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OBSERVED PROPERTY
Fields | Type | Description | Purpose | |||
---|---|---|---|---|---|---|
ID (Observed Property identifier) | M | Nettnett | GRAMMAR | |||
Observed Property name | M | Nett | GRAMMAR | |||
Observed Propertytype | M | Load weight | GRAMMAR | |||
Also known as | O | content weight, carry on weight, cargo weight; nett weight. | TIC Description | |||
Definition | M | The amount whole weight of weight carried by the subject (gross) not including its own weightthe weight of the subject itself (tare). | TIC Description | |||
Further Detail | O | TIC 4.0 “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 gross of one subject could be the net of another ie the hoist weight net is the cargo weight gross. The load_nett or cargo net weight can be derived from the gross weight less the tare weight (of a container) or through the addition of all cargo items making up the load in the case of break-bulk. A number of supporting processes, related to customs or invoicing may use this information. weight can be observed from 3 different perperspectives: Nett, Tare and Gross where: Specific cases: 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 XYZ). 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 (gross cargo weight under the spreader)that is handling the cargo during its visit. | The weight of the cargo or contents of the container.TIC Description | |||
Required Information | M | SUBJECT; OBSERVED PROPERTY , CONCEPTand VALUE | TIC Description | |||
SUBJECT |
| cargovisit, CHE; hoist; spreader; hook; twistlock; cargo, spreader, hoist |
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POINT OF MEASUREMENT |
| pom: output pomt: actual |
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CONCEPTS |
| weight |
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Value |
| ton |
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Related standards | O |
| TIC Description | |||
Related TIC 4.0 definition | O | WeightGross Nett [REVIEW] Tare (Review) weightrear; weightfront | TIC Description | |||
Example | M The cargo nett weight is 12 Tonnes. | 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 | STS01; LOAD_NETT and 20Tonnes The nett load on STS01 is 20 Tonnes. RTG01; LOAD_NETT and 12Tonnes The nett load on RTG01 is 12 Tonnes.
| 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 | 202112142022.004 - 15/03/2022 | Technical | |||
Internal TIC Version | M | review for 2022.00320220422 | Technical |
M = Mandatory
O = Optional
Created by | Edited by | Review / Approve | Published |
Francisco Blanquer Jaraiz 2020-01-01 | Francisco Blanquer Jaraiz 2021-12-13 |
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| Francisco Blanquer Jaraiz 2022-04-24 |
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