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Hydraulic Press


District Of Columbia, United States
Government : Federal
RFP
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SECTION C
STATEMENT OF WORK/SPECIFICATIONS

C.1 SCOPE
(a) The United States Mint intends to lease one (1) hydraulic coining press for a six (6) month period with the option for an additional six (6) month lease. At the end of either lease period, the United States Mint shall have the option to purchase the hydraulic press at fair market value (FMV). In addition, the United States Mint shall have the option to purchase up to four (4) additional presses in subsequent years.
(b) All presses shall meet the requirements herein which will have the ability to strike precious metal and proof quality coins for the Numismatics markets. The new press shall be fully installed and tested before acceptance at the US Mint - Philadelphia.
(c) There are eighteen different coins listed below that the coining presses must be able to strike.
(d) The eighteen coins are composed of the following metals:
1. 1 cent zinc base with electrolytic plated copper
2. Nickel solid alloy composed of 75% copper and 25% nickel
3. Dime clad
4. Dime solid silver/copper alloy
5. Quarter clad
6. Quarter solid 90% silver/copper alloy
7. Half dollar clad
8. Half dollar silver/copper alloy
9. Dollar clad
10. 5 oz. silver
11. 1 oz. silver
12. 1 oz. gold
13. 1 oz. gold/silver/copper alloy
14. 1 oz. platinum
15. 1 oz. palladium
16. ½ oz. gold
17. ¼ oz. gold
18. 1/10 oz. gold

C.2 GENERAL
THE CONTRACTOR SHALL:
New Presses
(a) Furnish, travel, install, start up, and test manual/automatic multi-strike coining presses meeting the requirements herein.
(b) Provide ALL rigging and moving of the equipment within the United States Mint to the specified United States Mint facility. All premium time for these services shall be included in the contract price.
(c) Provide sets of operating and maintenance manuals for each press. (See C.7.2 & C.7.3).
(d) Provide complete sets of drawings needed for installation, maintenance, and equipment maintenance. Drawings shall contain wiring schematics, interconnecting diagrams, ladder diagrams, piping schematics, equipment arrangement/installation drawings. A compact disk of drawings in Auto-Cad shall be provided. Each of these items shall be provided four months prior to the installation of each press. (See C.7.1)
(e) Provide on-site training for maintenance and operating personnel.


THE UNITED STATES MINT WILL:
New Presses
(a) Provide all blanks for the factory test except for silver, gold, and platinum blanks.
(b) Provide collars and dies for factory test using Martha Washington test images, as required by the United States Mint.
(c) Provide all blanks including silver, gold, palladium, and platinum and actual production dies for the site acceptance tests performed on each machine at the United States Mint.
(d) Provide electrical power and utilities to within 20 feet of the each press.
(e) Provide die drawings for all dies to be used with these presses. These will be the United States Mint production dies and will be consistent with the blanks for Martha Washington.


C.3 PRESS DESCRIPTION


C.3.1 Performance
The presses and any part of the presses/enhancements/accessories shall be of the most recent design by the manufacturer. Improvements and enhancements not previously provided to the United States Mint shall be approved by the United States Mint before they are incorporated on the new presses.


The presses shall be capable of producing the full line of proof quality coins currently in production at the United States Mints. The production rate shall be based on 6 strokes per minute. Production rate of coins per minute shall be based on 6 strokes per minute divided by the strikes per coin.

C.3.2 Applicable Documents
Where the equipment meets a foreign code or regulation that is equal to or better than those in the United States, the foreign equivalent is acceptable subject to prior approval by the United States Mint. The award shall provide information to support the substitutions. The presses shall meet the following codes and regulations:


• National Fire Protection Association (NFPA)
• Hydraulic and Pneumatic Standards, National Power Association
• National Electric Code (NEC)
• National Electrical Manufacturers Association (NEMA)
• Environmental Protection Agency (EPA)
• Occupational Safety and Health Act (OSHA) 1910.147 (29CFR)
• ISO 4413:2010 - Hydraulic fluid power
• ISO 4414:2010 - Pneumatic fluid power
• Underwriters Laboratories (UL) 508 and 508A
• American National Standards Institute (ANSI)


C.3.3 Asbestos
The equipment shall contain no asbestos or asbestos containing materials (ACM).


C.3.4 Description of the Presses


C.3.4.1 Operation
The presses shall have manual operation. If automatic mode is available, mode must be selected by the operator. When in the manual mode, the equipment shall have a two-hand operation safety feature.


