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General| Type | Guided Wave Radar Level Transmitter |
|---|---|
| Model | Eclipse 706GWR |
| Technology | Guided Wave Radar (GWR) |
| Communication Protocol | HART |
| Output Signal | 4-20 mA, HART |
| Material | 316L stainless steel |
| Enclosure Rating | IP67 |
| Process Connection | Flanged |
Initial steps and preparation for quick installation of the transmitter.
Procedures for physically mounting the ECLIPSE transmitter and probe assembly.
Instructions for wiring the ECLIPSE Model 706 transmitter, including safety warnings.
Basic configuration steps using the QuickStart menu for level-only applications.
Procedures for carefully unpacking the instrument and checking contents.
Guidelines to prevent damage to electronic components from static electricity.
Pre-installation checks including site preparation and tools required.
Detailed instructions for mounting various ECLIPSE GWR probes into vessels.
Detailed wiring instructions for different installation types: General Purpose, Intrinsically Safe, Explosion Proof.
Methods for configuring the transmitter using local interface, PACTware, or HART communicator.
Procedures for configuring the transmitter via a HART communicator.
Overview of the ECLIPSE Model 706 transmitter's design and components.
Explanation of Guided Wave Radar, TDR, ETS, and interface detection principles.
Information on internal self-tests, diagnostic indicators, and troubleshooting application issues.
Details on specific configuration parameters like Level Offset, End-of-Probe Analysis, and Echo Rejection.
Compliance information and specifications for various safety and hazardous area certifications.
Comprehensive details on functional, physical, electrical, and performance specifications.
Explanation of the model number structure for the ECLIPSE Model 706 transmitter.
Details on the model number configuration for enlarged coaxial GWR probes.
Details on the model number configuration for small coaxial GWR probes.
Details on the model number configuration for caged GWR probes.
Details on the model number configuration for single rod rigid GWR probes.
Details on the model number configuration for single cable flexible GWR probes.
Details on the model number configuration for twin cable flexible GWR probes.
Explanation of segmented probe configurations based on the 12th digit of the model number.
List of part numbers for electronic modules, display, PC boards, and housing components.
Technique for inferring level based on probe signal when direct measurement is lost.
Feature to adjust level detection threshold to ignore unwanted signals.
Method to ignore unwanted signals along the probe length using echo rejection.
Feature to indicate and monitor buildup on the probe using echo strength comparison.
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