KREBS Slurry Pump What Wet Sides Can Choose materials ？

FLS opens solutions such as elastomer, high chromium alloy and polyurethane. The precise materials must be combined with the location of parts (granularity), concentration in corrosion; pressure to speed or original structure).

What pumps are suitable for fast-changing systems?

FLS Official information listed millMAX, slurryMAX-XD and UMD the × Inch (× mm) and above specifications; specific substrates, wet-end modules & hoisting Part / Assembly Reconfirmed by single install (14; 12; 350; 300)

FLS KREBS Slurry Pumps: millMAX, slurryMAX, UMD and Related Series

Q: The same calibre millMAX, slurryMAX and UMD parts Is it universal?

The shell structure, linings and impeller rings are not universal in diameter. Different types of shells must be matched by the full series size; they have to fit into a row with their dimensions: its suspension is fixed on it or at rotational direction - output orientation (the serial number) as well for drawings.

FLS In the official manual millMAX Photos of the machine, Identification Metal wet finishes, suction entrance and exiting Housing and power siding.

FLS In the official manual slurryMAX Breaks of Section Housing Photos, housing and lining of the enclosure Construction and millMAX Different.

FLS In the official manual UMD mill The sludge pump installation photo is used to check the large wet ends, pipeline and base layout.

OEM Equipment Details

Series caliber, wet end wear parts, Drive spares Completed on a page with the workpiece

The pump caliber is not equal to the common parts. Before quotation, it must match a series of full sizes and parts with pressure levels; rotational direction or export orientations: impeller (injector), shell/liner(insert) rings for wear resistance); shaft sealing - power rackes & drawings in one type as well

9 Approved Series Identification Walk

6 Core wet sutures wear parts

5 Power Transmission With sealing spare parts

2 Original factory repairs

Series, Models and Key Dimensions

millMAX, millMAX-e, slurryMAX, UMD Related Pumps

Standard Sizes from FLS KREBS Current official manuals; only used Installation Identification, can not replace the performance selection and cannot judge wetlands according to this parts Exchanges.

Series	Construction / Revision	Standard Size or Range	Main Applications	spare parts Border-checking
millMAX	Heavy-load metal wetsuit	3×2, 4×3, 6×4, 8×6, 10×8, 12×10, 14×12, 16×14, 18×16, 20×18, 24×20, 28×26	mill Rechargeable and severe abrasive mineral silage; adjustably Grinding Ring Inhalation side seal	Pump size, impeller, Housing, Nike Grinding Ring, rotary direction and export orientations as well AS the powertrain are jointly recognized
millMAX HP / HH	High pressure / high-pressure	HP：14×12, 20×18, 24×20; HH：3×2, 4×3, 6×4, 8×6, 10×8, 12×10	Multi-grade high pressure or higher overall lifting operating conditions; HP Can be used over 500 psi (35 bar) Application	Not according to the standard millMAX Direct replacement of size; check Housing Pressure grades and concentric/clody shells Construction
millMAX-e	High-performance compaction	2×1.5, 3×2, 4×3, 6×4, 8×6, 10×8, 12×10, 14×12, 16×14	Mineral sands, alumina oxide extraction and rare media; sealed water / mineral oil-water treatment	Converged impeller Diameter, Durable Grinding Ring, Housing, shaft seal, power rack and motor Configuration
slurryMAX	Reload sharding Housing	3×2, 4×3, 6×4, 8×6, 10×8, 12×10	Replaceable slat and impeller materials Adaptable to adjustability Grinding Ring	Converged criteria / XD / HP / XHP Series, Beneaths and Casting Level
slurryMAX XD / HP / XHP	Enhanced/High Pressure Separations Housing	XD: × - ×; HP: × - ×; × Optional XHP (2; 2; 20; 18; 4; 4; 16; 14; 16; 14)	High abrasion, cyclone feeds and tail mines as well.	XD, HP and XHP The housing strength is different; wet end materials and part number Confirm by full suffix
UMD Ultimate Mill Discharge	mill Reload Pumps for Degas	6×5, 8×6, 10×8, 12×10, 14×12, 16×14, 18×16, 20×18, 22×20, 26×22, 28×26, 32×28, 34×32, 38×34	Hard Rock mill Flows; Open flow range 50 – 20,000 m ³/ h	Converged standard / High pressures or all rubber sling Revision, Rotary and Wet-end drawings
gravelMAX	Big Particles Slurry Pump	by Item Identification of the selection documents	Streaming and large particle passability for abrasive, big-particle mineral pulp	Converged impeller Streaming, particle size and inlet absorption Housing and direction of export
hMAX	Horizontal rear-facing impeller Pumps	by Item Identification of the selection documents	High-gas content, highly degradable products and fibers or large particles operating conditions; consensual Housing With the large internal gap	rear impeller Construction Standards and standards millMAX Different wet stern, parts Non-extroactive use
vMAX / vMAX-R	Fixed Slip Pump	by Item Identification of the selection documents	Water pits, gaseous pulmonary and solid particles operating conditions; the largest particle is open model km mm (56)	The depth of the suction, and axle. impeller, boards and bottom inhales Construction and Mounting nd