C.3.4.2 Misfeed Control
Provision shall be made to ensure the proper alignment of the upper die to the lower die. Misfeeds shall be detected automatically and the press will stop to prevent damage to the press and/or the dies.


C.3.4.3 Ergonomics
The arrangement of the press shall be technologically state-of-the-art. Operation and maintenance of the press shall not subject personnel to excessive reaching, bending, or lifting. Placement of the control panel, the height of the feed and discharge chutes, and opening devices provided for access to the sound enclosure shall accommodate all Mint coining personnel.


C.3.4.4 Length of Machine Stroke
At least 50 mm of clearance shall be provided when the dies are in the open position.


C.3.4.5 Coining Rated Force
The coining force shall be adjustable up to a minimum of 250 metric tons. The presses shall be hydraulically or servo-hydraulically driven. The press frame must be sufficiently designed to support 24 hour per day, 5 day per week operation at the coining rated force and throughput. Datasheets of construction and materials shall be included in the proposal.


C.3.4.6 Edge Lettering
The press shall have all necessary provisions for simultaneous application of edge lettering during the coining process. The contractor shall provide all necessary parts and tooling to run in both edge lettering mode and in conventional, non-edge lettering mode. The press must be capable of running edge lettering on any coin that falls within the dimensional and tonnage capability of the coins represented in C.1.C. Any exceptions should be noted in the proposal and an explanation of the basis for the exception.


C.3.4.7 Sound Enclosure
The presses shall be totally enclosed to reduce the noise of the machine operation to 80dBA. The enclosures shall be designed to allow quick assembly upon delivery of the presses and quick disassembly if the United States Mint decides to relocate a press to another United States Mint. There shall be suitable access doors for both operations and maintenance.


C.3.4.8 Die Changes
Die changes shall be made within a 5-minute time frame using pre-assembled dies in the tool holder. Final lockup shall be made in the press hydraulically. Die changes shall take no longer than five minutes.


C.3.4.9 Press Uniformity
The standard press configuration shall include the following features:
• Hydraulic or Servo-hydraulic drive
• Manual feeding with the capability to add automatic

