EasyManua.ls Logo

CS Instruments LD 500 - Service and Maintenance; Environmental Protection; Intended Use

CS Instruments LD 500
20 pages
Print Icon
To Next Page IconTo Next Page
To Next Page IconTo Next Page
To Previous Page IconTo Previous Page
To Previous Page IconTo Previous Page
Loading...
LD 500_SHORT BAL_V2.03 EN Page 6 of 20
Configuration of LD500
Home Configuration
In the configuration settings, the unit system can be se-
lected and the required parameters entered to calculate
the leakage costs per year.
Select ISO or US unit system
To define the costs, call up the text field "Costs/1000
Nm³"
Enter working hours per year (compressed air system
is operated actively)
There are 2 variants available to define the costs:
Standard mode: Cost per 1,000 volume units. The
costs and the currency can be entered directly. Standard
value: €19 / 1,000 m³ or €0.58 / 1,000 cf.
Expert mode: The electricity costs/kWh as well as the
specific output of the system can be defined here in de-
tail.
The specific output refers to the efficiency of the com-
pressor system. For example, how much electrical en-
ergy (kWh) is required to produce 1 cubic metre of com-
pressed air (m³). Three predefined system values are
created for this, as well as a user-defined input field for
individual entry.
The cost type can also be set in expert mode. The "Electricity costs [70%]" are calculated by the "con-
sumed electrical energy" of the compressed air system, which typically represents 70% of the total
costs. For "Total costs [100%]", the investment and maintenance costs are taken into account, which
are in addition to the electricity costs over the entire service life of the compressors.

Other manuals for CS Instruments LD 500