Browse PIP Practices

Review the most up-to-date collection of PIP Practices. Most recently published practices are listed first. Search key terms or filter by discipline to narrow the list.
Found 610 Results
Icon for Piping
Piping
PN09NY1S01

Piping Material Specification 9NY1S01 Class 900, Alloy 800H (UNS N08810), Socket Weld, 0.063″ C.A., Elevated Temperature Fluid Service Process

Abstract ↓

​NA

October 2026
Complete Revision
Icon for Piping
Piping
PN15NY1S01

Piping Material Specification 15NY1S01 Class 1500, Alloy 800H (UNS N08810), Socket Weld, 0.063″ C.A., Elevated Temperature Fluid Service, Process

Abstract ↓

​NA

October 2026
Complete Revision
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Refractory
RFTA1000

Refractory Anchor and Accessory Specification Qualification, Inspection, and Testing (Universally Applicable)

Abstract ↓

​This Practice provides requirements for quality control and quality assurance for the installation of refractory anchors and accessories including the requirements for inspection and testing of anchors and accessory materials, in-progress installation inspection, surface preparation, welding qualification, weld repair, and final inspection of the installed anchors and accessories.  â€‹â€‹â€‹

October 2026
Technical Revision
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CSA
STS02465

Augered Cast-in-Place Piles Installation Specification (DFI)

Abstract ↓

​This Practice describes requirements for furnishing and installing conventional augered cast-in-place (ACIP) piles also called continuous flight auger (CFA) piles. Test piles, pile load tests, and pile integrity testing, if required in contract documents, are included and shall be executed in accordance with this specification. 

​This Practice is based on DFI Augered Cast-in-Place Piles Manual, Third Edition with 2025 Errata, FHWA-HIF-07-03 (Geotechnical Engineering Circular No. 8), DFI Augered Cast-in-Place Piles Inspector’s Guide, and DFI Guideline for Interpretation of Nondestructive Integrity Testing of Augered Cast-in-Place and Drilled Displacement Piles. â€‹

October 2026
Complete Revision
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CSA
STE02465

Augered Cast-in-Place Piles Design Guide (DFI)

Abstract ↓

​This Practice complements PIP STS02465 and assists the engineer in preparation of contract documents for furnishing and installing augered cast-in-place (ACIP) piles.  â€‹â€‹

October 2026
Complete Revision
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CSA
ARS08390

Blast Resistant Doors, Frames, and Related Hardware Specification (SDI / ANSI/BHMA)

Abstract ↓

​This Practice provides supplier with requirements for design, materials, fabrication, finishes, delivery, and installation of blast resistant doors, frames, related hardware, and accessories. This Practice does not include requirements for field-applied finish painting. â€‹â€‹

October 2026
Complete Revision
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CSA
ARS08111

Standard Steel Doors and Frames Supplier Specification (SDI)

Abstract ↓

​This Practice provides supplier with requirements for all material, fabrication, finishes, and delivery of standard steel doors and frames. This Practice applies recommendations of the Steel Door Institute (SDI) of Westlake, Ohio. â€‹â€‹

October 2026
Complete Revision
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CSA
ARS08112

Standard Steel Doors, Frames, and Related Hardware Installation Specification (SDI/DHI)

Abstract ↓

​This Practice provides constructor with requirements for installing standard steel doors, frames and related hardware. It applies recommendations of the Steel Door Institute (SDI) of Westlake, Ohio, and the Door and Hardware Institute (DHI) of Chantilly, Virginia. This Practice does not include requirements for field-applied finish painting. â€‹

October 2026
Complete Revision
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CSA
ARS08710

Standard Steel Door Hardware Supplier Specification (ANSI/BHMA)

Abstract ↓

​This Practice provides supplier with requirements for all material, fabrication, finishes, and delivery of standard steel door hardware. This Practice is written without reference to specific manufacturers, brand names, or model numbers. Industry standards from American National Standards Institute (ANSI) and Builders Hardware Manufacturers Association (BHMA) are used to specify performance and quality requirements for pieces of hardware. Hardware for aluminum entrance doors or specialty doors is not included. â€‹â€‹

October 2026
Complete Revision
Icon for Piping
Piping
PN03NY1S01

Piping Material Specification 3NY1S01 Class 300, Alloy 800H (UNS N08810), Socket Weld, 0.063″ C.A., Elevated Temperature Fluid Service, Process

Abstract ↓

​NA

October 2026
Complete Revision
Icon for Piping
Piping
PN06NY1S01

Piping Material Specification 6NY1S01 Class 600, Alloy 800H (UNS N08810), Socket Weld, 0.063″ C.A., Elevated Temperature Fluid Service, Process

Abstract ↓

​NA

October 2026
Complete Revision
Icon for Electrical
Electrical
ELSGS01

Design and Fabrication of High-Resistance Grounding System (1000 Volts or Below)

Abstract ↓

​This Practice and the purchaser’s Data Sheet, PIP ELSGS01-D, define minimum requirements for design, fabrication, testing, and documentation of 1000-volt class, three-phase, high-resistance grounding systems installed in unclassified areas. 

