IsoLux 1300 XSB User manual

IsoLux®llc
OPERATION MANUAL
MODEL 1300 XSB 300 WATT FIBEROPTIC
LIGHT SOURCE
OM 1 RevA

OM1 RevA
TABLE OF CONTENTS
Section 1.0 INTRODUCTION Page
1.1 System Description 3
1.2 Receiving / Handling 3
1.3 System Inspection 4
Section 2.0 TECHNICAL DATA
2.1 Specifications
5
2.2 Symbols 5-6
Section 3.0 INSTALLATION
3.1 Assembly of the Mobile Floorstand with 360° Swivel 6-7
3.2 Rotary Turret Operation 7
3.3 Xenon Premium Fiberoptic Light Source Operation 8-9
Section 4.0 MAINTENANCE
4.1 Repairs 9
4.2 Cleaning 9-10
4.3 Lamp Module Replacement 10-11
4.4 Resetting Elapsed Hour Meter 11
4.5 Xenon Lamp Replacement (Optional) 11-12
4.6 Repacking and Environmental Storage Conditions 13
4.7 Service 13
4.8 Preventative Maintenance 13
Section 5.0 CAUTIONS / WARNINGS 13-14
5.1 Operating Cautions 14
5.2 Equipment Cautions 14
Section 6.0 EQUIPMENT ORDER NUMBERS 15
Section 7.0 INTERNATIONAL POWER CORDS 15
Section 8.0 REPLACEMENT PARTS 15
8.1 IsoLux Model 1300 XSB - 300 Watt Xenon Fiberoptic Light Source
Appendix A Electrical Schematic, Model 1300 XSB 16
Appendix B IsoLux llc Warranty Statement 16
IsoLux llc 100 Ferncroft Road, Danvers, MA USA 01923 PH 978.774.9136 FAX [phone]

OM1 RevA
1.0 INTRODUCTION
1.1 System Description
The IsoLux Model 1300 XSB - 300 Watt Xenon Fiberoptic Light Source is a source of continuous
high intensity daylight illumination for demanding surgical vision applications. This is a Class I
device per CE MDD 93/42/EEC, Class I per UL 2601-1, and a Class II device per FDA
regulations. Its mode of operation is continuous and its degree of electrical isolation is type “B”.
The Xenon Fiberoptic Light Source uses a 300-Watt Xenon Lamp that enables the unit to achieve
a high intensity daylight (natural light) output as a result of the lamp’s light collection efficiency.
The IsoLux Model 1300 XSB - 300 Watt Xenon Fiberoptic Light Source is intended to be used
with IsoLux fiber optic cables for surgical headlamps and other lighted instruments that contain
fiber optic bundles, and other fiber optic cables manufactured specifically for use with Xenon
illumination systems. Consult your cable manufacturer or distributor to determine compatibility.
Illumination from this device is to be used for observation of body cavities, hollow organs and
other surgical sites. This device is also intended for use as a light source for surgical headlights
used in various surgical procedures.
This Fiberoptic Light Source incorporates a graduated shutter that allows intensity control from 0
up to 100%. The Fiberoptic Light Source automatically attains full output with a stable color
temperature, natural daylight output, allowing automatic and manual video surgical procedures.
The Xenon lamp light output is precisely focused to ensure maximum light transmission to the
fiber optic cable.
The Xenon Fiberoptic Light Source has a rotary indexing turret on the front panel that allows the
Fiberoptic Light Source to be used with ACMI/CIRCON, Olympus, Storz and Wolf type fiber optic
cables for headlight adaptation.
This Fiberoptic Light Source is also equipped with an elapsed lamp life indicator on the front panel
which shows total hours elapsed. This indicates lamp replacement, avoiding a possible
premature failure of lamp.
The Xenon Fiberoptic Light Source is adaptable to a mobile floorstand with 360° swivel, as shown
in Figure 1. Additionally, an optional Storage Compartment can be adapted to the Fiberoptic Light
Source, which can serve as a drawer for Headlight and cable, loupes and video camera control.
For operation, the Xenon Fiberoptic Light Source requires connection to a 100-120V°~ or 220-
240V°~, 50-60Hz Line. The Hospital Grade power cord provided by IsoLux must be used for
connection to the power mains in the USA. Elsewhere, only an approved power cord
(approved/rated for the country of destination) may be used.
1.2 Receiving / Handling
Inspect shipping container for evidence of shipping damage, preferably in the presence of the
carrier. Noted damage should be reported to the carrier’s agent.
Remove all packaging material from around the unit and carefully inspect for damage, which may
have been caused by shipping.
1.3 System Inspection
The Fiberoptic Light Source must be inspected before each use according to the procedure below.
IsoLux llc 100 Ferncroft Road, Danvers, MA USA 01923 PH 978.774.9136 FAX [phone]

