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RFL PLC Hybrid Pro
User Manuals: Hubbel RFL PLC Hybrid Pro Transceiver
Manuals and User Guides for Hubbel RFL PLC Hybrid Pro Transceiver. We have
1
Hubbel RFL PLC Hybrid Pro Transceiver manual available for free PDF download: User Manual
Hubbel RFL PLC Hybrid Pro User Manual (44 pages)
Brand:
Hubbel
| Category:
Transceiver
| Size: 1 MB
Table of Contents
Table of Contents
3
1 Safety Instructions
6
Warnings and Safety Summary
6
Safety Summary
6
Figure 1 - Grounding
6
Additional Warnings
8
Additional Cautions
8
2 Introduction
9
Table 1 - RFL PLC Hybrid Pro - Part Numbers and Descriptions
9
3 Example Applications and Recommended Configurations
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One Transmitter, One Receiver (FSK)
10
Two Transmitters, Two Receivers (FSK)
10
Figure 2 - One Transmitter, One Receiver - (FSK)
10
Figure 3 - Two Transmitters and Two Receivers (FSK)
10
Three Transmitters, Three Receivers (FSK)
11
Figure 4 - Three Transmitters, Three Receivers (FSK)
11
Two Transmitters, Two Receivers (FSK and On-Off/Dcb)
12
Two Transmitters, Two Receivers, Phase-To-Phase Coupled (Low-Loss Method)
12
Figure 5 - Two Transmitters, Two Receivers (FSK and On-Off/Dcb)
12
Figure 6 - Two Transmitters, Two Receivers, Phase-To-Phase Coupled (Low-Loss Method)
12
Two Transmitters, Two Receivers, Phase-To-Phase Coupled (High Reliability Method)
13
Figure 7 - Two Transmitters, Two Receivers, Phase-To-Phase Coupled (High Reliability Method)
13
Two Independent Relay Channels, Three-Phase (Mode 1) Coupled
14
Figure 8 - Two Independent Relay Systems, Three-Phase (Mode 1) Coupled
14
4 Hybrid Module Descriptions
15
Balanced Hybrid
15
Figure 9 - Balanced Hybrid, Functional Diagram
15
Figure 10 - Balanced Hybrid, Top View
16
Figure 11 - Balanced Hybrid, Rear Panel
16
Table 2 - Balanced Hybrid Specifications
16
Skewed Hybrid
17
Figure 12 - Balanced Hybrid, Front Panel (Test Points)
17
Figure 13 - Skewed Hybrid, Functional Diagram
17
Table 3 - Skewed Hybrid Jumper Settings
18
Skewed Hybrid Front Panel Test Switch
19
Table 4 - Skewed Hybrid Specifications
19
Figure 14 - VSWR / Reflected Power Measurements with Skewed Hybrid Front Panel Test Switch
20
Figure 15 - Skewed Hybrid, Top View
20
Figure 16 - Skewed Hybrid, Rear Panel
20
Splitter
21
Figure 17 - Skewed Hybrid, Front Panel (Test Points)
21
Figure 18 - Splitter, Functional Diagram
21
Figure 19 - Splitter, Top View
22
Figure 20 - Splitter, Rear Panel
22
Figure 21 - Splitter, Front Panel (Test Points)
22
Table 5 - Splitter Specifications
22
Splitter/Combiner
23
Figure 22 - Splitter/Combiner, Functional Diagram
23
Figure 23 - Splitter/Combiner, Equivalent Circuit
23
Figure 24 - Splitter/Combiner, Top View
24
Figure 25 - Splitter/Combiner, Rear Panel
24
Table 6 - Splitter/Combiner Specifications
24
Bypass Hybrid
25
Figure 26 - Splitter/Combiner, Front Panel (Test Points)
25
Figure 27 - Bypass Hybrid Application
25
Figure 28 - Bypass Hybrid, Functional Diagram
25
Figure 29 - Bypass Hybrid, Functional Schematic
26
Table 7 - Bypass Hybrid Specifications
26
Figure 30 - Bypass, Top View
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Figure 31 - Bypass, Rear Panel
27
Figure 32 - Bypass, Front Panel (Test Points)
27
1RU Hybrid Chassis
28
Figure 33 - 1RU Hybrid Chassis, Front View, Door Closed
28
Figure 34 - 1RU Hybrid Chassis, Front View, Door Open
28
Figure 35 - 1RU Hybrid Chassis, Rear View
29
Figure 36 - 1RU Hybrid Chassis, Dimension
29
Table 8 - Chassis Dimensions
29
5 Testing and Verification
30
Figure 37 - Example Terminations, Balanced Hybrid, Insertion Loss Test, TX1 to out
31
Figure 38 - Example Terminations, Skewed Hybrid, Insertion Loss Test, LINE to RX
31
Figure 39 - Measuring Balanced Hybrid Insertion Loss, TX1 to out
32
Figure 40 - Measuring Balanced Hybrid Isolation, TX1 to TX2
32
Table 9 - Balanced Hybrid Loss Characteristics
32
Testing the Balanced Hybrid
32
Figure 41 - Measuring Skewed Hybrid Insertion Loss, TX to LINE
33
Figure 42 - Measuring Skewed Hybrid Insertion Loss, LINE to RX
33
Table 10 - Skewed Hybrid Loss Characteristics
33
Testing the Skewed Hybrid
33
Figure 43 - Measuring Skewed Hybrid Isolation, TX to RX
34
Figure 44 - Measuring Splitter Insertion Loss, in to LINE 1
34
Table 11 - Splitter Loss Characteristics
34
Testing the Splitter
34
Figure 45 - Measuring Splitter Output Phase Angle Relationship, LINE 1 to LINE 2
35
Figure 46 - Measuring Splitter/Combiner Insertion Loss, in 1 to LINE 2
35
Table 12 - Splitter/Combiner Characteristics
35
Testing the Splitter/Combiner
35
Figure 47 - Measuring Splitter/Combiner Isolation, in 1 to in 2
36
Figure 48 - Measuring Splitter/Combiner Phase Relationships, in 1 to LINE 1, LINE 1 to LINE 2
36
Figure 49 - Measuring Bypass Insertion Loss, LINE 1 to LOCAL
36
Testing the Bypass Hybrid
36
Table 13 - Bypass Hybrid Characteristics
37
6 Compatibility and Part Numbering, New and Legacy Hybrids
38
Table 14 - New / Legacy Conversion
39
Figure 50 - RFL Hybrid-Pro Ordering Code/Smart Number
40
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