpiece flush toggle: Flushes out the
handpieces with water when activated. If the
water supply is replaced with air (on selfcontained water bottle systems) the delivery
system can also be purged with air to dry out
the water lines.
•
Air coolant control valve: Controls coolant
air to the active handpiece.
•
Syringe: Stored in the handpiece holder
without the actuator lever. The doctor’s air and
water syringe is available in either quick-clean
or autoclavable models. Refer to the syringe
documentation for further information.
Control Functions 11
MaxStar Unit Control Euro Head
Overview
The MaxStar Euro unit control features support for up to four handpieces plus a syringe. Each handpiece
is hung via an air-actuated, spring tensioned lever arm. When the handpiece is lifted, the lever arm pivots
forward actuating a pilot valve that activates the singular handpiece. Individual drive air pressure, along
with air and water coolant, may be adjusted accordingly via the controls shown below.
The control also has available options to operate the cuspidor and maneuver the chair remotely from a
head mounted touchpad.
Drive air adjustments
Flex arm air brake
(Button in handle)
Tri-block located underneath
head cover
Bowl rinse
(optional)
Cup filler
(optional)
Handpiece water
coolant controls
(4 places)
Master on/off
toggle
Air coolant
control
Flush toggle
Operation
12
•
Cup filler/Bowl rinse toggles: Activates
same function in cuspidor (optional).
•
Flex arm air brake: Activates and releases
the air brake mechanism in the unit control flex
arm. When the system is pressurized with air,
the brake will remain engaged. To reposition
the flex arm, grab the handle and press
the brake release button with your thumb.
Releasing the thumb switch locks the head
back in place.
•
Drive air adjustment needles: Adjusts drive
air to each individual handpiece. Air pressure
is indicated on the adjacent gauge. Both gauge
and adjustment needles are located under the
plastic cover.
•
Handpiece water coolant control valves:
Each valve controls the amount of water
(coolant) supplied to its corresponding
handpiece. The farthest left valve corresponds
with the farthest left handpiece when facing the
front of the control.
Control Functions
CAUTION: When not in use, the
master switch should be left in the
‘off’ position. The master switch is an
important safety device that must be
utilized to prevent accidental flooding.
•
Master on/off toggle: Activates air and water
pressure to the system.
•
Handpiece flush toggle: Flushes out the
handpieces with water when activated. If the
water supply is replaced with air (on selfcontained water bottle systems) the delivery
system can also be purged with air to dry
out the water lines.
•
Air coolant control valve: Controls coolant
air to the active handpiece.
•
Syringe: The doctor’s air and water syringe is
available in either quick-clean or autoclavable
models. Refer to the syringe documentation for
further information.
MaxStar Orbit Cuspidor
The cup filler and bowl rinse spouts function as levers
to operate the cuspidor. Some models feature manual
controls while others are equipped with optional timers
(see below).
Manual cuspidors
•
Cup filler: Move the cup filler spout toward the
cup. Water will flow while the lever is held in place.
To shut off the water, release the lever.
•
Bowl rinse: Push the bowl rinse stem toward the
bowl. It will continue to rinse the bowl until pushed
back into place.
Timed cuspidors
•
Cup filler: The cup filler is set to fill a 5 ounce
cup 3/4 full. To activate, move the cup filler spout
toward the cup. Moving the cup filler stem back
and away from the cup will immediately stop the
water flow.
•
Bowl rinse: The bowl rinse is set to run for a
20‑ to 40‑second time period and is activated by
pushing the bowl rinse spout toward the bowl.
Moving the bowl rinse stem away from the bowl will
immediately stop the water flow.
Refer to the section Cuspidor Care and Cleaning
for information on the maintenance of your
cuspidor and drain line.
Water Flow Control Valve: Adjusts water flow
from the water outlet located directly below it.
Water Outlet: This water outlet accepts a 1/4”
male quick disconnect fitting.
Control Functions
13
Touch Pad Chair Control
The touch pad provides control of the
dental chair similar to the chair’s foot
switch, while being conveniently mounted
on the control head.
The directional arrows may be used to
manually position the chair, while the auto
buttons labeled 0 and 1 are used to access
the preset positions.
The touch pad also features a “learn”
button under the M which can be used to
save preferred working positions.
The functions of the touch pad will differ
depending on whether the Marus chair is
a hydraulic or electromechanical model.
For detailed operation and programming
instructions, refer to the operator’s manual
for your dental chair.
Control-mounted Touch Pad
14
Control Functions
Quick Switch Water System
The quick switch water bottle system is an
excellent way to ensure a clean and safe
environment for your patients. By using the
water bottle you can control the quality of water
that enters the lines and reduce the risk of
contamination.
The water bottle uses 40 psi pressurized air to
supply water to the syringe and handpieces. The
cup filler and cuspidor bowl rinse remains on a
separate line and receives its water supply from
the office plumbing. A toggle switch allows the user
to choose whether to use the office plumbing or the
water bottle (see illustration).