OM1 RevA
1. Visually inspect the power cord, plug, intensity control and the fiber optic cable to assure there
is no evidence of wear, damage or fraying.
2. Be sure that the fiber optic cable connector is clean and dry before plugging it into the rotary
indexing turret.
3. Be sure that the rotary turret port to be used is aligned directly with arrow.
IsoLux llc 100 Ferncroft Road, Danvers, MA USA 01923 PH 978.774.9136 FAX [phone]

OM1 RevA
2.0 TECHNICAL DATA
2.1 Specifications
Table 1. Optical
Nominal Light Output >500,000 lux (at exit end of 5mm dia. x 7 1/2 ft long fiber optic cable
(Initial Output)
Lamp Life 600 Hours up to 1000 Hours
Table 2. Electrical – Class I: Continuous BF
Line Input Power 100 – 120V~, 220 – 240V~, 50/60Hz
Power Consumption 590 volt-amperes (Watts)
Table 3. Environmental
Operating Temperature (+10° to + 40°C)
Storage Temperature (+ 10° to + 40°C)
Operating Relative Humidity 30% to 75%
Storage Relative Humidity 10% to 75%
Operating Atmospheric Pressure 700hPa to 1060hPa
Storage Atmospheric Pressure 500hPa to 1060hPa
Enclosure Rating IPX0 (not protected against ingress of liquids)
Table 4. Physical (excluding fiber optics and power cable)
Dimensions 5”H x 11”W x 12”D (12cm H x 28cm W x 30cm D)
Weight 14 lbs. (6.3 kg)
Space Requirements Open to the rear to prevent recirculation of cooling air.
3.2 Symbols
IsoLux llc 100 Ferncroft Road, Danvers, MA USA 01923 PH 978.774.9136 FAX [phone]
WARNING!
The Xenon Model 1300 XSB produces lethal voltages. Ensures that input
power is disconnected before beginning any inspection or internal
adjustment.
WARNUNG!
Das Xenon Model 1300 XSB erzeugt lebensgefährliche Spannungen. Es
muss deshalb darauf geachtet werden, dass der ankommende Strom
ausgeschaltet ist bevor Kontrollen order Regelungen am Great
unternommen werden!
ATTENTION!
Le Xenon Model 1300 XSB fournit des tensions dangereuses. Véuillez
verifier que la prise de courant est déconnectée avant d’entreprendre des
inspections ou des reglages sur l’appareil.
!