C.3.4.9.1 Press Controls
C.3.4.9.1.1 Programmable Automation Controller (PAC)
C.3.4.9.1.1.1 All PAC programming shall be accomplished in ladder logic whenever practicable to facilitate ease of troubleshooting by United States Mint maintenance personnel.
C.3.4.9.1.1.2 The rung and page descriptors shall be well commented as to describe the process flow.
C.3.4.9.1.1.3 The tag/symbol descriptors shall be in accordance with Software Requirements.
C.3.4.9.1.1.4 All software documentation shall be in the English language.
C.3.4.9.1.1.5 Contractor proprietary software for programming the PAC is not permitted.
C.3.4.9.1.1.6 The main PAC chassis shall have a minimum of two empty slots for expandability.
C.3.4.9.1.1.7 The PAC vendor shall be specified in the proposal. It is desired for the PAC vendor to be limited to Allen Bradley.
C.3.4.9.1.2 Human Machine Interface (HMI)
C.3.4.9.1.2.1 All systems shall include a redundant HMI terminal. Both terminals shall have the same functionality and the ability to control the system if either terminal experiences failure.
C.3.4.9.1.2.2 The HMI shall display data as required in the Appendix for the specific system. All system HMIs shall also include the following displays:
C.3.4.9.1.2.1.1 Production rate
C.3.4.9.1.2.1.2 Number of units produced each hour and each shift
C.3.4.9.1.2.1.3 A text description for any system malfunction to assist operator/ technician troubleshoot fault for system shutdown.
C.3.4.9.1.2.1.4 Standard Operating Procedures for basic operations, these operations include any standard operations, changeover, and reset procedures on the equipment.
C.3.4.9.1.2.1.5 An Error/Alarm log displaying not less than 100 of the previous malfunctions and alarms. The Error/Alarm log will persist in the event power is cycled to the machine.
C.3.4.9.1.2.1.6 A rejected Product/Material log to display a text description for not less than 100 of the previously rejected product or material incidents. At a minimum, each description shall contain the following information:
C.3.4.9.1.2.1.6.1 The date and time of the reject.
C.3.4.9.1.2.1.6.2 The reason for the reject.
C.3.4.9.1.2.1.6.3 The area of the system where the reject occurred.
C.3.4.9.1.2.3 The HMI vendor shall be specified in the proposal. It is desired for the HMI vendor to be limited to Allen Bradley.
C.3.4.9.1.2.4 System start, stop, and emergency stop buttons shall be provided at the operator control console in the same enclosure as the HMI.
C.3.4.9.1.3 Supervisory Control and Data Acquisition (SCADA) Interface
The United States Mint has implemented SCADA using Wonderware to facilitate data collection from production machinery. The United States Mint typically collects data such as operational status (off, idle, in production), counts, operating time (hour meter), electrical power consumption, fault information, speeds, pressures, and temperatures. All electronically controlled and monitored values shall be accessible.
C.3.4.9.1.3.1 The equipment shall have an Ethernet connection that is IPV4 and IPV6 compatible.
C.3.4.9.1.3.2 The equipment shall use industry standard protocols to communicate with SCADA systems.
C.3.4.9.1.4 Wire Identification
C.3.4.9.1.4.1 Each wire shall be identified using a sleeve-type wire marker on both ends of the wire.
C.3.4.9.1.4.2 The terminal marking shall be generated by a printer (not handwritten), shall be clear and legible, and shall not blur or rub off when handled.
C.3.4.9.1.4.3 Short jumpers 5 inches or less in length do not require wire markers.
C.3.4.9.1.4.4 The wire identification shall be included in the corresponding programming software identification.
C.3.4.9.1.4.5 Every conductor shall have a unique identifier. All system documentation and references to each conductor (including but not necessarily limited to drawings, schematics, and software tags) shall use the same identifier.
C.3.4.9.1.4.6 Wire color coding shall be in accordance with NEC guidelines, with additional detail to the following:
C.3.4.9.1.4.6.1 480 VAC - black
C.3.4.9.1.4.6.2 120 VAC hot - red
C.3.4.9.1.4.6.3 120 VAC neutral - white
C.3.4.9.1.4.6.4 24 VDC positive - blue
C.3.4.9.1.4.6.5 24 VDC common - white with a blue tracer
C.3.4.9.1.4.6.6 Grounding conductors shall be green or green with a yellow stripe
C.3.4.9.1.4.6.7 Power may be present when main disconnect is open - orange or yellow
C.3.4.9.1.5 DIN Rail Mountable Terminal Blocks
C.3.4.9.1.5.1 DIN rail mountable terminal blocks shall be installed in accordance with the Original Equipment Manufacturer (OEM) guidelines.
C.3.4.9.1.5.2 Conductors shall be run in a neat and stress relieved manner. The fit and form of conductors shall not allow unexpected movement or spring like behavior when removed from the terminal block.
C.3.4.9.1.5.3 OEM specific termination hardware for multi conductor cable is permitted when the application results in a more efficient use of space in the enclosure.
C.3.4.9.1.5.4 No more than 2 wires shall be connected to each terminal connection point.
C.3.4.9.1.5.5 The terminal blocks used to provide power shall utilize jumper bars instead of jumper wire. The jumper bars shall be the OEM jumper bars made for the terminal block.
C.3.4.9.1.5.6 Terminal points shall be numbered such that the terminal block and terminal are indicated. For example, TB1.1 would be terminal block 1, terminal 1. The electrical drawings shall reflect this numbering scheme.
C.3.4.9.1.5.7 The terminal block marking shall be clearly labeled.
C.3.4.9.1.5.8 The terminal marking shall be generated by a printer (not handwritten), shall be clear and legible, and shall not blur or rub off when handled.
C.3.4.9.1.5.9 Fuse Holders, unless otherwise specified, shall be of voltage isolation type with indicator light.
C.3.4.9.1.6 Electronic Obsolescence
C.3.4.9.1.6.1 When the Contractor is aware that an OEM has discontinued, or is planning to discontinue, manufacture or support of (electrical or electronic) hardware or software, the Contractor shall:
C.3.4.9.1.6.1.1 Research all systems manufactured for the United States Mint to determine if the United States Mint is affected by the discontinuance.
C.3.4.9.1.6.1.2 Contact the CO and COR when United States Mint systems include hardware or software as described above.
C.3.4.9.1.6.1.3 If parts are available for purchase, provide a quote to the CO and COR with the price and quantity of parts available.
C.3.4.9.1.6.1.4 Make recommendations to transition to a newer replacement component.
C.3.4.9.1.6.1.5 Provide a quote for the transition to a newer replacement component.
C.3.4.9.1.6.1.6 The proposal shall state the procedure the contractor will use to provide oversight of electronic obsolescence.
C.3.4.9.1.7 Software Requirements
C.3.4.9.1.7.1 Software General Construct
C.3.4.9.1.7.1.1 Contractor proprietary software is not permitted.
C.3.4.9.1.7.1.2 Fail Safe Logic- Where automatic product inspections take place, the system design logic shall consider all product bad until proven good. Specifically, the system shall receive a good signal from an inspection device in order for the product to pass through the system without being rejected.
C.3.4.9.1.7.1.3 The software shall be written to support Blackout Recovery.
C.3.4.9.1.7.2 Software Identification, Descriptors, Tags
C.3.4.9.1.7.2.1 All real world devices (e.g. PAC, HMI, drives, solenoids) shall have software identification (Tags, Descriptors) that facilitate traceability to their corresponding mechanical, electrical, pneumatic, and hydraulic drawing or schematic.
C.3.4.9.1.7.2.2 The software identification shall be constructed with identical strings across all documentation as much as possible.
C.3.4.9.1.7.2.3 The Contractor shall provide a data table detailing the cross reference of all hardware and software identification.
C.3.4.9.1.7.3 Test Logic
C.3.4.9.1.7.3.1 When temporary programming logic is used for troubleshooting during the final stages of development, the Contractor shall allocate specific logical addresses to be used as markers to identify the location/usage of test logic in the program.
C.3.4.9.1.7.3.2 The logical addresses and descriptors shall be documented and delivered to the United States Mint during the Design Review.
C.3.4.9.1.7.3.3 Before the Site Acceptance Test (SAT), the Contractor shall demonstrate to the United States Mint that all test logic is removed from all programs.
C.3.4.9.1.7.4 Licensing and Activation Costs
C.3.4.9.1.7.4.1 The Contractor shall supply the United States Mint with all software, licenses, and activation used for the programming, configuration, backup and restoration of electrical and electronic devices.
C.3.4.9.1.7.4.2 All costs required to continue maintenance, updates, activation, and licensure shall be itemized in the proposal.


