PROEMION MiC 4.0 Enriching AEMP API Instructions
- July 21, 2024
- PROEMION
Table of Contents
MiC 4.0 Guide
1. MiC 4.0 Guide
The following guide provides information on how Proemion supports the MiC 4.0 standard by enriching the AEMP API and standardize data and how can become MiC 4.0 compliant.
MiC 4.0 defines a standard for the AEMP interface that can be used by OEMs,
Machine Owners and Rentals of earth-moving machinery, e.g. road construction
machines.
For information on MiC 4.0, see MIC 4.0.
In order for OEMs, Machine Owners and Rentals to become MiC 4.0 compliant, they must:
- Use all AEMP relevant standard metrics as described in the AEMP API.
- Maintain the additional fields exposed on the AEMP API which will be described in the following.
1.1. Enriched data
In the following it described which metadata is supported in the AEMP API to comply with the MiC 4.0 standard.
| Consider that the parameters are stored at the machine/model and must be set by the OEM for each machine individually via the Modify attributes of a Machine endpoint of the Rest API.
1.1.1. Fuel and DEFFuel
Data for Fuel- and DEFFuel-capacity have been enriched in the AEMP
API.
The data is provided as a volumetric unit at the model.
| The values for Fuel- and DEFFuel tank capacity must be maintained in the Modify attributes of a Machine endpoint of the Rest API.
As long as Fuel- and DEFFuel-capacity is provided, the capacity together with the unit is included in the endpoint’s response, which is MiC 4.0 compliant, see also the Examples.
If only Fuel- and DEFFuel-level is provided, only the level will be included in the response without the capacity or units XML elements. This is not MiC4.0 compliant.
1.1.2. Other Data
The following MiC 4.0 parameters have been enriched in the AEMP API:
-
TCU installation date
ο When retrofitting and replacing the transmission component the date will be updated. -
Model name; as seen in the machine identification plate
ο Provide a model attribute initialized with the model entity name but that can be updated independently. -
Engine (Serial) Number
ο This is filled by the timeseries signal.
2. Examples
2.1. Fuel Remaining
You can request the Fuel Remaining Ratio and the response will include:
- Datetime for “Fuel Remaining”
- “Percent”
- “Fuel Tank Capacity Unit”
- “Fuel Tank Capacity”
2.2. DEF Remaining
If DEF Tank Capacity is not available, it will send 0.
3. Service and Support
The latest versions of the drivers, software, firmware, and documentation are available in our Document Library.
Do you need help or want to report a bug?
Visit our website Proemion for more
information, or raise a ticket at the
Support.
Or contact our Sales Team via the Sales Team Contact Form.
References
- Proemion ISO-15143-3 (AEMP) API documentation
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