multi EA 4000
Operation
93
Figure 46 Components for connecting the TIC reactor and ceramic tube
1 Base element of the gas sluice
(in the Figure with black sealing ring for the pressure
ring)
2 Pressure ring
3 Sealing rings
4 Knurled ring
The gas connection at the base element (1 in Figure 46) remains unattached during
measurements with the automatic TIC solids module. The base element and pressure
ring (2) are screwed together gas-tight to prevent ambient air entering the system or
measuring gas escaping at this point.
1.
Assemble the components of the coupling for connect-
ing the ceramic tube and TIC reactor.
Only tighten the knurled ring (4 in Figure 46) slightly.
2.
Fit the coupling with 3 hexagon socket screws on the
right-hand side of the multi EA 4000.
3.
Slide the duct trap onto the ceramic combustion tube.
Insert the ceramic tube with dust trap into the multi
EA 4000 through the opening on the left-hand side.
Align the dust trap with the gas connection pointing
up.
4.
Attach the measuring gas hose (hose no. 1) to the
dust trap.
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...