C.4 UTILITIES AND ACCESSIBILITY


C.4.1 The electrical power will be provided by the United States Mint to a point
within 20 feet from each press. The power is 480 Volt 3 phase 60 Hertz 4 wire. The
Contractor shall provide any transformers to reduce the voltage for the equipment.


C.4.2 The United States Mint will provide plant compressed air to a point within 20
feet of each press. Plant air is 75 PSIG.


C.4.3 Elevator capacities are 20,000 pounds, inside dimensions are 92" high, 93" wide, and 144" deep


C.5 IT SECURITY REQUIREMENTS


C.5.1 Vulnerability
Within 30 calendar days of the discovery or third-party notification of a high or critical vulnerability (equivalent to Common Vulnerability Scoring System (CVSS) version 3.0 score of 7.0-10.0, including but not limited to remote code execution, authentication bypass, escalation of privileges, hard coded credentials, etc.) in software or firmware supplied by vendor, vendor shall notify the CO and COR of the existence of the vulnerability, any known mitigations or workarounds, and vendor's plan to provide a permanent mitigation for the vulnerability.
C.5.2 Remote Connectivity
C.5.2.1 All equipment installed by the Contractor must be integrated with Phoenix Contact mGuard RS2000 or RS4000.
C.5.2.2 Vendor/Integrator must have an mGuard device capable of maintaining a VPN connection with an mGuard RS2000 or RS4000.


C.6 SPACE AND FLOOR LOADING


C.6.1 Floor Loading
The contractor shall confirm installation and floor loading requirements.


C.6.2 Space
Space is limited and the United States Mint shall have the option to position the electrical panels for the press. This information will be provided at time of notice to proceed with manufacture so as to have the correct length of cables between the cabinet and the press.


C.7 DRAWINGS, MANUALS, PARTS LIST, AND DOCUMENTATION
All items below shall be in the English language. Dimensions and weights may be either in the metric system or the English system of measurements.


