Brilex KER decompression panels

Brilex KER foto 1
Donat Czapski

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+48 695 244 220

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Brilex KER decompression panels

Brilex KER relief panels are ideal for use in bucket elevators, atmospheric tanks and other protected instruments where there is no variable pressure. One of the many advantages of this panel is the structurally reinforced edges, which allow installation without the need for an outlet flange, thus reducing costs of installation.

BRILEX ker

Unique features

 Up to 100% venting efficiency  

 One-piece design with cross ribbing provides faster explosion response than commercially available three-piece panels 

 Structurally reinforced edges 

Brilex KER decompression panels are flat rectangular explosion protection vents, which feature a one-piece construction with reinforced edges and cross ribbing. They are certified at 100% ventilation efficiency for Kst values up to 250 bar.m/s (for all sizes) and 97% for Kst values from 250 – 650 bar.m/s for sizes up to 920×290 mm and 78% for Kst values from 650 – 830 bar.m/s for sizes up to 490 x490 mm. Brilex KER panels can be supplied with insulation thickness from 40 mm to 100 mm. Suitable for use in equipment with static over/underpressure of up to 50% of the rated opening pressure.

Standard specifications:

  • Material: 304 SS or 316L SS
  • Integrated seals
  • Opening pressure (Pstat): Standard 0.1 bar at 20 C, for other certified parameters (lower or higher) opening pressures contact us
  • Tolerance regarding opening pressure: Standard +/- 10%.
  • Vacuum resistance: 50% of the rated opening pressure
  • Maximum operating pressure: up to 50% of the rated opening pressure
  • Sizes: Rectangular (229 x 229 to 1000 x 2000 mm)
  • Insulation: Optionally with ROCKWOOL with aluminium cover or Armaflex.
  • Venting efficiency: 100%, 97% and 78% depending on Kst, size and Pred(max)

Browse the available dimensions of Brilex KE explosion relief ventsR

Wymiary wewnętrzne [mm]Wymiary zewnętrzne [mm]Powierzchnia odpowietrzenia [cm²]
110 X 290170 X 350300
229 X 229309 X 309510
205 X 290285 X 370580
229 X 305309 X 385680
150 X 600230 X 600880
220 X 420300 X 500900
315 X 410365 X 4601250
340 X 385400 X 4451280
305 X 457385 X 5371380
247 X 610327 X 6901450
340 X 440400 X 5001480
400 X 400500 X 5001480
410 X 410490 X 1901650
300 X 600350 X 6501800
300 X 620380 X 7001860
320 X 640380 X 7002000
319 X 765399 X 8452350
490 X 490570 X 5702370
375 X 655455 X 7352400
390 X 620470 X 7002400
445 X 597525 X 6772600
470 X 610550 X 6902800
490 X 590570 X 6702850
420 X 770500 X 8503200
247 X 1345327 X 14253300
525 X 668645 X 7883400
600 X 600650 X 6503600
610 X 610690 X 6903650
247 X 1645327 X 17254050
457 X 890537 X 9704050
620 X 670680 X 7304100
645 X 645735 X 7354100
653 X 653733 X 7334200
669 X 669735 X 7354350
630 X 730710 X 8104550
620 X 820675 X 8755000
520 X 1020600 X 11005250
586 X 920666 X 10005350
500 X 1100580 X 11805400
750 X 750830 X 8305600
420 X 1420500 X 15005950
629 X 1004689 X 10646000
750 X 840830 X 9206250
800 X 800850 X 8506400
801 X 801880 X 8806400
500 X 1350580 X 14306700
610 X 1118690 X 11986750
645 X 1130725 X 12707280
720 X 1020800 X 11007300
920 X 9201000 X 10008400
940 X 9401000 X 10008800
970 X 9701050 X 10509400
1000 X 10001080 X 108010000
1000 X 10001000 X 100010000
915 X 1118995 X 119810000
1020 X 10201100 X 110010400
790 X 1340870 X 142010500
720 X 1670800 X 175012000
1130 X 11301220 X 122012500
920 X 13801000 X 146012500
940 X 14401000 X 150013500
1130 X 15201220 X 161017150
1130 X 17271230 X 182719200
1000 X 20001080 X 208019500

Model approach to explosive safety in an industrial plant

Model approach to explosive safety in an industrial plant

Step 1
ATEX Audit

During the ATEX Audit, we will focus on deficiencies in explosive safety and indicate tasks that should be performed first to have the strongest impact on safety improvement.

Model approach to explosive safety in an industrial plant

Step 2
Protection Concept

The result of the ATEX Audit is also a preliminary concept of protecting the installation from explosion. It allows estimating the costs of protections. After testing the explosiveness parameters of the dust from the installation, we move on to the final concept and design.

Model approach to explosive safety in an industrial plant

Step 3
Design and selection of protections

After accepting the concept and testing the explosiveness parameters of the dust from the installation, we proceed to the final selection of explosion protections and create a design that takes into account all required changes in production.

Model approach to explosive safety in an industrial plant

Step 4
“Turnkey” delivery and installation

We coordinate the entire delivery and installation process of protections. We have our own service teams with experience in performing installation without the need to stop the investor’s plant operation.

Model approach to explosive safety in an industrial plant

Step 5
Execution of ERA and EPD

We conduct a post-implementation Explosion Risk Assessment (ERA) and prepare (or update) the Explosion Protection Document (EPD). We usually also conduct training for the crew in the field of explosive safety.

Secure your industrial plant

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