OM1 RevA
ATTENTION!
This symbol notifies the user to consult the accompanying documents.
ATTENTION!
This symbol signifies that the surface(s) near where the symbol is placed
are hot and may require thermal protection when touching the surface(s).
ATTENTION!
This symbol identifies that the system is a Type B Applied Part.
ATTENTION!
This symbol signifies that light intensity will increase when the knob is
turned in a clockwise motion and decrease when the motion is counterclockwise.
WARNING!
Any component with this label will be hot after operation.
DO NOT TOUCH!
3.0 INSTALLATION
3.1 Assembly of Mobile Floorstand with 360° Swivel Base Fiberoptic Light Source
The following instructions describe the assembly of the 30” mobile floorstand and swivel base. The 30
inch mobile floorstand consists of four (4) parts:
One (1) Five Legged Base with 2 locking and 3 rolling/non-locking Casters
One (1) Lower Column
One (1) Upper Column (with Plastic Bushing)
One (1) 360° rotating, 5° tilted up Swivel with two (2) Headlight / Power Cord Hangers
Please follow the steps below in order to complete the assembly of the 30 inch floor stand to the 300
Watt Xenon Fiberoptic Light Source (reference Figure 2):
1) Place the Five Legged Base with Casters on the floor.
2) Slide the tapered end of the lower column into the center hole of the five (5) legged base.
3) Slide the upper column into the lower column. The plastic bushing must point up when
assembled.
4) Place the Fiberoptic Light Source upside down on a soft cloth or plastic and remove the four- (4)
knobs. The four (4) studs should face up.
5) Place the Swivel on the Fiberoptic Light Source above, so that the four (4) studs protrude through
the slots of the swivel. Please note that the arrow on the swivel indicates the front, to assure that
the 5° tilt is positioned to the front panel of the Xenon Fiberoptic Light Source.
6) Tighten the four (4) knobs on the studs and make sure that the swivel and Fiberoptic Light Source
assembly are securely held together.
7) Turn the above assembly over and place the swivel column into the assembled base with casters.
Please follow steps 1 through 7 above in order to complete the assembly of the 22 inch floor stand to the
IsoLux llc 100 Ferncroft Road, Danvers, MA USA 01923 PH 978.774.9136 FAX [phone]
!
!
°C

OM1 RevA
300 Watt Xenon Fiberoptic Light Source/ Storage Module Assembly:
Note: Steps 2 and 3 will become one step, since there is only one (1) 22” column tapered on one end and
with plastic bushing on the other end.
Figure 2
3.2 Rotary Turret Operation
The IsoLux Model 1300 XSB - 300 Watt Xenon Universal Fiberoptic Light Source is equipped with a
low profile, non-conductive, indexing rotary turret allowing the adaptation and use of a wide range of fiber
optic cables, such as: ACMI / CIRCON, OLYMPUS, STORZ and WOLF.
To select your port of choice, simply rotate the turret 360° in both directions until the desired adaptation
port lines up with your fiber optic cable. Insert the fiber optic cable into the light output port. Verify that
the cable is fully inserted and snaps into position.
IsoLux llc 100 Ferncroft Road, Danvers, MA USA 01923 PH 978.774.9136 FAX [phone]

OM1 RevA
3.3 Xenon Fiberoptic Light Source Operation
CAUTION! Allow enough time for the unit to reach the minimum operating temperature of
+10°C (50°F) before turning the power switch ON.
ELECTRICAL SHOCK HAZARD
Do not open the enclosure, except to replace the lamp module, as indicated in Section 4.3.
1. Insert a compatible, clean and dry fiber optic cable connector into the turret by indexing the turret to
the adaptation of your choice, such as Acmi / Circon (standard), Olympus (Japan), Storz or Wolf
(Germany).
RISK OF ELECTRICAL SHOCK
Do not use electrically conductive fiber optic cables or any fiber optic cables using steel monocoil
protective tubing
2. Turn the manual variable intensity control knob counterclockwise to the lowest position.
3. Plug the power cord into a properly grounded electrical socket, utilizing a hospital approved safety
cord.
GROUNDING RELIABILITY
Grounding Reliability can only be achieved when the equipment is connected to an equivalent receptacle
marked “Hospital Only” or “Hospital Grade”.
MAINS DISCONNECTION
The appliance inlet located on the rear panel of the enclosure, where the detachable power cord is
plugged into, serves as the designated Mains disconnection device.
4. Verify that the air vents are not blocked, assuring proper cooling.
5. To turn the Fiberoptic Light Source on, press the main power switch to the ON position. The
Fiberoptic Light Source does not require warm-up time before use.
Note: It is normal for the power supply to strike an arc in the lamp several times (an audible
clicking sound will be heard) before the lamp lights.
6. Adjust the light intensity by turning the knob clockwise until the desired daylight brightness is
achieved.
WARNING!
Avoid looking directly at the high intensity light, whether at the unit itself or at the end of the fiberoptic
cable, as this can result in damage to the eyes.
7. When procedure is completed, turn the manual intensity control knob counterclockwise to the lowest
setting. Then, turn the power switch of the Fiberoptic Light Source in the OFF position and
disconnect the fiber optic cable.
IsoLux llc 100 Ferncroft Road, Danvers, MA USA 01923 PH 978.774.9136 FAX [phone]