To Use the Water Bottle
Water Bottle On
Tap Water On
Guide Pins
Tubing Lock
Water Source
Bottle Adapter
Alignment
Grooves
Water Bottle
1. Make sure the unit master switch is in the
‘OFF’ position while the water bottle is
removed.
2. Fill the water bottle with distilled, reverse
osmosis or deionized water, then attach the
bottle adapter to the water bottle.
3. Align the grooves in the bottle adapter to the
guide pins on the manifold. Push upwards
while turning to follow the path of the grooves
in the bottle adapter.
4. The water bottle will “click” into place when
fully seated.
5. Turn the unit back on again and check for any
leaks in the bottle connection. If any air or
water leaks occur, turn the unit off and allow it
to depressurize before retightening the bottle.
CAUTION: Use only water bottles
supplied by the manufacturer. Do
not use soft drink bottles which are
thin-walled and may rupture under
pressure.
Control Functions
15
Wet/Dry Foot Control
Each dental unit is equipped with a variable speed,
disc type foot control. Foot pressure on any part
of the disc controls the flow of air to the active
handpiece. A signal relay within the foot control
simultaneously activates the air and water coolant.
The Water Coolant On/Off Toggle, or wet/dry
toggle, interrupts the flow of water coolant to the
handpieces when performing a procedure that
requires dry cutting.
Note: When not present on the foot control body,
this toggle switch can be found on the control
head.
The optional Chip Blower Button on the foot
control provides a convenient means of blowing
loose debris from the prep area without moving
hands or changing instruments.
Wet/Dry Foot Control
16
Control Functions
ELECTROMAGNETIC COMPATIBILITY
MEDICAL ELECTRICAL EQUIPMENT ELECTROMAGNETIC COMPATIBILITY
(Instructions for use)
ELECTROMAGNETIC COMPATIBILITY
Electrical medical devices are subject to special EMC safety measurements and as a result the equipment must be
installed according to the installation instruction manual.
PORTABLE ELECTRONIC DEVICES
Portable and mobile high frequency electronic communications equipment may interfere with electronic medical devices.
STATIC SENSITIVE DEVICES
Where labeled this equipment contains static sensitive devices that require special precautions when handling. At a
minimum a grounded wrist strap that is connected to ground stud should be worn to reduce the possibility of damage to
the light.
MEDICAL ELECTRICAL EQUIPMENT
ELECTROMAGNETIC COMPATIBILITY
(TECHNICAL DESCRIPTION)
ATTENTION
OBSERVE PRECAUTIONS
FOR HANDLING
ELECTROSTATIC
SENSITIVE DEVICES
ELECTROMAGNETIC COMPATIBILITY testing has been done for this product.
ACCESSORY USE
Using accessory devices not specified by the manufacturer for use with their equipment may result in an increase of
electromagnetic emissions and/or a decrease in electromagnetic immunity of the system. Do not use any accessories not
authorized or approved by the manufacturer.
INTERFERENCE FROM OTHER EQUIPMENT
If other equipment is used adjacent to or stacked with this equipment the system must be observed to verify normal
operation.
17
ELECTROMAGNETIC COMPATIBILITY
Guidance and manufacturer‘s declaration-electromagnetic immunity
This product is intended for use in the electromagnetic environment specified below. The
customer or the user of this product should ensure that it is used in such an environment.
IMMUNITY TEST
IEC60601 TEST LEVEL
COMPLIANCE LEVEL
ELECTROMAGNETIC
ENVIRONMENT GUIDANCE
ELECTROSTATIC DISCHARGE
(ESD) IEC 61000-4-2
61000-4-2
+/-6 kV contact
+/-8 kV air
+/-6 kV contact
+/-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%. Where labeled,
a ground strap (connected to
ground lug) should be worn
to reduce the possibility of
damaged to the unit when
servicing.
ELECTRICAL FAST
TRANSIENT/BURST
IEC 61000-4-4
Capacitive Clamp
+/-1 kV, 5/50 nsec pulse
+/-5 kHz repetition frequency
Capacitive Clamp
+/-1 kV, 5/50 nsec pulse
+/-5 kHz repetition frequency
Mains power quality should be
that of typical commercial or
hospital environment.
Direct Injection
+/-2 kV, 5/50 nsec pulse
+/-5kHz repetition frequency
Direct Injection
+/-2 kV, 5/50 nsec pulse
+/-5kHz repetition frequency
SURGE IEC 61000-4-5
+/-1 kV differential mode
+/-2 kV common mode
+/-1 kV differential mode
+/-2 kV common mode
Mains power quality should be
that of typical commercial or
hospital environment.