Wear Parts

impeller, Housing and the stained, Throatbushes, boards and adjustable Grinding Ring

Dropping from the inlet by mine impeller, the flow path emitted through a shell of shroud unfolds; each connection unified parts page and corresponding Material Page.

Impeller

Core rotary wet end parts. Converging the pump series with dimensions, impeller outer diameters; width and blade number: rotational direction (or flow), import eye contacting thread/axis linkage to balance grade); export orientation or target operating conditions point

Materials and Manufacturing: FLS publishes wet-end materials such as high chromium alloys, elastomer and polyurethane. It also provides the tungsten carbide laser melting option for extreme abrasion applications; material confirming by particle size or concentration of metal corrosion to speed with original structure

High-Chromium Cast Iron Rubber and Polyurethane Ceramics and Cemented Carbides

View Part Details →

Snail Shells / Housing sling

Volute / Casing Liner

The empler's outer edge is washed and the draining path forms. Contrast millMAX metal shell or SlurryMax/UMD section of shells structure, pump size; rotational direction: exit orientation (liner partition), thicknesses & flange).

Materials and Manufacturing: High-Chromium Abrasion alloy, elastomers or polyurethane Solutions by crude granular impact, fine grain abrasion and corrosion. Pressures & Allowance impeller Screening of round-intensity speed.

High-Chromium Cast Iron Rubber and Polyurethane

View Part Details →

Throatbushes / Inhalation bushings

Throatbush / Suction Liner

The suction entrance is in front of the impeller eye, and adjustable wear-resistant rings affect both aspiration side gap. Contrast pump sizes with internal diameteres to outline surfaces for filling holes; thicknessing: hole lines - an armature interface between worn ring (A) or antiwear loop connector as well AS PARTNER clearance

Materials and Manufacturing: High-Chromium alloys, elastomerics or polyurethane At inhalation speed, particle abrasion and shock resistance Grinding Ring Matching gear data Confirmation.

High-Chromium Cast Iron Rubber and Polyurethane

View Part Details →

Front Cover Liner / Front Liner

Front Liner / Frame Plate Liner

Protect the inhalation side shell and form a complete wet finish with an armpit, impellers or sealing surface. Contrast pump series size to interior cavity thicknesses of holes lineage for hole compartment closure valve connector & assembly direction

Materials and Manufacturing: materials Must be with Housing, impeller, Throatbushes slurry and pulp operating conditions The set selection; can not be interchanged only by the same pump calibre.

High-Chromium Cast Iron Rubber and Polyurethane

View Part Details →

Rear Cover Liner / Rear Liner

Back Liner / Cover Plate Liner

Located on the drive side, control IMPeller's rear clearance and protect adjacent areas of shaft seal. Contrast pump series size; axle hole: inner cavity (internal chamber); thicknesses - sealed interface with fixed mode)

Materials and Manufacturing: High-Chromium alloys, elastomerics or polyurethane Abrasion, corrosion and shaft seal Type and Housing Construction Confirmation.

