Md anderson project No. XX-XXXX md anderson project name
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| ent parameters shall be monitored using true RMS measurements for accurate (±1%) representation of non-sinusoidal waveforms typical of computers and other sensitive loads.
History Status File. A History Status file shall contain all of the information in the Present Status screens except Load kVA. The control system shall maintain this information in discreet 4 millisecond frames (1 millisecond resolution) updating memory on a First-In-First- Out basis. This shall provide status recall of a period of at least 256 milliseconds (64 frames) that is 160 milliseconds before the malfunction fault (40 frames), the fault frame, and 92 milliseconds after the malfunction (23 frames). Event History File. The control system shall maintain an event history of the alarm conditions that have occurred during system operation. System memory shall be capable of storing at least 128 events for recall. System Status File. The control system shall monitor and display the total operating hours of the UPS system. Diagnostic Aids. The UPS shall be provided with the built-in diagnostics for troubleshooting and circuit alignment aids. Remote Monitoring Capability. Modbus (serial communications protocol), BACnet (Building Automation and Control protocol), TCP/IP (Transmission Control Protocol/Internet Protocol) shall be standard protocols. Interface with existing monitoring system that is compatible with MD Anderson current UPC monitoring system (Foreseer by DataTrax Systems), is expected. Contractor is responsible to complete final terminations, programming, alarming, and updating the graphics. The following digital alarms shall be available for display: Input Fail Bypass Not Available Overload Ambient Over-temperature Static Switch Disabled Battery CB Open Overload Shutdown DC Capacitor Fuse Blown Low Battery Shutdown DC Over-voltage Shutdown Auto Transfer to Bypass Auto Retransfer Primed Manual Reset/transfer Output Over/under Frequency Output Under-voltage Inverter Non-synchronized Rectifier Fuse Blown Hardware Shutdown Over-temperature Timeout Control Power Fail Battery Discharging Low Battery Warning Emergency Off Load on Bypass DC Ground Fault Blower Failed Module #1 Alarm Module #2 Alarm Bypass Phase Sequence Wrong Output Over-voltage Overload Transfer Reverse Power Inverter Fault Equipment Over-temperature Input Current Unbalanced Static Switch Unable The UPS control communication circuits shall also download operational data for analysis, upon request from a local or remote terminal. Information available for display shall include all alarms and system parameters contained in the present status, event history, and history status files. A set of eight (8) Form "C" remote alarm contacts shall be provided at the SCC (System Control Cabinet) for customer use. These contacts shall indicate the same information as listed in Remote Alarm Panel. Latch horn on and display alarm until manually reset Include this alarm in the summary alarm Freeze the history status file Annunciate horn while alarm is present Initiate modem auto-dial Delay action from this alarm for 0 to 9999 seconds The UPS shall include appropriate communications interface at the SCC (System Control Cabinet). Modbus (serial communications protocol), BACnet (Building Automation and Control protocol), TCP/IP (Transmission Control Protocol/Internet Protocol) shall be standard protocols. Interface with existing monitoring system that is compatible with MD Anderson current UPC monitoring system (Foreseer by DataTrax Systems), is expected. Contractor is responsible to complete final terminations, programming, alarming, and updating the graphics. Alarms include but not limited to: DC Capacitor Fuse Blown Overload Transfer Low Battery Shutdown Module Off Line DC Over-voltage Shutdown Overload Shutdown Auto Transfer To Bypass Reverse Power Output Under-voltage Rectifier Fuse Blown Output Over-voltage Inverter Fault Over-temperature Timeout Hardware Shutdown Emergency Off UPS SYSTEM General. The UPS system shall consist of a UPS module, external maintenance bypass/output switchgear, battery disconnect breaker, battery cabinet and battery system. The UPS module shall consist of a rectifier/charger and 3-phase inverter with associated transformers. System Protection. The UPS shall have built-in protection against surges, sags, and over- current from the AC source, overvoltage and voltage surges from output terminals of paralleled sources, and load switching and circuit breaker operation in the distribution system. The UPS shall be protected against sudden changes in output load and short circuits at the output terminals. The UPS shall have built-in protection against permanent damage to itself and the connected load for all predictable types of malfunctions. Fast-acting current limiting devices shall be used to protect against cascading failure of solid-state devices. Internal UPS malfunctions shall cause the module to trip off-line with minimum damage to the module and provide maximum information to maintenance personnel regarding the reason for tripping off line. The load shall be automatically transferred to the bypass line uninterrupted, should the connected critical load exceed the capacity of the available on-line modules. The status of protective devices shall be indicated on a graphic display screen on the front of the unit. UPS System Output. Load Rating. 