Weir Warman Horizontal Slurry Pumps

Warman MCR Reload mill Trackback Slurry Pump Original factory open-plan; used Identification Overall Construction, wet and drive end.

Warman MCR.The original factory explosion diagram; the wet-end substrate, impeller, Throatbushes, shaft seal, Bearing Assembly Needs to be complete model Check the Mating System.

Warman WBH Metal Wet-end Original Plant Explosion Maps; Show Housing, the coffins impeller, Throatbushes and Power Transmission The junction of the end.

OEM Equipment Details

model, wet end Wear Parts and Mechanical Spares Confirmation on the same page

This page serves Warman slag pump Spare Part Identification, Material Assessment and Supply on a chart. The range is narrowed by series configuration of the diameter (caliber), rotational direction(r) or linen sealing; then manufacturing confirmation with nameplate/complete model for serial number drawing numbers general arrangement drawers as well from traceable old items

4 Core Series Group

125–760 mm MCR Series Exports Scope

12 wear parts and spare parts Category

2 Main wetlands materials Pathways

Standard Models and Key Dimensions

Warman Horizontal Slurry Pump Standard Series and Key dimensions

The table below is reserved only and spare parts Directly related to selection Series caliber, traffic and en route information data from Weir Current Open Product Pages

Series and Standard Models	Original Factory Open Key dimensions / Capability	Typical range of install	spare parts Key checks
Warman MCR² / MCR / MCR-M / MCU	Export – mm;The highest traffic m ³/ h.The highest level of the m (125; 760; 12,500; 55)	mill Detox, throttle feed and high abrasive mineral pulp circuit	Complete Series, export calibre and rotational form of the frame; impeller and Throatbushes Configuration
Warman AH / AHPP	Open portfolio scope: Export – mm;The highest traffic m ³/ h.The highest level of the m (100; 450; 8,600; 73)	High abrasion slurry continuous transport; AHPP For higher pressure and tangent operating conditions	Pump type, size codec and pressure Configuration, Metal or Elastic Wetlands and shaft seal Forms
Warman WBH	Export – mm;The highest traffic m ³/ h.The highest level of the m (25; 300; 3,000; 73)	Heavy-load process pumps, mineral slurry conveyor and mill Degasmining	complete model caliber, impeller, Throatbushes snail shells, shaft seal and Mounting Direction
Warman AHF / LF / MF	Export 50 – 550 mm;The highest traffic 8,000 m ³/ h	Gas foams, flammable bubble and high gaseous pulp	Series caliber, calibre and strap materials, impeller Forms and Whether Configuration Continuous exhaust system

The open capability is used for the series of first sieve, not as an alternative to building size. Eventually complete model and dimension codex must be matched with rotational number; drawing numbers are required by a rowing factor: full models (number), roll-in ratio(r) or serial quantity - in line materials/liner material profiles).

Wear Parts

Wet stalk wear parts, installation position and materials Pathways

impeller, Throatbushes snail shells, front back liner and Vice impeller by installation position The original factory diagram corresponded only to its public products; the general graph was separately marked in a card.

Impeller

The impeller transmits energy directly to the pulp, which is one of most concentrated wet end parts for ductal abrasion and erosion as well in local corrosion.The blade form or diameter must be confirmed by threading interface with either shaft terminal (or tail) nor rotary type according complete pump configuration

Material Selection: The original factory's open range includes high-chromium white cast iron, rubber and polyurethane systems; specific materials are determined by particle size. Concentration corrosion properties of the steel mill with a joint determination as to its current service life in terms thereof

High-Chromium White Cast Iron Rubber and Polyurethane

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Throatbush / Suction-Side Liner

Throatbush / Throat Bushing

The throat is located on the side of an impeller sucking entrance, controlling front gap and withstand high-speed mineral erosion at its entry. When replacing it should be checked to adjust residuals; wear profiled surfaces for installation directions as well in conjunction with Impler'S cooperation

Material Selection: s Assess Operating Conditions High-Chromium White Cast Iron, natural or synthetic rubber, polyurethane; materials Names cannot be substituted for size and Construction Confirmation.

High-Chromium White Cast Iron Rubber and Polyurethane

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Snail shell linings/ Pump Shell wear-resistant innerliner

Volute Liner / Casing Liner

The snail shell stream collect the pulp emitted by Impeller and endure continuous erosion. Metal, elastic body strapping or independent housing structures cannot be interchanged only through appearance

Material Selection: Metals Programme Focus Converged High-Chromium White Cast Iron System; elastic solution requires by particle, temperature and chemical mediums Construction Choices.

High-Chromium White Cast Iron Elastomer slat

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front liner / frame boards

Frame Plate Liner Insert

The pressure shell is protected on the back or frame plate side of a pump, and it forms wet troughs. Pump type; size codexes: string hole lines - sealing surfaces are checked against them as well in an attachment position with Impeller'S shaft ().

Material Selection: Original Factory Open MCR Series Metals can be used impeller, Throatbushes and frame board liners; specific labeling, heat treatment Analysis by drawings, old papers and operating conditions Confirmation.

High-Chromium Iron wearable

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back liner / Covers of the board

Cover Plate Liner

Screening and the back-end Throatbushes, the co-constituting of a wetland protection system. The form and shape insulated parts are combined with fixed mode Series Scales and materials Configuration Changes.

Material Selection: High abrasion of large particles and fine particle corrosive pulp materials The path is different, and should be combined with the wear shape High-Chromium materials and inter-selectrification of the elastomer system.

