Hydraulic Assembly Machines

Summary (Newest Update)

Background This contract is issued by the Naval Station Mayport, which is part of the U.S. Navy's mission to maintain operational readiness of its fleet. The goal of this contract is to procure Eaton Aeroquip Hydraulic Assembly Machines necessary for the replacement of critical flexible hoses on USS Farragut (DDG-99) and other ships in the Mayport basin prior to their deployment. The requirement is specifically for brand name equipment, ensuring compatibility and reliability in military operations. Work Details The contract includes the procurement of two specific models of Hydraulic Assembly Machines: 1. Model FT1212-2-4: - Quantity: 1 Each - Description: Designed for fast assembly of 3 segmented socket type fittings, capable of assembling -20, -24, and -32 size fittings using three 10-ton hydraulic cylinders powered by Aeroquip supplied hydraulic pumps. Components include a sturdy tubular steel frame, single acting cylinders, pressure gauge, foot switch, locating pins, adapter pads, and pump. 2. Model FT1222-1-4: - Quantity: 1 Each - Description: Provides fast assembly of 4 segmented socket type fittings with a unique design that develops over 10 tons of force while being lightweight and durable. It operates on 115-volt AC current with a single-phase electric motor delivering 1/2 horsepower at 12,000 rpm. Components include a sturdy tubular steel frame, single acting spring return cylinders, pressure gauges, pump, electric foot switch, locating pins, and adapter pads. 3. Delivery: - Quantity: 1 Each (for delivery) - Pricing Arrangement: Firm Fixed Price. Period of Performance Assets are required no later than October 1, 2026. Place of Performance Delivery will take place at Southeast Regional Maintenance Center (SERMC), Naval Station Mayport, BLDG 1488, Mayport, FL 32228. Bidder Requirements This opportunity is set aside for Small Business concerns. Bidders must provide country of origin for the items and DoD unique identification or an equivalent recognized identification.