High-Chromium Cast Iron Rubber and Polyurethane

View Part Details →

Relatable swiftness Grinding Ring / Rings of Lighting

Wear Ring / Lantern Ring

The millMAX series' adjustable wear-resistant rings are used to control the inhalation side gaps during operation; lantern ring is a shaft seal waterway. Both names have similarities but differ from structure and function, which must be identified separately by assembly location.

Materials and Manufacturing: NY Grinding Ring materials and impeller, Throatbushes and Speed Coupling; Rings of Light materials With sealing water, corrosion. Shaft Sleeve and the filler system pairing.

High-Chromium Cast Iron Rubber and Polyurethane Engineering Materials for Seals

View Part Details →

Spare Parts

Pumping axis, Shaft Sleeve, Deputy impeller, shaft seal, Bearing Assembly Dynamics and Powertrain

General Power Transmission Pieces and Seals Separate Identification.The main check-in of the power frame code, bearing Codex, axis/stations and shaft seal Mode, lubrication and coaxial relationship with the wet end.

Pumping axis and Shaft Sleeve

Pump Shaft and Shaft Sleeve

The pump shaft transmits torque, the axis covers a protective bearing seal area that cannot be mixed into one part. Converging between pumps series and power frame codes; total length of them: Ax diameter (bearing) or threading), key links to impeller connections - inside/outside radius for their belt wheels with sealed surfaces as well in rotational directions

Materials and Manufacturing: Pump shafts are used for validation Alloy Steels for Drive Parts and by fatigue, precision NDT Recognizing; Shaft Sleeve By wear, corrosion and sealing pairings Surface treatment Confirmation.

Alloy Steels for Drive Parts Specialty Alloys

View Part Details →

Deputy impeller and Vice impeller Rings

Expeller and Expeller Ring

Centrifugal dry-handed shaft seal The rotation and stationary pairing of the pump size, power racks Shaft Sleeve radii and inward, Blade, the gaps and rotational Housing, materials and target divergence.

Materials and Manufacturing: Abrasion alloy, elastic or corrosion-resistant materials by Speed, pulp body and sealing differentials shaft seal Construction Confirmation.

High-Chromium Cast Iron Specialty Alloys

View Part Details →

Filling Letters bushings

Stuffing Box Liner

The pump shaft seal area through the shell is located in a slate of its belt, carrying fillers and lighter rings or related sealed parts. Contrast pumps series; power rackes: ankle sets (internal cavity); hole lines - water interface for closure with cover to assembly directions).

Materials and Manufacturing: Corrugated alloys, engineering plastic or original designs materials by shaft seal Water, temperature and corrosion; frictions.

Specialty Alloys Engineering Materials for Seals

View Part Details →

Filling, liding and mechanical seal

Gland Packing, Gland and Mechanical Seal

FLS publishes the three-tier driver side sealing options for water rinsing, centrifugal and mechanical. Converging pump series with axes sets to filler letters; sealed pressures on waters flow from speed of rotation: temperature in motion by fluid or plasma as well</>

Materials and Manufacturing: Seal Materials Confirm by medium, temperature and pressure; axis speed: risk of entry for grinding particles.

Engineering Materials for Seals

View Part Details →

Bearing Assembly, bearing Box and powertrain

Bearing Assembly, Housing and Power Frame

The axis of the pump is maintained and an impeller, wear-resistant ring or sealing coaxial degree. Contrast power frame codex MMA - mmG (or corresponding series), bearing codes; gaps: axiomatic/seat combination with which to be used for welding purposes); Lubetting & terminal cover <> in order not only do we have any other systems that can provide uswither control over our system'S performance but also its ability as well when it comes back into operation on this basis?

Materials and Manufacturing: bearing Steel, Alloy Steels for Drive Parts Cast iron boxes, greases and Seal Materials By load, Speed, temperature rises and the original code recognition.

Alloy Steels for Drive Parts Engineering Materials for Seals

View Part Details →

Specialized Repair and Maintenance Systems

Original belt tightening system and fast wet-end replacement systems

Shows only FLS It is publicly and explicitly used KREBS The pump system; the specific base, motors and pumps dimensions of wet terminal modules must be checked by install.

