Field Tests. Operational tests shall include but not be limited to the following:
4.1. Demonstration of function of all interlocks and limit switches.
4.2. Anti-collision system tests
4.3. Demonstration of brake torques and testing for thermal capacity. Each main hoist brake is to stop and hold the rated load from the maximum specified speeds with no regenerative or dynamic braking.
4.4. Demonstration of emergency stops including wireless E-stop under operating conditions.
4.5. Demonstration of each spreader function, including proper coiling of the spreader umbilical cable.
4.6. Verification of mating of trolley crane rails, distances between rails under full load and without load, between the rails and trolley wheel flanges and side safety plate
4.7. Demonstration of storm lock pins, including interlocks.
4.8. Demonstration of trim and skew function, with both empty spreader and rated load.
4.9. Verification that lighting levels meet the specification.
4.10. Measurement and recording of operating pressures of each hydraulic unit, if applicable.
4.11. Connection and disconnection of power supply plug
4.12. Operation of audible and visual movement alarms.
4.13. Verification that all reducers are correctly filled with oil and that all bearings, pins and couplings are greased and seals are properly retained.
4.14. Demonstration of auxiliary equipment, including:
Field Tests. Inspection of the water and/or sewer facility installation includes field tests including, but not limited to, the following: Water Systems • Pressure Testing • Purity Tests • Cross-Connection Review and Backflow Assembly Tests Sewer Systems • Air Test • Jetting system • Close-Caption TV review
Field Tests. Operational tests will include the following:
3.1. Demonstration of function of all interlocks and limit switches.
3.2. Measurement of maximum speeds and accelerations of all motions under all specified load conditions. If no tolerance is specified, the speeds and accelerations quoted in the contract will be regarded as minima.
3.3. Verification, when spotting the hoist, that there is no lowering of the rated load at the start of hoisting or raising of the empty spreader on start of lowering.
3.4. Demonstration of brake torques and testing for thermal capacity. Each main hoist brake is to stop and hold the rated load from the maximum specified speeds with no regenerative or dynamic braking.
3.5. Demonstration of emergency stops under operating conditions.
3.6. Demonstration of each spreader function, including attaching and detaching the spreader from the headblock and proper coiling of the spreader umbilical cable.
3.7. Demonstration of twin-lift function, including lifting of differentially loaded boxes.
3.8. Verification of mating of trolley crane rails at the boom hinge and smooth operation of the trolley over the hinge.
3.9. Demonstration of storm lock pins, including interlocks. 3.10. Demonstration of mating of gantry buffers.
Field Tests. Operational tests shall include but not be limited to the following:
4.1. Demonstration of function of all interlocks and limit switches.
4.2. Anti-collision system tests
4.3. Demonstration of brake torques and testing for thermal capacity. Each main hoist brake is to stop and hold the rated load from the maximum specified speeds with no regenerative or dynamic braking.
4.4. Demonstration of emergency stops including wireless E-stop under operating conditions.
4.5. Demonstration of each spreader function, including proper coiling of the spreader umbilical cable.
4.6. Verification of mating of trolley crane rails, distances between rails under full load and without load, between the rails and trolley wheel flanges and side safety plate
4.7. Demonstration of storm lock pins, including interlocks.
4.8. Demonstration of trim and skew function, with both empty spreader and rated load.
4.9. Verification that lighting levels meet the specification.
4.10. Measurement and recording of operating pressures of each hydraulic unit, if applicable.
4.11. Connection and disconnection of power supply plug
4.12. Operation of audible and visual movement alarms.
4.13. Verification that all reducers are correctly filled with oil and that all bearings, pins and couplings are greased and seals are properly retained.
4.14. Demonstration of auxiliary equipment, including:
a. anemometer and repeating alarm,
b. load weighing system
c. communications systems
d. CCTV
e. air conditioning and heating systems, etc.
