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A supply of oxygen - DDS CALORIMETERS  At a pressure of 3.0-3.5 MPa within 2-10 meters of the CAL2K-ECO system. If bottles oxygen is used, a suitable high pressure oxygen regulator must be supplied.

A supply of oxygen - DDS CALORIMETERS At a pressure of 3.0-3.5 MPa within 2-10 meters of the CAL2K-ECO system. If bottles oxygen is used, a suitable high pressure oxygen regulator must be supplied.

Self incrementing sample ID - Sample identification is settable and self-incrementing - DDS CALORIMETERS

Self incrementing sample ID - Sample identification is settable and self-incrementing - DDS CALORIMETERS

Built-in diagnostic, ideal for first hand diagnostic - DDS CALORIMETERS

Built-in diagnostic, ideal for first hand diagnostic - DDS CALORIMETERS

A sartorius balance is used to enter the sample balance - DDS CALORIMETERS

A sartorius balance is used to enter the sample balance - DDS CALORIMETERS

The CAL2K bomb vessel temperature can be sent to a PC for analysis - DDS CALORIMETERS

The CAL2K bomb vessel temperature can be sent to a PC for analysis - DDS CALORIMETERS

A mains outlet for the CAL2K-ECO Calorimeter - DDS CALORIMETERS

A mains outlet for the CAL2K-ECO Calorimeter - DDS CALORIMETERS

A supply of oxygen at a pressure of 3.0-3.5 Mpa within 2-10 meters of the E2K system is required.

A supply of oxygen at a pressure of Mpa within meters of the system is required.

The ECO Advanced Bomb Calorimeter System from CAL2K - DDS CALORIMETERS

The ECO Advanced Bomb Calorimeter System from CAL2K - DDS CALORIMETERS

The ECO calorimeter requires no water during sample determination - DDS CALORIMETERS

The ECO calorimeter requires no water during sample determination - DDS CALORIMETERS

Low Volume Application - The ECO calorimeter runs 1 sample per hour with 1 vessel - DDS CALORIMETERS

Low Volume Application - The ECO calorimeter runs 1 sample per hour with 1 vessel - DDS CALORIMETERS

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