KREBS Belt Tensile System

KREBS Belt Tensioning System

The hydraulic cylinder lift motor seat is replaced or re-tightened without the rear adjustment of belt wheels. Converging pump base, electric station number and strap size; rotational distances: itinerary load as well in field space

View FLS Original Factory Materials

KREBS Rapid replacement system

KREBS Quick Release System

mm — The assembled wet-end module is replaced by rapid replacement of shafts, impeller bearing pole and optional suspension assemblies as well for the repairing base. Official information applies to millMAX'SlurryMax -XD & UMD specifications in sizes above (x) or more (14; 12; 350; 300)

View FLS Original Factory Materials

Wet stalk Materials and failures Template: Ways

High-Chromium alloys, elastomeres and polyurethane and tungsten carbide Strengthens Location Select

The coarse particle impact, fine scrubing and corrosion pressure to determine the material. High-chromium alloy is not a default answer for all parts; elastomeres or polyurethane must also meet structural boundary lines of speed as well in temperature.

High-Chromium Iron wearable Metallurgical impeller, Housing, boards and durable Grinding Ring Abrasion path Rubber and Polyurethane Replaceable slit, impeller and granular/corrosive operating conditions Pathways tungsten carbide With hardening Laser smelting and local reinforcement path in extreme abrasion locations Alloy Steels for Drive Parts Pumping axis, bearing Bits, Connection and Fatigue Load Path Engineering Materials for Seals Filling, mechanical sealing and lantern loops as well.

Drawing and Spare Part Numbers

s OEM or third-party number corresponds to the pump Series caliber, rotational and materials

The full series and dimensions, suffixes of the serial number are submitted simultaneously with a circular direction to be transmitted in order for exportation. It also provides an index diameter or blade numbers; shell/liner material: shaft sealing (STEEL), power shelf - drawings & photographs from used parts).

Submission FLS / KREBS OEM drawing number Fixing the pump Series, BOM, Drawing Revision Circulation and Transition materials Send a Third-Party Part Number Relatively pumping, Part Name, Key dimensions and Material Delivering wear and running data Flow-toll, flowing and Speed granularity, concentration and failure Location

The same calibre millMAX, slurryMAX and UMD parts Is it universal?

The complete series, suffixes and shell structure must be matched by the diameter. It is necessary to check for a full range of parts such as: enclosure structures; substrateing (injectors); wear-resistant rings with an impeller ring bearing seal or pressure rating - rotary direction in order that it exit from its outermost parts), power rack & drawings

How to Determine the Wet Side materials ？

First, in the position of parts and failure method to filter into high chromium alloys (high-chrome), elastomeres(rhetor) polyurethane/local hardening. Confirmation is completed with original structure; particle size: concentration - corrosion pressure = speed + drawings & acceptance requirements

FLS KREBS Slurry Pumps: millMAX, slurryMAX, UMD and Related Series

Series caliber, wet end wear parts, Drive spares Completed on a page with the workpiece

millMAX, millMAX-e, slurryMAX, UMD Related Pumps

impeller, Housing and the stained, Throatbushes, boards and adjustable Grinding Ring

Impeller

Snail Shells / Housing sling

Throatbushes / Inhalation bushings

Front Cover Liner / Front Liner

Rear Cover Liner / Rear Liner

Relatable swiftness Grinding Ring / Rings of Lighting

Pumping axis, Shaft Sleeve, Deputy impeller, shaft seal, Bearing Assembly Dynamics and Powertrain

Pumping axis and Shaft Sleeve

Deputy impeller and Vice impeller Rings

Filling Letters bushings

Filling, liding and mechanical seal

Bearing Assembly, bearing Box and powertrain

Original belt tightening system and fast wet-end replacement systems

KREBS Belt Tensile System

KREBS Rapid replacement system

High-Chromium alloys, elastomeres and polyurethane and tungsten carbide Strengthens Location Select

s OEM or third-party number corresponds to the pump Series caliber, rotational and materials

The same calibre millMAX, slurryMAX and UMD parts Is it universal?

How to Determine the Wet Side materials ？

Submission FLS KREBS Slurry Pump model, drawing number, wet or Drive spares Demand

From Technical Assessment to Finished-Part Delivery

Technical Advice

Supplier Introductions

Quality Control

Finished-Part Delivery