MAINLINE Kleiss MCS7-2PVC, Системное руководство

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Kleiss MCS7-2PVC System Manual |
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Kleiss MCS7-2PVC System Overview Kleiss MCS7-2PVC System Overview
The Kleiss inflatable stopping systems meet the needs of the North
American Natural Gas LDCs by providing a flow control system that is
easy to use and effective at stopping off flow in various pipe materials
and a wide range of pipe diameters.
The Kleiss MCS7-2PVC System consists of four major components:
1) fitting to access the pipe, 2) tapping / completion tool, 3) inflatable stopper, and 4) stopping tool.
The Kleiss MCS7-2PVC System (all tools) has a maximum operating pressure of 7.5 psi. The inflatable stoppers have a
design safety factor of 3. The balance of the tools have a design safety factor of 2.5.
The Kleiss MCS7-2PVC System is designed to handle flow control on pipe sizes up to 2” on PVC pipe. See Section 4.0 to
identify and install the correct components before operating the equipment.
When working on non-metallic pipe materials, make sure the equipment is grounded per your company operating practices.
(Kleiss & Co., who developed the system, has reviewed and approved this manual.)
Table of Contents:
1.0 General Safety Information: .................................................. 2
2.0 System Specifications: ........................................................... 2
3.0 Typical Site Set Up and Sequence: ........................................ 3
4.0 Equipment: ............................................................................. 8
5.0 Preparatory Steps: ................................................................ 12
6.0 Tapping Operation: .............................................................. 12
7.0 Stopping Operation: ............................................................. 18
8.0 Retrieving MDS Stopper: .................................................... 25
9.0 Plugging Operation: ............................................................. 28
10.0 General Maintenance: ........................................................ 32
APPENDIX A: Stopper Testing and Verification....................... 33
APPENDIX B: Tower Positioning and Distances ..................... 35