100% continuous load rating at 40 deg C for any combination of linear and non-linear loads at the capacity of the connected modules or rating of the SCC (System Control Cabinet), whichever is less (Load rating is subject to system circuit breaker limitations). Ten times continuous load rating for three cycles without closing the bypass breaker. Output Voltage Transients. Voltage transients shall be limited to a maximum deviation from nominal system output volts of ±7% with recovery to within 1% of the nominal output voltage within 50 milliseconds for each of the following conditions. Limits shall apply to any UPS load within the UPS rating and frequency shall be maintained at 60 Hertz plus or minus 0.1 hertz. The system shall not transfer to bypass under these conditions (except item c below). 100% load step. Loss or return of AC input power, momentary sags, surges or spikes on the input to the UPS (all three phases or single phase). Uninterrupted transfer of the critical load to and from the UPS output and bypasses power line (manually initiated or automatic). Dropping one MMU (Multi-Module Unit) off the UPS output power bus by manual switching. Connecting one MMU onto the UPS output bus. Dropping one MMU off the UPS output power bus by internal failure. Trip a 100-ampere branch circuit breaker with a single phase fault. Grounding. The AC output neutral shall be electrically isolated from the MMU chassis. The MMU chassis shall have an equipment ground terminal. Provisions for bonding the system neutral to ground (customer-supplied cable) shall be provided in the enclosure containing the system bypass and isolation breakers. environmental conditions The UPS shall be able to withstand the following environmental conditions without damage or degradation of operating characteristics. Operating Ambient Temperature. UPS 32°F to 104°F without de-rating. Battery 77°F ±5°F. Relative Humidity. Up to 95%, non-condensing. Audible Noise. Noise generated under any normal condition shall not exceed 72 dB measured 5 feet from the UPS. FABRICATION Materials. All materials of the UPS shall be new, of current manufacture, high grade and shall not have been in prior service except as required during factory testing. All active electronic devices shall be solid-state. All power semiconductors shall be hermetically sealed. Control logic and fuses shall be physically isolated from power train components to ensure operator safety and protection from heat. All electronic components shall be accessible from the front without removing sub-assemblies for service access. Wiring. Wiring practices, materials and coding shall be in accordance with the requirements of the National Electrical Code, OSHA, and applicable local codes and standards. All bolted connections of bus bars, lugs, and cables shall be in accordance with requirements of the National Electric Code and other applicable standards. All electrical power connections shall be torqued to the required value and marked with a visual indicator. Conduit. Provisions shall be made in the cabinets to permit installation of input, output, and external control cabling, using raceway or conduit. Standard models (without input isolation transformers) shall provide for either top or bottom access to input and output connections without requiring additional cabinetry. In conformance with NEC, connection cabinets/boxes shall provide adequate space for bend radius. All copper bus bars for customer power connections shall be tin plated for connection integrity. Construction and Mounting. The UPS shall be in NEMA-1 enclosures, designed for floor mounting. The UPS shall be structurally adequate and have provisions for hoisting, jacking, and forklift handling. Maximum cabinet height shall be 79 inches. Maximum UPS/Battery/Maintenance Bypass cabinet width shall not exceed 130 inches, including the optional input filter, for any UPS modules up to and including 225 kVA. Cooling. Adequate ventilation shall be provided to ensure that all components are operated well within temperature ratings. The top-mounted blowers shall be redundant so that a single blower failure will not cause temperatures to increase beyond acceptable limits. Sensors. Temperature sensors shall be provided to monitor UPS internal temperature. Upon detection of temperatures in excess of manufacturer's recommendations, the sensors shall cause audible and visual alarms to be sounded on the UPS control panel. A separate room ambient temperature sensor shall be provided to give an alarm if the temperature of the inlet air to the UPS is above specified limits. Air filters shall be located at the point of air inlet and be changeable without opening cabinet doors. No service clearance or ventilation shall be required in the rear of the system. Battery Disconnect Breaker Each UPS module shall have a properly rated circuit breaker (500 VDC) to isolate it from the battery. This breaker is to be in a separate NEMA-1 enclosure installed within and accessible through the cover of the battery cabinet. When open, there shall be no battery voltage in the UPS enclosure. Each UPS module shall automatically be disconnected from the battery by opening its breaker when the battery reaches the minimum discharge voltage level or when signaled by other control functions. The UPS module control panel shall have a pushbutton to trip the breaker. Battery Plant General. Provide sealed; valve regulated lead calcium, maintenance-free battery system, complete with all required components and accessories for a complete installation. Electrolyte Immobilization. Electrolyte shall be immobilized by means of complete absorption within micro-fine glass