C.7.1 Drawings
The contractor shall supply two AutoCAD readable CDs, parts lists, and a bill of materials generated with the delivery of each press. The Contractor shall also provide an option for the purchase of two (2) additional printed copies per press of all drawings. If any changes are made to the standard machine, the contractor shall provide two additional AutoCAD Readable CDs to the COTR with all of the drawings, including the updated drawings. The AutoCAD readable CDs shall be submitted for each press within 30 days of issuance of each delivery order. The parts list and bill of materials shall be delivered with the delivery of each press.


C.7.2 Operation Manuals
A manual shall be supplied outlining all press specifications, operating parameters, and operating procedures. Two hard copy and one electronic copy of manuals shall be provided with each press. The United States Mint shall also have the option to purchase additional manuals for each press. Each manual shall include (but are not limited to):


• Safety precautions and warnings
• Basic press operations
• Start-up
• Shutdown
• Emergency shutdown
• Emergency shutdown recovery
• Basic troubleshooting
• Overview of preventative, periodic maintenance
• The press warranty shall also be included in the Operation Manual


C.7.3 Maintenance Manual
Maintenance schedule(s) and procedure shall be included in a Maintenance Manual. Two hard copy and one electronic copy of manuals shall be provided with each press. The United States Mint shall also have the option to purchase additional manuals for each press. At a minimum, the manual shall include:
• Maintenance schedule including the approximate order lead time and vendor (if other than the contractor) for all maintenance parts.
• Assembly diagrams and exploded views where necessary with references to a complete bill of materials.
• Schematics of each system individually (e.g. electrical, hydraulic, compressed air, etc.). Any interface points between systems will be called out with the identical descriptor on each schematic or diagram. (e.g. solenoid valve will be called "V4" on the electrical drawing and "V4 on the hydraulic piping drawing).
• Bill of materials including part descriptions, the contractor's part numbers, commercial part numbers (if applicable), and drawing reference numbers.
• Press assembly and disassembly procedures and precautions shall be detailed in the maintenance manual.
• Detailed Trouble Shooting Guide.
• Checklist for Periodic Maintenance.
• Periodic Maintenance Details, including all necessary diagrams or photographs to avoid ambiguity.


C.7.4 Spare Parts List
C.7.4.1 The Parts List shall be provided at the time of each installation. This list shall include a full set of parts, normal wear and replacement parts (such as filters), and any other part that could reasonably be expected to fail within five years of operation. Recommended stocking levels shall be included. The description of the parts shall be complete and unambiguous; containing all details typical to an OEM description which facilitates cataloging and ordering. Commercially available parts will have the source identified in the Spare Parts List.
C.7.4.2 An initial recommended spare parts list shall be received by the United States Mint eight weeks prior to the machine delivery in order to allow the United States Mint to enter spare parts into the system and inventory spare parts.

C.7.5 Site Preparation
A tabulation of all utilities required, outline dimensions, and any other information required to prepare the installation site shall be provided by the contractor within 45 days after contract award.


C.8 IDENTIFICATION PLATE
The contractor shall provide and install a permanent, corrosion resistant nameplate indicating a minimum of the following information:


• Nomenclature
• Manufacturer's Name and Address
• Model Designation
• Serial number
• Electrical power, voltage, current, phase, and frequency
• Plant code
• Date of manufacture
• Location manufactured
• Mint contract number


C.9 SERVICE
1.
a. The majority of this effort will consist of onsite repair and adjustments by a factory service representative and the associated travel and living expenses, but it also could include engineering services to provide specialized training, and updates and improvements to the equipment.
b. This agreement also includes spare parts. It is expected that most parts purchased under this agreement will be proprietary to the systems, and of relatively high value. Considering the "legacy system" status, as parts become obsolete and no longer available, it will be necessary to identify suitable alternative parts and also provide the necessary adaptations to make the new parts function within existing system components.
2. Services to be provided:
a. Factory service representative shall:
i. Be fully qualified in all aspects of equipment support, including diagnosis of mechanical, electrical, and electronic systems.
ii. Repair damaged and worn machine components
iii. Restore adjustments to original settings
iv. Instruct Mint personnel on the operation, maintenance, and repair of the equipment
v. Provide recommendations for spare parts, including what should be kept in regular stock, and what should be obtained to support special activities such as component overhaul / refurbishment.
vi. Provide suggestions for improvements - changes to maintenance procedures, operating procedures, etc.
vii. Provide a written report with timesheet, for each service visit including a daily log of the service representative's activities, what problems were found, what was done to resolve the problem. Prior to the conclusion of the service visit, the timesheet shall be signed by a Mint employee.
b. Application engineer shall:
i. Provide specialized training for Mint engineers and technicians
1. Develop training program per Mint request.
2. Primary focus shall be instructing Mint personnel in accordance with training program, but application engineer will be expected to answer relevant technical questions posed by Mint personnel.
ii. Provide updates and improvements to the equipment
1. Perform analysis of specific machine components and systems per request from Mint.
2. Provide written report detailing results of the analysis and recommendations for changes and improvements, and a quotation for parts and labor for implementing the changes.