High-Chromium White Cast Iron Rubber and Polyurethane

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Deputy impeller and Vice impeller Rings

Expeller & Expeller Ring

For centrifugal shaft sealing solutions, reducing the pressure on filling or sealed areas. This diagram is only used for position recognition of slag pumps and does not represent parts geometry in a specific Warman model."

Material Selection: Needs to be Speed, shaft seal Configuration, the media and matching gaps; Wear-Resistant Materials and shaft seal materials It should be confirmed separately.

High-Chromium Wear-Resistant Materials Seals and Engineering Materials

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Spare Parts

Pump shafts, fitting-in shaft seal With Drivers spare parts

General Power Transmission and Seals Separately sifting. Pump shaft, Shaft Sleeve, Bearing Assembly, Filling box and mechanical sealing & drive Interfaces All the sizes and operating conditions Confirmation.

Pumping axis

Pump Shaft

The pump shaft passes the drive torque and determines IMPeller'S axle position.The complete pumps, anxieties connections or threading structures must be confirmed for order to carry out load-bearing positions with seal points of rotation as well in total length;

Material Selection: Confirming forging or rolling as originally plotted alloy steel, heat treatment mechanical properties, NDT and key co-suite requirements.

Axle class Alloy Steels for Drive Parts

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Shaft Sleeve

The axis protection belt is fitted with the pump shaft sealing area and a filler, mechanical sealed or by-impellershaf stamp. This image provides general recognition for actual outer diameters (length), steps(step)es/key slot as wellas surface status to be confirmed on installments.

Material Selection: Key check corrosion resistance, wearability and surface Hardness roughness and sealant media compatibility.

Corrosion-resistant and Special Alloys ceramic / Hard-phase enhancement

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Bearing Assembly and bearing Box

Bearing Assembly & Housing

The transmission end bearing part is the pump shaft and bears radial load to axle. A set of binding models, gaps in gearboxes must be assembled for carrying shape with an impeller'S steering system as well ASA systems are required by its control over iterative conductors (the conveyor belt).

Material Selection: bearing by Manufacturing Merchandise model (a) Confirmation of the sweep; bearing Boxes, shafts and sets parts Graphics in original materials Processing and testing requirements are implemented.

Alloy Steels for Drive Parts bearing Boxes and Construction s

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Filling box, sealing and filling lid

Stuffing Box, Gland & Packing

The filling box, liding and washing interfaces constitute common shaft seal path. Contrast the pump type of axle diameter to wash water conditions; cover form for coating with filler section as well in conjunction WITH Axial housing

Material Selection: Metal parts, fillers and Seal Materials Separately confirmed, not with a single materials Names for the whole set shaft seal Configuration.

Seals and Engineering Materials

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Mechanical sealing and sealed accessories

Mechanical Seal & Adaptor

Mechanical sealing solutions require joint rear lining, shaft and fit structure confirmation. Axle diameters must be provided with a sealed cavity size of pressure temperature to contain the contents thereof; an extrusion solution is required as well for existing models in which it can also operate under its own conditions or are designed by any other type that may have been used on this basis.

Material Selection: The sealing surface, elastic body and metal parts are selected according to the mediums of pressure / temperature or friction conditions respectively.

Seals and Engineering Materials

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Connectors, belt wheels and drive Interfaces

Coupling, Pulley & Drive Interface

The drive interface changes with straight coupling, belt driving and speed of the base. RFQ should provide motor power / rotational velocity or shaft stretching; central heights shall be provided for rotating gearings to a joint-up vehicle (or strap) as well AS protection requirements are required in order not only by means that it is designed but also through an integrated system which will allow you access your electrical equipment from any other device than via its own devices - including onboard wheels such underpinning machines like RFPS).

Material Selection: Power Transmission s materials, heat treatment Dynamic balance and matching tolerances by torque, Speed and the original graph confirmed.

Alloy Steels for Drive Parts

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Only know Warman or AH Can the name be directly identified spare parts ？

No. At least complete pump type and size codes are required, swirl-shaped materials (imeller), shaft sealing or serial number; the range of different calibre sizes cannot be exchanged by name alone

Metals and wet rim rubber Can the wet stern be directly interchangeable?

The structure of the pump, its lining form and impellers & gill interface must be confirmed as well. Its shaft dimensions are determined in combination with particle size; concentration is required for corrosion or temperature assessment

Why this page is not unconfirmed Warman part number ？

No numbers supported by traceable original catalogs, drawings or installments are published in public. Nameplate / complete model can be submitted to serial number and drawing volume; photons of used parts may also need a further check-up

Weir Warman Horizontal Slurry Pumps

model, wet end Wear Parts and Mechanical Spares Confirmation on the same page

Warman Horizontal Slurry Pump Standard Series and Key dimensions

Wet stalk wear parts, installation position and materials Pathways

Impeller

Throatbush / Suction-Side Liner

Snail shell linings/ Pump Shell wear-resistant innerliner

front liner / frame boards

back liner / Covers of the board

Deputy impeller and Vice impeller Rings

Pump shafts, fitting-in shaft seal With Drivers spare parts

Pumping axis

Shaft Sleeve

Bearing Assembly and bearing Box

Filling box, sealing and filling lid

Mechanical sealing and sealed accessories

Connectors, belt wheels and drive Interfaces

Only know Warman or AH Can the name be directly identified spare parts ？

Metals and wet rim rubber Can the wet stern be directly interchangeable?

Why this page is not unconfirmed Warman part number ？

Submission Warman Pump type, size codecs drawing number or old information

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