manufacturer:       Berghof

model:                   BR-700

annotation:           Dokumente engl.

The ”Universal One” from BERGHOF:

Persuasive with its wide variety of stirring and heating options.

Technical Data:

Stainless Steel SS 316TI:          350 ml, 600 ml or 900 ml

Hastelloy C-4:                            350 ml, 600 ml or 900 ml

Stainless Steel SS 316TI

with PTFE Insert:                       300 ml, 500 ml or 700 ml

Max. operating pressure:           200 bar / 2,900 psi

Max. temperature:                      230°C PTFE and Viton seal

                                                  300°C FFPM seal (e.g. Kalrez)

Stirring:                                       Magnetic stirrer or

                                                  Magnetic coupling

Heating:                                      Hot plate BLH-800

                                                  + Heater block

                                                  Heating jacket

                                                  BM-300, BHM-500, BHM-700

                                                  T hermostatic jacket

                                                  BTM-300, BTM-500, BTM-700

Brief Description

The high pressure reactor is available in Stainless Steel SS 316TI, Hastelloy C-4, or Stainless Steel SS 316TI with a PTFE lining closed an all sides.

The reactor is locked with a quick-lock clamp that is manually applied, without the need for tools.

The reactor is sealed by means of a conical flange lock and an 0-ring male of PTFE, Viton or Kalrez'.

The matching fittings sets are available in Stainless Steel SS 316TI or in Hastelloy C-4.

The lid offers a total of six connections which can be employed as follows:

•            1 x temperature probe submersion tube

•            1 x metal rupture disc to safely limit the maximum pressure;

•            1 x pressure indicator;

•            1 x pressure relief valve;

•            2 x for any other purpose, e.g., a gas sampling valve or liquid sampling.

Temperature regulation is by means of a temperature probe in a submersion tube to measure the internal reactor temperature. Optionally, a second temperature probe can be employed to provide over-temperature protection.