OM1 RevA
8. Disconnect the power cord from the back panel-mounting receptacle if the Xenon Fiberoptic Light
Source is not going to be used for a period of time.
WARNING!
It is essential that the operating specifications and parameters described in IsoLux llc literature and
those accompanying other manufacturer’s components be observed and not be exceeded under
any conditions. Please observe warnings on the Xenon Fiberoptic Light Source’s cover. To install
or operate this system in a manner for which it is not intended may cause personal injury, as well as
severe damage to the product and/or other systems.
WARNING – POSSIBLE ELECTRO-MAGNETIC OR OTHER INTERFERENCE
This equipment generates, uses and can radiate radio frequency energy and, if not installed and
used in accordance with the instructions, may cause harmful interference to other devices in the
vicinity. However, there is no guarantee that interference will not occur in a particular installation.
If this equipment does cause harmful interference to other devices, which can be determined by
turning the equipment on and off, the user is encouraged to try to correct the interference by one or
more of the following methods:
- Reorient or relocate the receiving device
- Increase the separation between the equipment
- Connect the equipment into an outlet on a circuit different from that to which the other
device(s) are connected.
- Consult the manufacturer or field service technician for help.
4.0 MAINTENANCE
4.1 Repairs
The Model 1300 XSB – 300 Watt Xenon Fiberoptic Light Source has no user serviceable parts. See
Section 4.7 in this manual for preventative maintenance.
WARNING!
Routinely examine hospital approved power cord provided by IsoLux Do not use if it reveals
damage.
In the event that the unit fails or does not function properly (other than lamp failure), it is strongly
suggested that no attempt be made to troubleshoot. Field repairs and customer modifications are not
authorized and, if attempted, will void the warranty and could void product certification. Repairs must be
made only by factory-authorized personnel.
4.2 Cleaning
Before attempting any maintenance or cleaning of the Fiberoptic Light Source, be sure that the Fiberoptic
Light Source is unplugged and it is cooled off.
IsoLux llc 100 Ferncroft Road, Danvers, MA USA 01923 PH 978.774.9136 FAX [phone]

OM1 RevA
The Xenon 300 Fiberoptic Light Source may be cleaned by use of a cloth dampened with a mixture of
70%-denatured alcohol and 30% water. This equipment is rated IPXO, ordinary protection against
harmful ingress of liquids. Do not pour liquids on the cabinet!
4.3 Lamp Module Replacement
Warning: Disconnect the main power line before attempting any service to the Xenon lamp.
Xenon lamp replacement is recommended after 600 hours of operation time. Failure to do so may result
in insufficient or failure of illumination. It is recommended that a spare Xenon lamp module be kept on
hand in case of failure.
WARNING!
Xenon Lamp Replacement to be done by authorized personnel only
WARNING!
Xenon lamp is a high-pressure, gas-filled device. Wear safety glasses when replacing the module
or the Xenon lamp.
1. Put the power switch to the OFF (0) position and disconnect the power cord.
WARNING!
The Model 1300 XSB – 300 Watt Xenon Fiberoptic Light Source may produce
hazardous leakage voltages. Ensure that input power cord is disconnected before
starting any inspection or internal adjustment.
2. Remove the cover by removing the six (6) screws on the side of the unit. Use Phillips screwdriver
(see figure 1). Lift cover to remove.
WARNING!
Parts inside the Model 1300 XSB – 300 Watt Xenon Fiberoptic Light Source may exceed 70°C
and could create a burn hazard. Allow 20 minutes for cooling down.
3. Remove the screw and clamp that secure the lamp module to its platform. (see figure 2)
4. Carefully slide the Xenon lamp module out of the unit. The complete lamp module can be returned
for replacement. For on-site replacement of the Xenon lamp, proceed to Step 2 of Section 4.5 below.
WARNING!
Removing the lamp module exposes high voltage connectors. DO NOT TOUCH THE HIGH
VOLTAGE CONNECTORS!
5. Unpack a new lamp module, then install it by pressing the electrical connectors into the banana jacks
in the unit.
IsoLux llc 100 Ferncroft Road, Danvers, MA USA 01923 PH 978.774.9136 FAX [phone]
!