The latest software version can be downloaded HERE.
The following installation files are for older ITASCA software products. These are the latest revision/subversion for each product. Note that technical support is typically only provided for 1-year after the next major version is released.
Click one of the following to download the installer.
or if the absolute margin is less than 1.0 meter (as per standard engineering guidelines).
The data sheet must explicitly link to API 682 4th edition seal data sheets, capturing containment seal configurations and flush fluid variables cleanly. Best Practices for Building the Template
If you need the calculations structured in units?
Conclusion An API 610-compliant data sheet is the backbone of reliable pump procurement and lifecycle performance. Excel is well suited for building these sheets when structured carefully: organized tabs, enforced units, validation lists, embedded checks (NPSHa vs NPSHr), and clear separation of purchaser vs vendor responsibilities. Following API 610 12th Edition requirements and embedding best practices into an Excel template reduces risk, clarifies acceptance criteria, and speeds both engineering and procurement processes.
Revision History (Rev 0, 1, 2) with dates and engineer initials Operating and Process Conditions Api 610 12th Edition Data Sheet Excel
This zone identifies the specific mechanical configuration of the pump.
Use Excel formulas to cross-check differential pressure against differential head based on fluid specific gravity:
Mixed units cause catastrophic calculation errors. Build a master toggle switch in the Excel sheet header to instantly convert the entire document between SI units (e.g., kPak cap P a ) and US Customary units (e.g.,
Liquid handled, pumping temperature (normal/maximum), specific gravity (SG), viscosity, and vapor pressure at pumping temperature. or if the absolute margin is less than 1
The is more than just a document; it is a critical engineering tool. By transitioning to a robust, 12th-edition-compliant Excel template, engineers can ensure that their centrifugal pumps are specified, manufactured, and tested to the highest industry standards, ensuring longevity, safety, and efficiency in demanding service environments. If you are looking to update your current templates, Creating drop-down menus for the pump data sheet. Setting up conditional formatting for validation. Share public link
API material code selection (e.g., I-1, S-1, S-8, D-1) for pressure casings, impellers, shafts, and wear rings. Section 5: Bearings, Lubrication, and Seals
has become the primary standard for centrifugal pumps in the petroleum and gas industries. For engineers and procurement teams, one of the most functional updates is the introduction of a standardized Excel-based data sheet template , designed to replace static PDFs and facilitate Electronic Data Exchange (EDE) Why the Move to Excel Matters
Historically buried in the back of the standard as Annex N, this data sheet acts as a legally binding technical agreement between the Engineering, Procurement, and Construction (EPC) contractor, the end-user (operator), and the pump manufacturer (OEM). Why Excel is the Industry Choice Conclusion An API 610-compliant data sheet is the
, but requires experienced users to avoid blind data entry. It is the industry’s best practice for specifying pumps to API 610.
Confirmation that nozzle forces and moments comply with API 610 Annex F.
Changes to nozzle loading and casing design requirements. Why Use an Excel Data Sheet for API 610