Operating way

Manual :
The sampling system connected to the pneumatic system to open and close the piston.

DESCRIPTION

The sampling capsule, screwed onto the end of the dip pipe, is introduced into the reactor at the required depth. The PTFE flanges, set with the o'ring, ensure the tightness of the dip pipe. Even when the ball valve is opened, the reactor can stay under pressure or under vacuum.

The sample is extracted by activating the piston. A wash solvent cleans the dip pipe when it is removed from the reactor. Before extracting entirely the pipe, the ball valve is closed. The sampling capsule filled with liquid is unscrewed and brought to the laboratory.

Sampling capsule with piston and compensation plug.

PTFE Flanges with inside o'ring for guiding and cleaning the dip pipe and sampling capsule.

Introduction of the sampling capsule through the PTFE flanges connected to the cleaning and recovering system.

The system is fully automatic. The top of the dip pipe is connected to a driving belt which moves up and down. The belt and on/off ball valve are operated pneumatically.

25 cc

161 mm/6,3"

238 mm/3,35"

50 cc

227 mm/8,9"

304 mm/11,95"

75 cc

292 mm/11,5"

369 mm/14,5"

100 cc

358 mm/14,1"

435 mm/17,1"

125 cc

422 mm/16,6"

499 mm/19,65"

150 cc

489 mm/19,25"

566 mm/22,3"

DIP PIPE AND SAMPLING CAPSULE *

O'RING *

SAMPLING CAPSULE VOLUME

MAXI SAMPLING DEPTH ACCORDING TO CAPSULE SIZES (DIMENSION A)
(AUTOMATIC TYPE)

STAINLESS STEEL 316L

FPM

25 cc

2,95 m/116,15"

ALLOY C22

PTFE

50 cc

2,88 m/113,40"

TITANE

KALREZ (R)

75 cc

2,82 m/111,02"

FFKM

100 cc

2,75 m/108,26"

SILICONE FLUORE

125 cc

2,69 m/105,90"

150 cc

2,62 m/103,15"