4.15. Demonstration of additional options, if applicable:
a. Automated positioning system
b. Automated system preventing spreader collision
c. Semi automation of operations
d. Evacuation
e. Functionality of upgraded operator cabin f. Automatic greasing of hoist ropes
4.16. Operator’s digital panel with display
4.17. Security system against the unauthorized crane usage
Field Tests. Borrowers shall from time to time permit Banks to conduct field examinations at the expense of Banks. Borrowers shall permit Agent to conduct a field examination annually at the expense of Borrowers.
Field Tests. 1. Compression test specimens will be taken during construction from the first placement of each type of grout, and at intervals thereafter as selected by the Project Representative to ensure continued compliance with these specifications. The specimens will be made by the Project Representative or its representative.
2. Compression tests and fabrication of specimens for nonshrink grout will be performed as specified in ASTM C109 at intervals during construction as selected by the Project Representative. A set of three specimens will be made for testing at 7 days, 28 days, and each additional time period as appropriate.
3. Compression tests and fabrication of specimens for epoxy grout will be performed as specified in ASTM C579, Method B, at intervals during construction as selected by the Project Representative. A set of three specimens will be made for testing at 7 days, and each earlier time period as appropriate.
4. All grout, already placed, which fails to meet the requirements of these specifications, is subject to removal and replacement at no additional cost to the County.
Field Tests. A. Each valve, after installation and connection to the piping system, shall be cycled three times manually or utilizing the manual override to demonstrate proper operation.
B. Each valve, upon completion of installation of the piping system, shall be cycled to fully demonstrate proper operation and confirm that operating times, under both normal operating, and emergency closure conditions, are as specified.
Field Tests. A. Field testing is incidental to construction and will be completed by an independent testing laboratory retained by the Contractor and approved by the Engineer. Testing shall meet the requirements of SUDAS.
B. Coordinate all field testing with the Engineer.
C. The Contractor is responsible for meeting the specified testing requirements in the SUDAS for construction relating to Divisions 2, 3, 4, 6, 7, and 9 of said specification, if deemed necessary for the completion of the work specified.
1. Trench backfill: Section 3010, Part 2 and Section 3010, Part 3.06 and Special Provisions of these specifications
a. Compact trench and structure backfill to not less than 95% of maximum Standard Xxxxxxx Density in a street or road right-of-way and under any granular or paved surfaces.
b. Compact to not less than 90% maximum Standard Xxxxxxx Density in all other areas.
c. Compaction requirements remain in effect during cold weather.
D. If test results do not meet those specified, the Contractor shall make necessary corrections and repeat testing to demonstrate compliance with the specifications. Contractor shall pay all costs for retesting.
Field Tests. A. In addition to any testing herein, perform all testing for this product or system consistent with the requirements of Section 01660, the applicable codes, and the manufacturer’s current quality assurance program.
B. Pre-operational and component test:
1. In accordance with Section 01660. 2. The Screenings Compactor shall be tested to operate for a continuous 2 to 4-hour period without material to verify that the unit operates in a FORWARD mode.
C. Performance Testing: 1. Manufacturer shall test equipment as a complete unit to verify discharge can meet the EPA Paint Filter Test as described in method 9095 of EPA Publication SW-486. The manufacturer or manufacturer’s representative shall complete the test and provide the results for review.
Field Tests. Field-testing shall be performed in the presence of the Construction Inspector. The contractor shall furnish all materials, labor, and equipment necessary to conduct field tests. The contractor shall perform all tests and inspections recommended by the manufacturer unless specifically waived by the Construction Inspector. The contractor shall maintain a written record of all tests, which includes date, test performed, personnel involved, devices tested, serial number and name of test equipment, and test results. All field test reports will be signed and dated by the contractor. Upon completion and testing of the installed system for performance, disinfection, and other field tests, test reports shall be submitted in booklet form showing all field tests performed to adjust each component and all field tests performed to prove compliance with the specified performance criteria. Each test report shall indicate that final position of controls.
