Opportunity
CanadaBuys #26-58130
NRC Canada seeks high-capacity load cell for structural testing laboratory
Posted
September 03, 2026
Respond By
September 28, 2026
Identifier
26-58130
NAICS
333997
The National Research Council Canada (NRC) is seeking a high-capacity, low-profile tension and compression load cell for its structures laboratory. - Government Buyer: - National Research Council Canada (NRC) - Contact: Tyler Hanel - Sub-agency: Direction des Services Financiers et dApprovisionnement - Products/Services Requested: - High-capacity, low-profile load cell - Must be compatible with MTS 201.90 servo-hydraulic actuator - Capacity: 600,000 lbf (tension and compression) - Includes base, mounting screws, lifting plug, connector protectors, calibration documentation - Mechanical and electrical compatibility required (bayonet connectors PT02E-10-6P, max height 10.5 inches, specific threading and pin functions) - Calibration in tension and compression with at least five points per measurement bridge (two bridges total) - Minimum 1-year warranty - Precise accuracy, temperature, electrical, and mechanical specifications - Unique/Notable Requirements: - Only Canadian suppliers are eligible (reciprocal procurement policy) - Delivery required by December 1, 2026, to NRC Ottawa - Selection based on lowest price meeting mandatory technical criteria - Environmental packaging specifications and potential carbon neutrality commitments - No specific OEMs or part numbers are mentioned; compatibility with MTS actuator is critical.
Description
Canada is seeking offers from Offerors to provide a high-capacity, low-profile tension and compression load cell for use in a structures laboratory for large-scale testing of components, assemblies, and materials to the National Research Council Canada. The load cell will be used as part of an existing servo-hydraulic actuator and must meet specific dimensional and technical requirements for integration. The contract duration is 3 months starting from September 30, 2026, with all deliverables due by December 1, 2026. The procurement method is competitive open bidding with selection based on lowest price.