Apparatus and its arrangement with duct to determine flowable medium parameters

An arrangement for determining at least one parameter of a flowable medium flowing through the duct having a cross-section, the arrangement comprising:

• a plurality of apparatuses adapted to be arranged across the cross-section of the duct in a spaced relation to define a grid across the cross-section, wherein each of the plurality of apparatus comprises,
• a mounting attachment having a conduit member defining first and second end portions opposite to each other, each of the first and second end portions has an opening, wherein the conduit member comprises through hollow and elongated configuration configured to transversely extend entirely into the duct via aligned opposite holes such that each of the holes matches the respective openings to define a passageway to enable a fluid flow therethrough:
• to provide a reference fluid adapted to determine the at least one parameter;
• and to cool the apparatus heated by the heated flowable medium flowing through the duct;
• and
• at least one combination of multiple sensing members adapted to be disposed on the mounting attachment such that upon configuring the conduit member with the duct, the at least one combination of multiple sensing members is located within the duct to directly being in contact with the flowable medium flowing though the duct to determine respective parameters of the flowable medium, wherein the at least one combination of multiple sensing members comprises,
• at least one oxygen sensing element to determine a level of oxygen in the flowable medium flowing through the duct, and
• at least one temperature sensing element to determine the temperature of the flowable medium flowing through the duct,
• wherein the grid enables determination of a plurality of data of the flowable medium at various portions of the cross-section in relation to the respective parameters.

A system for determining at least one parameter of a flowable medium flowing through the duct having a cross-section, the system, comprising:

• an arrangement between the duct and a plurality of apparatuses, wherein the plurality of apparatuses is arranged across the cross-section of the duct in a spaced relation defining a grid across the cross-section, wherein each of the plurality of apparatuses forming the grid, comprises,
• a mounting attachment having a conduit member defining first and second end portions opposite to each other, each of the first and second end portions has an opening, wherein the conduit member comprises through hollow and elongated configuration configured to transversely extend entirely into the duct via aligned opposite holes such that each of the hole matches the respective openings to define a passageway to enable a fluid flow therethrough:
• to provide a reference fluid adapted to determine the at least one parameter;
• and to cool the apparatus heated by the heated flowable medium flowing through the duct, and
• at least one combination of multiple sensing members adapted to be disposed on the mounting attachment such that upon configuring the conduit member with the duct, the at least one combination of multiple sensing members is located within the duct to directly being in contact with the flowable medium flowing though the duct to determine the respective parameters of the flowable medium, the at least one combination of multiple sensing members having,
• at least one oxygen sensing element to determine a level of oxygen in the flowable medium flowing through the duct, and
• at least one temperature sensing element to determine the temperature of the flowable medium flowing through the duct;
• wherein the grid enables determination of a plurality of data of the flowable medium at various portions of the cross-section in relation to the respective parameters;
• and
• an electronic module electrically coupled to each of the at least one combination of multiple sensing members to analyze a pattern of the at least one the level of oxygen and the temperature of the flowable medium across the cross-section of the duct based on the plurality of data in relation to the at least one parameter.