Q1: What is the primary function of the Magnetic Separator in liquid cooling loops?

A1: It incorporates high-strength magnetic rods to efficiently capture ferrous particles (iron chips), weld slag, and suspended metal ions generated during system operation, preventing downstream component wear and clogging.

Q2: What is the magnetic strength of the rods used in this equipment?

A2: The separator utilizes ultra-high-intensity 14,000 Gauss rare-earth magnetic rods to ensure strong magnetic capture of even micro-fine magnetic debris.

Q3: How does the configuration adapt to different fluid flow rates in liquid cooling systems?

A3: It offers scalable flow capacity with options for 3, 5, or 7 magnetic rods to accommodate different flow rates in the cooling loops, and custom specifications are also available.

Q4: Where should the Magnetic Separator be installed within the Primary Loop of a liquid cooling system?

A4: In the primary loop, it is typically installed between the heat rejection unit (such as a dry cooler or cooling tower) and the Cooling Distribution Unit (CDU) to intercept iron chips and weld slag coming from external piping or heat exchangers.

Q5: What protective benefit does this separator provide when deployed in the Secondary Loop?

A5: Placed between the CDU outlet and the servers/cold plates, it acts as a critical shield to protect micro-channel cold plates and quick-disconnect fittings from devastating ferrous particle abrasion.

Q6: What surface treatments are applied to the housing to meet ultra-clean plumbing requirements?

A6: The housing is constructed from 304 stainless steel and undergoes mirror polishing and passivation. This delivers a dead-leg free, non-particulate releasing surface that maintains fluid pathway purity.

Q7: Is this magnetic filter compatible with specialized chemical coolants?

A7: Yes, the system's ultra-clean and passivated surface finish ensures full compatibility with deionized water (DI water), PG25 (propylene glycol blend), and other mainstream cooling fluids.

Q8: What makes this device low-maintenance and cost-effective over its service life?

A8: The separator has no moving parts and requires no consumable elements; maintenance only requires occasional extraction of the magnetic rods for manual cleaning, which drastically reduces labor and spare parts costs.

Q9: What types of high-performance o-ring/seal materials are supported in the Ordering Information guide?

A9: Depending on your temperature and chemical resistance requirements, the guide supports premium options including Silicone, EPDM, Viton, and TEV (PTFE encapsulated rubber).

Q10: What piping connection (Connection) configurations are available for order?

A10: LOONG Filtration offers versatile connection methods, including sanitary Tri-Clamp options (e.g., DN25/DN40/DN50) and robust industrial Flange specifications (ranging from DN25 up to DN150, including DIN Flange DN40).