C.10 COMMISSIONING AND TRAINING


C.10.1 Commissioning
The contractor shall provide a technician for a total of two weeks for each press to commission the press prior to running the acceptance tests. Commissioning is defined to include:


• Erect press/sound enclosure;
• Connect all electrical cables;
• Conduct a check of the equipment before energizing each press with electrical power;
• Check for proper interlock/safety function;
• Check rotation of AC drive motors;
• Check pressures of the various air and/or hydraulic functions.


C.10.2 Training
The Contractor shall provide a technician for a total of two weeks after the installation and
commissioning of each press to train the United States Mint operators and maintenance
personnel on the presses. This training shall include all aspects of operations and
maintenance to include, but not limited to, preventive maintenance, troubleshooting, and
making repairs to the feeder including all elements of the drive assembly.


An option is provided in the contract for follow-up training amounting to two additional
weeks of training which may be exercised by the United States Mint within four months
after the United States Mint has accepted each press.


C.11 GENERAL REQUIREMENTS
The contractor shall provide all labor and materials to connect all pipelines and power to each press. The contractor shall provide a field engineer to adjust, calibrate, and verify conformance to the specifications set forth herein before the acceptance tests commence.
The contractor's field technician shall be provided for up to eight working days per press for acceptance testing.


C.12 WARRANTY
See warranty provisions in Clause I.34, Warranties and Representations.


C.13 ACCEPTANCE TESTING OF EACH PRESS
C.13.1 Four weeks prior to any shipments, the Contractor shall notify the United States
Mint so the United States Mint can exercise its option to inspect and test the presses at
the Contractor's facility. The United States Mint shall perform inspections and tests at the
factory in a manner that will not unduly delay the shipment of the press. If the United States Mint is not able to inspect and test the press at the Contractor's facility, the Contractor shall conduct the test and send a report to the CO and COR.


C.13.2 The contractor shall demonstrate with live operation compliance with all of the United States Mint's specifications and all of features specified. All safety devices shall be demonstrated and sound readings taken. The contractor's technician shall be available on-site during the entire acceptance test.


C.13.3 The actual performance tests may or may not produce actual live production coins of all denominations. Production of saleable product during testing shall not constitute acceptance of the equipment.


C.13.3 At least six denominations of coin, chosen by the United States Mint, shall be produced for an eight-hour shift (6.5 hours of actual operation).
C.13.4 Each test shall be conducted for at least a 6.5 hour period during which time less than three machine caused faults are experienced. If more than three machine-caused faults are experienced the test shall be aborted until the factory technician can make the necessary changes to correct the cause of the faults. After corrections are made for the faults, the test shall be started from the beginning for the specified period of 6.5 hours. The total number of coins produced shall be compared to 10 strokes per minute.
Speed shall be maintained at 10 strokes per minute through the entire shift. Operator caused faults and die cleaning and die replacement shall not be charged to the machine. Time lost for operator initiated down times shall be added to the testing period.
Spoilage shall be entered under the comment portion of the test log sheet. Such spoilage shall not exceed 0.1%. Only the entire total of good coins and reject coins need be registered in at the end of the test log sheet. Any problem, which develops, that is not covered by a machine fault code shall be noted under the comment portion of the test log sheet.
C.13.5 The acceptance report will list the number of operators and the number of maintenance personnel trained. Adequacy of the training shall be addressed through interim reports of the instructors effectiveness in conveying operating and maintenance procedures to Mint personnel. This report will be provided by the United States Mint.


C.14 SAFETY AND SECURITY ON MINT PREMISES
When working at a United States Mint facility the contractor shall follow and obey all security and safety guidelines as specified by the Philadelphia Mint. These guidelines, while written specifically for the Philadelphia Mint are applicable to all United States Mint sites subject to the local safety officer.


Cecily Dennis, Contracting Officer, Phone 2023547782, Email cecily.dennis@usmint.treas.gov

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