CONCEPT
Fields | Type | Description | Purpose | ||
---|---|---|---|---|---|
ID (Concept identifier) | M | weight | GRAMMAR | ||
Concept name | M | Weight | GRAMMAR | ||
Concept type | M | Load | GRAMMAR | ||
Also known as | O | load; cargo weight; payload; gross weight; | TIC Description | ||
Definition | M | The force that gravity exerts upon the TIC 4TIC4.0 “subject”subject, equal to the mass of the payload multiplied by the local acceleration of gravity. | TIC Description | ||
Further Detail | O | TIC 4TIC4.0 “subject” can be an object (cargo, che, spreader) or a process (cargovisit, cycle) or a system (hoist, trolley). If “weight” refers to a subject that is a process or a system (not an object itself), “weight” applies to the payload that is being processed or managed by the “subject”. The weight can be observed from 3 diferent perperspectives: Nett, Tare and Gross where: Specific cases: cargovisit.weight defines the weight of the cargo of the cargo visit process. E.g. during a container visit to a terminal the cargovisit.weight.gross.value will be the total weight of the container itself(Tare weight) plus the weight of the cargo. If there is a verified gross mass (VGM), then it equals the gross weight (cf. IMO https://www.imo.org/en/OurWork/Safety/Pages/Verification-of-the-gross-mass.aspx ). cycle.weight defines the weight of the payload that is being moved. che.cycle.weight defines the weight of the payload that is being moved by the CHE. The cycle is a process that only refers to the cargo, so the cycle weight does not include the spreader, which is part of the CHE. E.g during a STS twin move the che.cycle.weight.gross.output.actual.ton.value will be the total gross weight of the two containers moved by the STS. E.g with objects che.weight.gross.output.actual.ton.value = 150 tons means that the CHE plus whatever cargo it is handling weighs 150 tons. che.weight.tare.output.actual.ton.value = 138 tons means that the CHE itself weighs 138 tons. che.spreader.weight.tare.output.actual.ton.value = 12 tons means that the spreader itself weighs 12 tons. che.spreader.weight.gross.output.actual.ton.value = 22 tons means that the spreader plus whatever it carries or it is attached weighs 22 tons. che.spreader.weight.nett.output.actual.ton.value = 10 tons means that payload that is being moved by the spreader weighs 10 tons (the container) Usually when a cargo visit is handled by a CHE will result in: cargovisit.weight.gross should have the same value as any che.spreader.weight.nett that is handling the cargo during its visit. | TIC Description | ||
Required Information | M | SUBJECT; OBSERVED PROPERTY and VALUE | TIC Description | ||
SUBJECT |
| cargovisit, CHE, spreader, hoist |
| ||
POINT OF MEASUREMENT |
| pom: output pomt: actual |
| ||
OBSERVED PROPERTY |
|
| |||
Value |
| ton |
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Related standards | O | IMO VGM Standard | TIC Description | ||
Related TIC 4TIC4.0 definition | O | Weight [REVIEW]Gross [REVIEW] Nett [REVIEW] Tare (Review) weightrear; weightfront | TIC Description | ||
Example | M | A 10 ton container: tos.cargo.weight.nett.ouput.actual.ton = 6 tos.cargo.weight.gross.output.actual.ton = 10 tos.cargovisit.weight.gross.output.actual.ton =10 che.spreader.weight.gross.output.actual.ton = 22 che.spreader.weight.tare.output.actual.ton = 12 che.spreader.weight.nett.output.actual.ton = 10 che.hoist.weight.gross.output.actual.ton = 22 che.hoist.weight.nett.output.actual.ton = 10 che.hoist.weightfront.gross.output.actual.ton = 12 che.hoist.weightrear.gross.output.actual.ton = 10 che.cycle.weight.totalgross.output.actual.ton = 3456 | TIC Description | ||
Example in the context of the process | M | CHE jSON data model including weight and load
| TIC Description | ||
Link to one or more operational processes | M | TIC Description | |||
Search tags | M | weight, net, nett, tare, gross, poid, mass, deplacement. | Technical | ||
Version / Date | M | 2022.004 - 15/03/2022 | Technical | ||
Internal TIC Version | M | 20220422 | Technical |
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