Centrifugal chiller - Heat recovery

Reference ID for this specific instance (e.g. 'WWS/VS1/400/001', which indicates the occurrence belongs to system WWS, subsystems VSI/400, and has the component number 001).

Reference ID for this specified type in this project (e.g. type 'A-1'), provided, if there is no classification reference to a recognized classification system used.

Specification clause or section code/reference.

Name of the specification system being used.

Specification clause or section title.

Published version of the classification system.

Designation of the standard table to which the flange conforms.

Designation of the standard describing the flange table.

Article number or reference that may be applied to a product according to a standard scheme for article number definition (e.g. UN, EAN).

The name of the manufactured item as used by the manufacturer.

The model number and/or unit designator assigned by the manufacturer of the manufactured item.

The identity of the bar code given to an occurrence of the product.

The serial number assigned to an occurrence of a product.

The identity of the batch reference from which an occurrence of a product is taken.

The Global Trade Item Number (GTIN) is an identifier for trade items developed by GS1 (www.gs1.org).

The date that the manufactured item was purchased.

The length or duration of a service life. The lower bound indicates pessimistic service life, the upper bound indicates optimistic service life, and the setpoint indicates the typical service life.

The average time duration between instances of failure of a product.

The identifier assigned to a warranty.

The date on which the warranty commences.

The date on which the warranty expires.

Indication of whether this is an extended warranty whose duration is greater than that normally assigned to an artefact (=TRUE) or not (= FALSE).

The time duration during which a manufacturer or supplier guarantees or warrants the performance of an artefact.

The content of the warranty.

Items, conditions or actions that may be excluded from the warranty or that may cause the warranty to become void.

Date on which the overall condition is assessed.

The overall condition of a product based on an assessment of the contributions to the overall condition made by the various criteria considered. The meanings given to the values of assessed condition should be agreed and documented by local agreements. For instance, is overall condition measured on a scale of 1 - 10 or by assigning names such as Good, OK, Poor.

Qualitative description of the condition.

The name of the person, organisation or library provider that created the object.

URL hyperlink to the object creator’s website.

To record the last date of issue (version or revision) of the object within an object library. Add the date in the following format <yyyymmdd.no> where the ‘no’ suffix is equal to the number of times the object has been issued on that date. For example 20180316.01.

URL hyperlink to the manufacturer’s website.

URL hyperlink to further product information, such as technical documentation or installation guides.

Status of the element, predominately used in renovation or retrofitting projects. The status can be assigned to as "New" - element designed as new addition, "Existing" - element exists and remains, "Demolish" - element existed but is to be demolished, "Temporary" - element will exists only temporary (like a temporary support structure).

The organization that manufactured and/or assembled the item.

Enumeration defining where the assembly is intended to take place, either in a factory or on the building site.

The organization that should be contacted for action under the terms of the warranty. Note that the role of the organization (manufacturer, supplier, installer etc.) is determined by the IfcActorRole attribute of IfcOrganization.

The number of live lines that is intended to be handled by the device.

Indicates whether the electrical device has a protective earth connection (=TRUE) or not (= FALSE).

Details of available accessories.

TRUE if the coil has sound attenuation, FALSE if it does not.

Number of boltholes in the flange.

The connection type between pipe segments or fittings and other segments or fittings. If the list contains only one value, then this connection type value applies to all ports. For more than one value in the list, the connection type value applies to the port that corresponds to the list index.The following suggested items should be utilized whenever possible for correlation with port enumerations: BRAZED: Brazed connection type. COMPRESSION: Compression connection type. FLANGED: Flanged connection type including bolts and gasket. GLANDJOINT: Gland-joint connection type. FLEXIBLEBOLTEDGLANDJOINT: Flexible bolted gland-joint connection type. FLEXIBLEBOLTEDGLANDJOINTWITHANODEENDCAP: Flexible bolted gland-joint with anode end-cap connection type. GROOVED: Grooved connection type. SOLDERED: Soldered connection type. SOLDERED_FEMALE: Female-soldered connection type. SOLDERED_MALE: Male-soldered connection type. SWEDGE: Swedge connection type. THREADED: Threaded connection type. THREADED_FEMALE: Female-threaded connection type. THREADED_MALE: Male-threaded connection type. WELDED: Welded connection type. WELDED_BUTT: Butt-welded connection type. WELDED_BRANCH: Branch-welded connection type. WELDED_FLANGE: Flange-welded connection type. NONE: There is no connection. NOTDEFINED: Undefined connection type.