VOLTAGE DIPS, SHORT
INTERRUPTIONS AND VOLTAGE VARIATIONS ON POWER
SUPPLY INPUT LINES
IEC 61000-4-11
30% reduction, 500 ms
30% reduction, 500 ms
60% reduction, 100 ms
60% reduction, 100 ms
>95% reduction, 10 ms
>95% reduction, 10 ms
>95% reduction, 5000 ms
>95% reduction, 5000 ms
Mains power quality should
be that of typical commercial
or hospital environment. If
the user requires continued
operation during power mains
interruptions, it is recommended
that the product be powered by
an uninterrupted power supply or
battery.
3 A/m
3 A/m
POWER FREQUENCY (50/60
HZ) MAGNETIC FIELD IEC
61000-4-8
Power frequency magnetic fields
should be at levels characteristic
of a typical location in a
typical commercial or hospital
environment.
UT is the AC. mains voltage prior to application of the test level.
18
ELECTROMAGNETIC COMPATIBILITY
Guidance and manufacturer's declaration-electromagnetic immunity
This product is intended for use in the electromagnetic environment specified below. The customer or the user of this
product should assure that it is used in such an environment.
Immunity Test
IEC60601 Test Level
Compliance Level
ELECTROMAGNETIC ENVIRONMENT
GUIDANCE
Portable and mobile RF communications
equipment should be used no closer to
any part of the product, including cables,
than the recommended separation distance
calculated from the equation applicable to
the frequency of the transmitter.
Conducted RF
IEC 61000-4-6
3 Vrms
150 kHz to 80 MHz
3 Vrms
Radiated RF
IEC 61000-4-3
3 V/m
80 kHz to 2.5 MHz
3 V/m
d= 1.2 √¯ P
d= 1.2 √¯ P d= 2.3 √¯ P 80 MHz 800 MHz
800 MHz 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).
Field strengths from fixed RF transmitters,
as determined by an electromagnetic
site survey, (a) should be less than the
compliance level in
each frequency range. (b)
Interference may occur in the vicinity of
equipment marked with the following symbol:
NOTE 1: At 80 MHz to 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.
a) Field strengths from fixed transmitters, such as base stations for radio (cellular/cordless) telephones and land mobile radios,
amateur radio, AM and FM radio broadcast and TV broadcast cannot be predicted theoretically with accuracy. To assess
the electromagnetic environment due to fixed RF transmitters, an electromagnetic site survey should be considered. If the
measured field strength in the location in which the product is used exceeds the applicable RF compliance level above, the
product should be observed to verify normal operation. If abnormal performance is observed, additional measures may be
necessary, such as re-orienting or relocating the product.
b) Over the frequency range 150 kHz to 80 MHz, field strengths should be less than 3/Vm.
19
ELECTROMAGNETIC COMPATIBILITY
Guidance and manufacturer‘s declaration-electromagnetic emissions
This product is intended for use in the electromagnetic environment specified below.
The customer or the user should assure that it is used in such an environment.
Emissions Test
RF emissions
CISPR-11
RF emissions
CISPR-11
Harmonic Emissions
IEC 61000-3-2
Voltage Fluctuations / flicker
Emissions
IEC 61000-3-3
20
Compliance
Group 1
Class B
Class B
Complies
Electromagnetic Environment guidance
This product uses RF energy only for its internal
function. Therefore, the emissions are very low and
are not likely to cause any interference in nearby
electronic equipment.
This product 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.
CHECKLIST
Verify the following after installation or servicing of the unit:
All manuals are present.
All labels are present and legible.
The unit is installed/assembled correctly and there is no mechanical damage on
new installations.
The unit can be moved and positioned freely without any drifting.
The unit is connected to the appropriate power source.
Dispose of all product parts and internal components per applicable codes, regulations
and directives.
The unit is setting on a level surface and has been properly leveled. Refer to
installation instructions for information on how to properly level the unit.
All hardware is installed correctly and all connections are properly attached.
When depressing the touchpad (if applicable), the unit/chair functions properly.
While running the unit, ensure there is nothing leaking from the tubing.
The unit passes a high pot test.
All terminals are connected securely.
The unit passes a ground continuity test.
The internal wiring is in good shape and not frayed.
If applicable, the cover is closed and fasteners tightened (take care not to
pinch tubing on wires).
Purchase Information
Write in the model and serial numbers below for all applicable equipment such as the chair, unit light and
unit control head.
MODEL:________________________________
DATE PURCHASED:______________________
SERIAL NUMBER:_______________________
DATE INSTALLED:_______________________
MODEL:________________________________
DEALER NAME AND ADDRESS:
SERIAL NUMBER:_______________________
MODEL:________________________________
SERIAL NUMBER:_______________________
________________________________
________________________________
________________________________
________________________________
________________________________
Notes / Service History
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0473
11727 Fruehauf Drive
Charlotte, NC 28273 USA
Technical support: 800-304-5332
FAX: 888-861-9366
Web Site: www.marus.com
70-050R271
Rev. 7 • 03/12