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Application Guide-AG010
ECLIPSE DFWT Install and Application Guide
Title:
Written By: T. Williams & J. Mundackal
Application Summary
The ECLIPSE is capable of providing Direct Fiber Winding Temperature using
enhanced Rare-Earth tipped probes that utilize blue LED technology or using
legacy phosphor tipped probes using red LED technology. The ECLIPSE with
DFWT may be applied on new transformers and can be used to replace legacy
fiber probe Monitors using red LED legacy phosphor fiber optic probes.
This application guide will discuss in detail:
• Theory of Operation
• New Transformer Application
• Retrofit Application
• Fiber Removal
• ECLIPSE Programming
• Testing
Contents
Table of Contents
Page 1 of 21
AG010 ECLIPSE DFWT Install and Application Guide
3.2.1 Flange Housing
Model:
ECLIPSE &
TOTAL ECLIPSE
Date:
Rev. C
04/27/2020
Rev 20200427
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Table of Contents
Summary of Contents for Advanced Power technologies ECLIPSE
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Page 1: Table Of Contents
Written By: T. Williams & J. Mundackal 04/27/2020 Application Summary The ECLIPSE is capable of providing Direct Fiber Winding Temperature using enhanced Rare-Earth tipped probes that utilize blue LED technology or using legacy phosphor tipped probes using red LED technology. The ECLIPSE with DFWT may be applied on new transformers and can be used to replace legacy fiber probe Monitors using red LED legacy phosphor fiber optic probes. - Page 2 3.3.9 Fiber Extensions 4 Retrofit Application 4.1 Required Equipment 4.2 Installation 5 Fiber Removal 6 ECLIPSE Programming 6.1 Configuration Settings 6.2 Set Point Settings 6.3 Naming Settings 7 Testing Page 2 of 21 AG010 ECLIPSE DFWT Install and Application Guide Rev 20200427...
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Page 3: Dfwt Specifications
The ECLIPSE provides a pulse of light that excites the Rare-Earth material coating where the decay rate is a function of temperature. The ECLIPSE uses the decay rate to determine the temperature within ± 2 C Page 3 of 21... -
Page 4: New Transformer Application
Advanced Power Technologies’ enhanced blue LED phosphor technology. DFWT allows for the direct measurement of the winding hot spot temperature rather than traditional methods such as simulated winding hot spot temperature using a heated thermowell or calculated winding temperature. The advantages of the DFWT include: faster response of... -
Page 5: Flange Plate
4, 8, and 12 fiber probes. The three assembly part numbers are 1000254-4, 1000254-8, and 1000254-12 respectively. Page 5 of 21 AG010 ECLIPSE DFWT Install and Application Guide Rev 20200427... -
Page 6: Optional Accessories
A Fiber Junction Box can be provided by Advanced Power Technologies. This enclosure provides protection against the elements for the connections of the fiber extensions on the Page 6 of 21 AG010 ECLIPSE DFWT Install and Application Guide Rev 20200427... -
Page 7: Fiber Installation
Do not use nylon cord, as this could overstrain the fiber. 3.3.3 Key Spacer Insert Fabrication Key spacer inserts can be fabricated by modifying standard paper spacers. Page 7 of 21 AG010 ECLIPSE DFWT Install and Application Guide Rev 20200427... - Page 8 3mm diameter slot. Please do not apply sharp bends to the probe as it exits the spacer and/or the winding. Figure 3.6 – Probe tip inside modified spacer Page 8 of 21 AG010 ECLIPSE DFWT Install and Application Guide Rev 20200427...
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Page 9: Probe Placement
Teflon, so they should be left on the probes even during the heat runs, until the probes are connected to their optical couplers. Page 9 of 21 AG010 ECLIPSE DFWT Install and Application Guide Rev 20200427... -
Page 10: Routing Probes To The Flange Plate Optical Couplers
The contamination results in attenuation of the light transmitted or reflected. Apply clean dry air (Air duster) to the ports to remove the foreign particles. Do not use compressed air. Page 10 of 21 AG010 ECLIPSE DFWT Install and Application Guide Rev 20200427... -
Page 11: Fiber Extensions
Note 2: The dust caps should be left on both ends of the connectors during the installation process, until the connectors are connected to flange plate and ECLIPSE. Figure 3.8 ECLIPSE back panel with 8 direct fiber channels Page 11 of 21 AG010 ECLIPSE DFWT Install and Application Guide... -
Page 12: Retrofit Application
Note 1: The dust caps must be left on the ECLIPSE fiber channels until the fiber extensions are connected properly. This keeps the dust, dirt and moisture away from the fiber channels. Note 2: If the user leaves the fiber channels open it may... -
Page 13: Fiber Removal
40 and 140 ˚C. In addition, there are fiber optic temperature probe alarm points (ALFPROBE1 – ALFPROBE8), one per fiber probe channel. These alarms pick up when the ECLIPSE detects a problem with one of the fiber probes, fiber probe extensions, and/or fiber measurement channels, and the ECLIPSE is unable to acquire temperature correctly on that channel. - Page 14 NOTE The ECLIPSE allows a maximum of one TOP OIL, one BACKUP TOP OIL, and two LTC DIFF / LTC TANK probes. There is no limit on DISABLED/GENERIC probes. If BACKUP TOP OIL probe is defined, the ECLIPSE will automatically switch to BACKUP TOP OIL probe for the top oil temperature if the TOP OIL probe fails.
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Page 15: Set Point Settings
When the temperature drops below the pickup setting, the set point picks up, and when it rises above the dropout, it will drop out. Page 15 of 21 AG010 ECLIPSE DFWT Install and Application Guide Rev 20200427... -
Page 16: Naming Settings
-100 to +200 ˚C DROUT 6.3 Naming Settings The following table includes custom naming for the analog and binary points relating to fiber optic temperature measurement within the ECLIPSE. All naming settings are up to 12 characters. Associated Settings: Change from Settings Description Front Panel FP1 NAME –... - Page 17 NOTE If ALFPROBEn alarm picks up, consider swapping the fiber on that channel with the fiber from another working channel at the back of the ECLIPSE as a troubleshooting starting point. If the alarm goes away when another working fiber is connected to that channel, then the problem is not with the fiber channel but with the fiber probe and/or fiber extension on that channel.
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Page 18: Testing
7 Testing For testing fiber channels, a connection will need to be made to the ECLIPSE through the front panel-mounted DB-9 connector with the following port settings: • Baud Rate: 19200 bits per second • One start bit • 8 bits of data •... - Page 19 Main Proc. # "data not ready" Not an error indications since power- dataMissed Main Proc. # "data missed" indications since power- Page 19 of 21 AG010 ECLIPSE DFWT Install and Application Guide Rev 20200427...
- Page 20 Strength of outgoing board Percentage times 10 signal relative to reported by DFWT maximum LED power board (0–1000) output maxLedPercent Main Proc. Maximum LED Percentage value since power-up (0–1000) Page 20 of 21 AG010 ECLIPSE DFWT Install and Application Guide Rev 20200427...
- Page 21 DFWT board Advanced Power Technologies 215 State Route 10, Building 2 Randolph, NJ 07869 Office: (973) 328-3300 Fax: (973) 328-0666 E-mail: info@advpowertech.com Web: www.advpowertech.com Page 21 of 21 AG010 ECLIPSE DFWT Install and Application Guide Rev 20200427...
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