Weight of the element.

Material from which the pipe flange is constructed.

IP Code, the International Protection Marking, IEC 60529), classifies and rates the degree of protection provided against intrusion.

IK Code according to IEC 62262 (2002) is a numeric classification for the degree of protection provided by enclosures for electrical equipment against external mechanical impacts. > NOTE  In earlier labeling, the third numeral (1..) had been occasionally added to the closely related IP Code on ingress protection, to indicate the level of impact protection.

To record any defects found.

The nominal bore of the pipe flange.

Overall diameter of the flange.

Thickness of the material from which the pipe bend is constructed.

Size of the bolts securing the flange.

Diameter of the circle along which the boltholes are placed.

Table of sound frequencies and sound power measured in decibels at a reference power of 1 picowatt(10^(-12) watt) for the referenced octave band frequency.

The current that a device is designed to handle.

The voltage that a device is designed to handle.

The upper and lower limits of frequency for which the operation of the device is certified.

The ratio between the rated electrical power and the product of the rated current and rated voltage.

Function of a line conductor to which a device is intended to be connected where L1, L2 and L3 represent the phase lines according to IEC 60446 notation (sometimes phase lines may be referenced by color [Red, Blue, Yellow] or by number [1, 2, 3] etc). Protective Earth is sometimes also known as CPC or common protective conductor. Note that for an electrical device, a set of line conductor functions may be applied.

Insulation standard classes provides basic protection information against electric shock. Defines levels of insulation required in terms of constructional requirements (creepage and clearance distances) and electrical requirements (compliance with electric strength tests). Basic insulation is considered to be shorted under single fault conditions. The actual values required depend on the working voltage to which the insulation is subjected, as well as other factors. Also indicates whether the electrical device has a protective earth connection.

The maximum allowed current that a device is certified to handle.

The current that a device is actually handling or is calculated to be handling at a point in time.

The range of allowed voltage that a device is certified to handle. The upper bound of this value is the maximum.

The output power rating that is certified for a device.

The angular difference between two waveforms of the same frequency.

The phase identification used for the device electrical input. This should be the same phase identifier that is used for the conductor segment providing the electrical service to the device. In general, it is recommended that IEC recommendations for phase identification are used (L1, L2 etc.). However, other phase identifiers may be used such as by color (Red, Blue, Yellow) or by number (1, 2, 3) etc.

Nominal total power consumption.

Ratio of actual power to full load power as a quadratic function of part load, at certain condensing and evaporating temperature, FracFullLoadPower = f ( PartLoadRatio).

Reference to a database or a classification.

The unit of the quantity the environmental indicators values are related with.

The whole life cycle or only a given phase from which environmental data are valid.

Expected service life in years.

Quantity of energy used as defined in ISO21930:2007.

Quantity of water used.

Quantity of hazardous waste generated.

Quantity of non hazardous waste generated.

Quantity of greenhouse gases emitted calculated in equivalent CO2.

Quantity of gases responsible for the atmospheric acidification calculated in equivalent SO2.

Quantity of renewable energy used as defined in ISO21930:2007.

Quantity of non-renewable energy used as defined in ISO21930:2007.

Quantity of resources used calculated in equivalent antimony.

Quantity of inert waste generated.

Quantity of radioactive waste generated.

