multi EA 4000
Function and setup
19
The gas flows for carrier gas and combustion gas are controlled through manually ad-
justable flow regulators at the front of the basic device.
An integrated suction pump ensures a stable flow of the measuring gas through the
detector. The required intake flow is set using the "pump" valve at the flow regulator.
The pump and the gas flows are automatically activated once the multiWin program
has been started and the temperature of the combustion furnace differs by less than
50 K from the target temperature. If the temperature differs by more than 50 K from
the target temperature, the pump and gas flows are automatically deactivated.
Figure 2 Flow regulators at the basic device multi EA 4000
1 Flow regulator for argon/oxygen "Ar/O
2
"
2 Flow regulator for oxygen "O
2
"
3 Flow regulator for "pump" intake flow
3.2.3
Components for measuring gas drying and cleaning
The dust trap is attached directly to the ceramic combustion tube. Combustion dust
sediments there. Larger particles in the gas flow hit against a plate set vertically to the
gas flow and drop down.
Gas flow control
Dust trap for C/S deter-
mination
Summary of Contents for Analytik Jena multi EA 4000
Page 1: ...Operating Manual multi EA 4000 Elementary analyzer C S and Cl solids analysis...
Page 50: ...Commissioning multi EA 4000 50 Figure 32 multi EA 4000 C S Hose diagram...
Page 52: ...Commissioning multi EA 4000 52 Figure 33 multi EA 4000 Cl Hose diagram...
Page 54: ...Commissioning multi EA 4000 54 Figure 34 multi EA C S Cl for C S measurements Hose diagrams...
Page 55: ...multi EA 4000 Commissioning 55 Figure 35 multi EA 4000 C S Cl for Cl measurements...
Page 57: ...multi EA 4000 Commissioning 57 Figure 36 Automatic TIC solids module Hose diagrams...
Page 58: ...Commissioning multi EA 4000 58 Figure 37 multi EA 4000 C S with automatic TIC solids module...
Page 61: ...multi EA 4000 Commissioning 61 Figure 39 multi EA 4000 C S Cl with man TIC solids module...