mat or similar bibulous material. Alloys. Grids shall be manufactured of calcium lead alloys to assure long life and consistently low gassing rate over the entire service life; all internal wetted parts shall be of similar non- antimonies alloy to preclude interfacial corrosion at the bonded area. Plates. Both positive and negative plates shall be of the flat pasted plate design to assure highly reliable electrical performance throughout the life of the battery. Positive plates shall be equipped with fibrous retention mats to inhibit the loss of active material as a result of repeated cycling. Terminals. All batteries shall include copper inserted terminal posts allowing connector torque of 110 pound inches and copper-to-copper interface with the inter-cell connector (except for flashing). Terminal posts shall be of sufficient strength to support normal inter-tier or inter-step cabling without additional bracing. Container. The cell container and cover shall be of a flame-retardant material with an oxygen index of at least 28. The cell cover shall include a low-pressure release vent. All cells larger than 0.25 kW/cell (15 minute rate to 1.67 volts per cell) shall include an integral flash arrestor. Inter-Cell Connections. For each bolted connection, lead-plated copper connectors and corrosion-resistant bolts shall be provided; interconnecting hardware shall be sized so as to permit discharge at the maximum published rate while allowing no more than 30 mV of voltage drop between adjacent units at the one-minute rate to 1.75 volts per cell (VPC). Along with the necessary hardware, the supplier shall furnish terminal connection coating compound if required by the battery manufacturer. Battery Cabinet. The battery cabinet shall have ten-year designed life. Batteries shall be installed in a separate battery cabinet that matches the UPS cabinet style to form an integral system lineup. Battery cells shall be mounted on slide-out trays for ease of maintenance. Cabinet racks shall have welded steel support frames and unitized rail construction to prevent long-term warpage and resultant stresses on the cells and interconnections. All metallic components which directly contact the battery shall be insulated by removable covers. Casters and leveling shall also be provided with the battery cabinet for ease of installation. When the application calls for the battery cabinet to be bolted to the UPS cabinet, an interconnecting cable kit shall be available, precut and pre-lugged. Manufacturing Controls. Each cell shall be clearly identified as to cell type, voltage, and capacity as well as manufacturing control group for future Quality Assurance traceability. All cells in the battery shall be tested to verify 100% system capacity. The equipment shall be designed and manufactured under a Quality Assurance Program which is controlled and documented by written policies, procedures or instructions, and which shall be carried out throughout the performance of the work. The Quality Assurance Program shall conform to the requirements of ANSI N45.2, MIL-145208A, and MIL-Q-9858A. Accessories Remote Alarm Annunciator Panel. Provide manufacturer's standard flush mounted remote alarm annunciator panel for the new UPS and the existing UPS. Supervisory Contact Module. Provide manufacturer's standard supervisory contact module for the new UPS and the existing UPS. Connect UPS Web SNMP Xhub card. Provide a Connect UPS Web SNMP Xhub card panel for the new UPS and the existing UPS. EXTERNAL MAINTENANCE BYPASS/OUTPUT DISTRIBUTION PANEL General. A separate external maintenance bypass/output distribution panel lineup shall be provided with the UPS system. This panel shall contain interlocked UPS system input, isolation and bypass and UPS power distribution circuit breakers. Isolation and Bypass. The interlocked UPS system isolation and bypass circuit breakers shall allow the entire UPS system to be fully bypassed and isolated for maintenance while the served load continues to be powered from the utility power source. The bypass and isolation operations shall be make-before-break to provide uninterrupted power to the load during bypass and isolation. Short Circuit Withstand/Interrupting Rating. The UPS external maintenance bypass distribution panel shall be suitable for use with the available short circuit fault current shown on the drawings and the minimum interrupting rating of circuit breakers associated with the UPS external maintenance bypass distribution panel shall be greater than the available short circuit fault current shown on the drawing. Switchgear Construction. Refer to Section 26 24 16 Panelboards and other sections of this Division for additional requirements related to distribution panel construction. Directory: depts -> cpm -> standards -> specs depts -> Black Panther Party Lesson Plan Aligned to Grade 11 gles Targeted Length: Two 90-Minute class periods created by Teresa Frizell depts -> Data Analysis (Math 206) Exam 2 Name Spring 2002 Hartlaub depts -> Engineering Library Reference Manual depts -> Megan andreas moreno, md, msed, mph depts -> New Media Power: The Internet and Global Activism depts -> Catalog description depts -> The evolution of gaming computers depts -> Winery Forklift/Power Industrial Truck Safety Program sample depts -> Csulb elementary Science & stem leadership Academy June 27 – July 8, 2016 plus 15 hours during the 2016-2017 School Year specs -> Md anderson project No. XX-XXXX md anderson project name Download 0.87 Mb. Share with your friends:
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