High-resistance grounding is intended to limit ground-fault current to low values for continued operation and alarm, while providing ground-fault detection and alarming. 

Comment: For related requirements for other resistance grounding applications, see PIP ELSGS07 and PIP ELSGS11, as applicable.

October 2026
Technical Revision
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Pipeline Systems
PLE00005

Pipe Bending Guideline

Abstract ↓

​This Practice provides guidance for evaluation, selection, and specification of pipe bends for onshore metallic pipelines designed and constructed to ASME B31.8, Gas Transmission and Distribution Piping Systems, and ASME B31.4, Pipeline Transportation Systems for Liquids and Slurries. This Practice covers the following types of bends:  a. Manufactured fittings b. Induction (hot) bends formed off-site  c. Cold bends formed on-site â€‹â€‹

October 2026
Technical Revision
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Project Engineering
PEEPJ004

Design Basis Documents (Universally Applicable)

Abstract ↓

​This Practice provides general guidelines for the format, content, and development of Design Basis Documents, which are documents that outline the basis and technical requirements used for the design of a facility and execution of a project. Examples of Design Basis Documents include, but are not limited to, the Basis of Design (BOD) and Basic Engineering Design Data (BEDD) documents. 

The Basis of Design document is specific to a project, and it specifies the technical requirements that the project design must follow, whereas the Basic Engineering Design Data document captures all the actual site and process data corresponding to a facility. On a greenfield project, the BOD is initially developed by the entity executing the engineering design, and upon completion of the project, the facility operator further develops and maintains the document as the BEDD through the life of the facility. On a brownfield project, the existing facility BEDD document serves as the foundational reference for developing the project-specific BOD. 

Appendix A of this Practice outlines the differences between BOD and BEDD in terms of document objective, content, applicable project phase, and typical document authoring entity. This Practice provides general guidelines for the development of project Design Basis Documents. Individual applications may require different approaches than those recommended in this Practice.

October 2026
New Practice
Icon for Electrical
Electrical
ELSMC11

Medium-Voltage Motor Control Center Specification

Abstract ↓

​This Practice describes the requirements for the design, materials, fabrication, inspection, testing, documentation, and shipment of metal-enclosed, NEMA Class E2 controllers (2001 V to 7200 V). This equipment is used for the supply, control, and protection of medium-voltage motors. â€‹â€‹â€‹â€‹

October 2026
Complete Revision
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Electrical
ELEGS01

Grounding and Bonding Guideline

Abstract ↓

​This Practice addresses the reasons and methods for the grounding and bonding of electrical systems and equipment within a process industry environment. IEEE, NEMA, and UL documents form the basis of this guideline. IEC methods and terminology are not addressed in this guideline.​​

October 2026
Complete Revision
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Electrical
ELSAP04

Uninterruptible Power Supply (UPS) System Specification

Abstract ↓

​This Practice and the purchaser’s PIP ELSAP04-D Data Sheet describe the minimum requirements for design, fabrication, inspection, testing, shipment, and documentation for a complete on-line UPS system of either a pulse width modulated (PWM) or ferroresonant type. â€‹â€‹â€‹

October 2026
Complete Revision
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Electrical
ELSGS11

Design and Fabrication of Low-Resistance Grounding System (MV Systems)

Abstract ↓

​This Practice and the purchaser’s Data Sheet, PIP ELSGS11-D, define minimum requirements for design, fabrication, testing, and documentation of medium-voltage, three-phase systems with a neutral available and low-resistance grounding, installed in unclassified areas. â€‹â€‹â€‹â€‹â€‹

October 2026
Technical Revision
Icon for Piping
Piping
PNCM0001

Piping Material Specification Designator System

Abstract ↓

​This Practice describes the arrangement of the PIP Piping Material Specification (PMS) designations and the requirements for each field within a designation. Designation requirements are provided for both PIP-developed and owner-developed piping material specifications. â€‹â€‹

October 2026
Technical Revision
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Piping
PNSM0105

Purchasing Requirements for Piping and Pipeline Gaskets

Abstract ↓

​This Practice describes the minimum requirements for gaskets specified in PIP Piping Material Specifications (PMSs). This specification does not cover the purchase of custom gaskets for size ranges or pressure ranges outside the limits of PIP PMSs. â€‹

October 2026
Technical Revision

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