Weighing Platforms: Combics Ex

This new generation of explosion-protected Combics platforms from Sartorius is ATEX compliant and can be operated in areas where explosive gas and dust mixtures occur. As weight sensors,the Combics Ex weighing platforms are flexible for use with other suitable products of the Sartorius group ranging from stand-alone weighing workstations.

This new generation of explosion-protected Combics platforms from Sartorius is ATEX compliant and can be operated in areas where explosive gas and dust mixtures occur. As weight sensors,the Combics Ex weighing platforms are flexible for use with other suitable products of the Sartorius group ranging from stand-alone weighing workstations (with an indicator set up in the hazardous area) to process equipment configurations connected to transmission or control systems (transmitters or controllers set up in a hazardous area for recipe weighing, batching and filling systems).

To simplify final approval of your explosionprotected weighing system and save money, we supply documents verifying the intrinsic safety of our Combics platforms right with the scale itself. The tables on the next four pages show all of the stainless steel Sartorius Combics Ex platforms. Here you’ll find all of the dimensions, key technical specifications and model codes you need to order exactly the weighing platform you want. If you still have any questions, your Sartorius sales consultants and dealers will be happy to help.

Combics is a modular system, giving you a broad range of combinations to choose from. On the one hand, this is a good thing – a wide selection means you can choose the combination that meets all of your quality assurance requirements

Features:

• Certified according to CENELEC standards Explosion-protected
• Type of protection “intrinsic safety”
• Highest apparatus subgrouping for gas, II C
• Temperature class for use in potentially explosive gas atmospheres (depends on the parameters of the indicators)
• Temperature range for use in potentially explosive atmospheres caused by air/dust mixtures