Quantity of gases destroying the stratospheric ozone layer calculated in equivalent CFC-R11.

Quantity of gases creating the photochemical ozone calculated in equivalent ethylene.

Quantity of eutrophicating compounds calculated in equivalent PO4.

Quantity of energy used as defined in ISO21930:2007.

Quantity of water used.

Quantity of hazardous waste generated.

Quantity of non hazardous waste generated.

Quantity of greenhouse gases emitted calculated in equivalent CO2.

Quantity of gases responsible for the atmospheric acidification calculated in equivalent SO2.

Quantity of renewable energy used as defined in ISO21930:2007.

Quantity of non-renewable energy used as defined in ISO21930:2007.

Quantity of resources used calculated in equivalent antimony.

Quantity of inert waste generated.

Quantity of radioactive waste generated.

Quantity of gases destroying the stratospheric ozone layer calculated in equivalent CFC-R11.

Quantity of gases creating the photochemical ozone calculated in equivalent ethylene.

Quantity of eutrophicating compounds calculated in equivalent PO4.

Fire rating identifying the entity's fire resistive value (e.g., 1-hour, 2-hour, etc.) so that its resistance to fire can be compared to that of the surrounding structure.

Combustibility (YES it is combustible or NO it is not combustible).

Surface spread of flame characteristics.

Nominal chiller efficiency under nominal conditions.

Chiller condensing temperature.

Chiller evaporating temperature.

Sum of the refrigeration effect and the heat equivalent of the power input to the compressor.

Chiller cooling capacity is a function of condensing temperature and evaporating temperature, data is in table form, Capacity = f (TempCon, TempEvp), capacity = a1+b1*Tei+c1*Tei^2+d1*Tci+e1*Tci^2+f1*Tei*Tci. This table uses multiple input variables; to represent, both DefiningValues and DefinedValues lists are null and IfcTable is attached using IfcPropertyConstraintRelationship and IfcMetric. Columns are specified in the following order: 1.IfcPowerMeasure:Capacity 2.IfcThermodynamicTemperatureMeasure:CondensingTemperature 3.IfcThermodynamicTemperatureMeasure:EvaporatingTemperature

Chiller coefficient of performance (COP) is function of condensing temperature and evaporating temperature, data is in table form, COP= f (TempCon, TempEvp), COP = a2+b2*Tei+c2*Tei^2+d2*Tci+e2*Tci^2+f2*Tei*Tci. This table uses multiple input variables; to represent, both DefiningValues and DefinedValues lists are null and IfcTable is attached using IfcPropertyConstraintRelationship and IfcMetric. Columns are specified in the following order: 1.IfcPositiveRatioMeasure:CoefficientOfPerformance 2.IfcThermodynamicTemperatureMeasure:CondensingTemperature 3.IfcThermodynamicTemperatureMeasure:EvaporatingTemperature

Nominal cooling capacity of chiller at standardized conditions per ARI Standards 550-92, Centrifugal and Rotary Screw Water-Chilling Packages, and ARI Standards 590-92, Positive Displacement Compressor.

The product of the ideal capacity and the overall volumetric efficiency of the compressor.

The Energy efficiency ratio (EER) is the ratio of net cooling capacity to the total input rate of electric power applied. By definition, the units are BTU/hour per Watt. The input electric power may be obtained from Pset_DistributionPortPHistoryElectrical.RealPower on the 'Power' port of the IfcChiller.

The Coefficient of performance (COP) is the ratio of heat removed to energy input. The energy input may be obtained by multiplying Pset_DistributionPortPHistoryGas.FlowRate on the 'Fuel' port of the IfcChiller by Pset_MaterialFuel.LowerHeatingValue. The IfcDistributionPort for fuel has an associated IfcMaterial with fuel properties and is assigned to an IfcPerformanceHistory object nested within this IfcPerformanceHistory object.

The year of production of the manufactured item.

Lead in time before start of process.

Duration of process.

Lead out time after end of process.