Related Manuals for Furukawa OFS P10188-10
Summary of Contents for Furukawa OFS P10188-10
- Page 1 Your Optical Fiber Solutions Partner® For Use With: Insertion Loss Test Kit 50, 62.5, 200, & 400 µm Cable Assemblies ® ST, SMA, V-Pin and F07 OFS Connectors...
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Page 2: Important Safety And Warranty Information
Important Safety and Warranty Information Precautions To Take WARRANTY: CAUTION: One year Limited Warranty: OFS Test Kits are warranted Never look directly into the output ports of the Light Source against defective material and workmanship for a period of or the ends of a fiber optic connector. The light may not one year from the date of shipment to the original customer. -
Page 3: Table Of Contents
Table of Contents Content Page Content Page Important Safety and Warranty Information ..i Insertion Loss Test Procedure Step 1 ........8 Step 2 . -
Page 4: Complete Test Sets
Complete Test Sets Sold Separately Device Under Test (not included) Splice Bushing All kits include: • Light Source and Power Meter • Quick Start Guide and Owner’s Manual Launch Adapter Cap Jumper Each kit also includes custom components which correspond to the type of connector(s) being tested and the size of the fiber. - Page 5 Complete Test Sets Sold Separately Insertion Loss Test Kits Each kit includes corresponding jumpers, splice bushings and adapter caps. for this HCS fiber size with these connectors Part Number 50 µm P10188-10 62.5 µm P10188-10 200 µm V-Pin P10188-01 400 µm V-Pin P10188-02 200 µm...
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Page 6: Specifications
Specifications Data applies to all Part Numbers Optical Specifications General Specifications Detector type .......Silicon (Si) Operating temperature range . -
Page 7: Related Products And Accessories
Related Products and Accessories Sold Separately Accessories Part Numbers Description P10199-01 ..........V-Pin Adapter Cap P10199-02 . - Page 8 Part Numbers Description P10198-01 ....... .V-Pin 200 µm Launch Jumper Set P10198-02 .
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Page 9: Function Definitions And Descriptions
Function Definitions and Descriptions Splice Bushing* Launch Jumper* Device Under Test (not included) Adapter Cap Mandrel (50 and 62.5 µm kit only) Power Meter Light Source Gray = 50 µm Black = 62.5 V-Pin Connectors Pictured. *Parts Vary by Test Set Connector Type and Size. - Page 10 Device Under Test Adapter Cap The connectorized cable assembly being tested. Screws onto detector head of Power Meter to allow for mat- ing of connector to Power Meter. See “Related Products and Light Source Accessories” section for available styles. Style of adapter cap Emits light at both 660 nm and 850 nm wavelengths.
- Page 11 Function Definitions and Descriptions Power Switch Pressing this button turns the power meter on or off. The power meter will automatically turn itself off to conserve battery life if no keys have been pressed for approximately 5 minutes. To disable the automatic shut down, hold down the button during power up until “P”...
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Page 12: Insertion Loss Testing Overview
Insertion Loss Testing Overview Single Ended Method NOTE: • A test launch jumper is connected to a source and a detector as V-System kits are configured for Substitu- shown in Figure 1. The detector is “zeroed” to eliminate the effects tion Method. - Page 13 Insertion Loss Testing Overview Single Ended Method continued • The test launch jumper is disconnected from the detector and con- nected to connector end “X” of the device under test via a splice bushing. Connector end “Y” of the device under test is connected to the detector.
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Page 14: Substitution Method
Substitution Method NOTE: V-System kits are configured for Substitu- ® • Two test launch jumpers are connected to a source and a detector as tion Method. All other kits are configured shown in Figure 3. The detector is “zeroed” to eliminate the effects to use the Single Ended Method. - Page 15 Insertion Loss Testing Overview Substitution Method continued • The test launch jumpers A and B are disconnected at Splice Bush- ing A. Connector ends “X” and “Y” of the device under test are connected to Splice Bushings A and B, respectively (see Figure 4). The detector displays dB loss which represents optical power loss at the “X”...
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Page 16: Insertion Loss Test Procedure
Insertion Loss Test Procedure STEP • Turn “ON” Light Source by pulling up on the toggle switch and NOTE: moving to left or right to select the appropriate wavelength. To turn “OFF” light source, pull up on tog- gle switch and move to center position. Toggle Switch Wavelength Selector... -
Page 17: Step 2
Insertion Loss Test Procedure STEP • Turn “ON” the Power Meter by pressing the On/Off button. NOTE: To disable the 5-minute auto-off feature, • Press the dB/dBm button until “dB” is displayed. hold down the “On/Off” button during • Press the button until the appropriate wavelength is displayed. -
Page 18: Step 3
STEP For Single Ended Method NOTE: See Figure 1 on page 4. It is recommended to repeat this “zero” procedure at least every 30 minutes. • Insert ST connector end of Launch Jumper into appropriate wavelength port on Light Source. For 50 and 62.5 µm testing only, an ad- •... -
Page 19: Step 4
Insertion Loss Test Procedure STEP For Single Ended Method See Figure 2 on page 5. • Disconnect connector end of Launch Jumper from Adapter Cap on Power Meter and insert into Splice Bushing. • Insert one connector end of the Device Under Test into the Splice Bushing. •... -
Page 20: Trouble Shooting Guide
Trouble Shooting Guide Problem Solution Problem Solution Ensure fiber is crimped and cleaved Incorrect launch jumper, splice High loss on device Unable to plug in properly. Read trouble shooting bushing, adapter cap. Test equip- under test device under test to test unit or guide in termination kit instruction ment must match the fiber types and splice bushing... -
Page 21: Maintenance & Calibration
Maintenance & Calibration To replace the 9-volt battery, remove the unit from its protective rubber boot and remove the compartment cover (lo- cated on back of unit) by sliding the cover away from the unit in the direction indicated by the arrow on the cover. Keep all optical ends clean to avoid poor insertion loss read- ings and also to prevent contamination of the optical ports and ends. -
Page 22: Trademark Information
Trademark Information: This document is for informational purposes only and is not intended to modify or supplement any OFS warranties or specifications relating to any of HCS is a registered trademark in the USA of OFS Fitel, LLC. its products and services. V-System is a registered trademark of OFS Fitel, LLC.
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