IEEE 844 2000
$57.96
IEEE Recommended Practice for Electrical Impedance, Induction, and Skin Effect Heating of Pipelines and Vessels
Published By | Publication Date | Number of Pages |
IEEE | 2000 | 110 |
Revision Standard – Active. Recommended practices are provided for the design, installation, testing, operation, and maintenance of impedance, induction, and skin-effect heating systems. Thermal insulation and control and monitoring are addressed. General considerations for heating systems are discussed, covering selection criteria, design guidelines and considerations, power systems, receiving and storage, installation, testing, operations, and maintenance. These aspects are then discussed for each of the above types of systems, along with special considerations particular to each. These rec- ommended practices are intended to apply to the use of these heating systems in general industry.
PDF Catalog
PDF Pages | PDF Title |
---|---|
3 | Introduction Participants |
5 | CONTENTS |
7 | 1. Overview 1.1 Scope |
8 | 1.2 Purpose 1.3 Product certification 2. References |
9 | 3. Definitions |
12 | 4. General product testing 4.1 General product type tests for impedance heating power cable 4.2 General product type tests for induction heating |
13 | 4.3 General product type tests for susceptor heating furnaces within a vessel 4.4 Product testing for skin-effect heating systems |
20 | 5. Thermal insulation |
21 | 5.1 Selection of insulation material 5.2 Selection of weather barrier |
22 | 5.3 Selection of insulation thickness |
23 | 5.4 Special consideration of thermal insulation |
25 | 5.5 Determination of energy losses 5.6 Special considerations of energy loss 5.7 Thermal insulation system maintenance |
26 | 6. Control and monitoring 6.1 Control types |
27 | 6.2 Zoning and sensor location |
28 | 6.3 Types of sensors |
29 | 6.4 Wiring considerations 6.5 Special control considerations 6.6 Control specifications |
30 | 7. Heating systemāGeneral 7.1 Introduction 7.2 Categories |
31 | 7.3 Selection criteria 7.4 Design guidelines and considerations |
33 | 7.5 Power systems |
34 | 7.6 Receiving and storage 7.7 Installation 7.8 Testing |
35 | 7.9 Operations 7.10 Maintenance 8. Impedance heating 8.1 Introduction |
36 | 8.2 Selection criteria 8.3 Design guidelines and considerations |
40 | 8.4 Specification |
41 | 8.5 Installation |
42 | 8.6 Testing |
43 | 8.7 Operations 8.8 Maintenance 8.9 Special considerations 9. Induction heating of pipelines and vessels 9.1 Introduction |
44 | 9.2 Selection criteria 9.3 Design guidelines and considerations |
49 | 9.4 Specification |
50 | 9.5 Installation |
51 | 9.6 Testing 9.7 Operation 9.8 Maintenance |
52 | 9.9 Special considerations 10. Induction susceptor heating furnaces within a vessel 10.1 Furnace description |
54 | 10.2 Subsystems |
59 | 10.3 Safety 10.4 Installation |
60 | 10.5 Maintenance 11. Skin-effect heating 11.1 Introduction |
61 | 11.2 Selection criteria and applications 11.3 Design guidelines and considerations |
63 | 11.4 Specification 11.5 Installation 11.6 Testing |
64 | 11.7 Operation 11.8 Maintenance 11.9 Special considerations |
65 | Annex A -Bibliography |
67 | Annex B-Pipe heat-lost considerations |
73 | Annex C-Vessel heat-loss considerations |
78 | Annex D-Heat-up considerations |
80 | Annex E-Method to determine equivalent thicknesses of insulating cements |
81 | Annex F-Induction heating |
83 | Annex G-Induction susceptor heating furnaces within a vessel specifications (To be developed by user and supplier) |