ELITE Double-layer banana screen, Orbital C round motion tilting screenings and ORBITAL E elliptical horizontal movement sequels with the VVD dehydration; from model to surface dimensions into glass panels (silver), threaders/vibrating mechanisms for bearing spring & drive spare parts.
This page identifies the host with ELITE, Orbital C/E or standard size series and then enters wear parts to core spare according input. Manufacturing confirming nameplate; complete model: screen layout of a pane arrangement drawing for general arrangements (old items), operating conditions as well AS confirmed draw number
Orbital C/E and VD Data from Weir the current official specifications; ELITE Engineering for the Custom Series Specifies the maximum screen and scope of work for official public.
| Model / Configuration | Sizes and Layer Number of Sieve | Screening area/ operating conditions ceiling | Boosting, power and Quality |
|---|---|---|---|
| ENDURON ELITE Banana sieve (Engineering) Custom) | Double Layers; Maximum Open Screening 4.27 × 8.53 m | 4.5 – 5 G Screening for high processing volume microparticles | 2 tai ETX vibrating mechanism; most about 50 t |
| Orbital C15483S | 1,535 × 4,880 mm; 3 Layers | m.The maximum feed mm (22.5; 150) | ECX025S; 15 kW; springs Quality 5.9 t |
| Orbital C15484S | 1,535 × 4,880 mm; 4 Layers | m.The maximum feed mm (30.0; 150) | ECX025S; 18.5 kW; springs Quality 7.6 t |
| Orbital C18482S | 1,840 × 4,880 mm; 2 Layers | m.The maximum feed mm (18.0; 150) | ECX025S; 15 kW; springs Quality 5.0 t |
| Orbital C18483S | 1,840 × 4,880 mm; 3 Layers | m.The maximum feed mm (26.9; 150) | ECX025S; 18.5 kW; springs Quality 6.8 t |
| Orbital C18612S | 1,840 × 6,100 mm; 2 Layers | m.The maximum feed mm (22.4; 150) | ECX025S; 15 kW; springs Quality 5.8 t |
| Orbital C18613S | 1,840 × 6,100 mm; 3 Layers | m.The maximum feed mm (33.7; 150) | ECX035S; 18.5 kW; springs Quality 8.2 t |
| Orbital C18614S | 1,840 × 6,100 mm; 4 Layers | m.The maximum feed mm (44.9; 150) | ECX035S; 22 kW; springs Quality 10.7 t |
| Orbital C18614L | 1,840 × 6,100 mm; 4 Layers | m.The maximum feed mm (44.9; 150) | ECX035S; 22 kW; springs Quality 10.5 t |
| Orbital C24612S | 2,450 × 6,100 mm; 2 Layers | m.The maximum feed mm (29.9; 150) | ECX045S; 18.5 kW; springs Quality 7.5 t |
| Orbital C24613S | 2,450 × 6,100 mm; 3 Layers | m.The maximum feed mm (44.8; 150) | ECX045S; 22 kW; springs Quality 10.6 t |
| Orbital E18483S | 1,840 × 4,880 mm; 3 Layers | m.The maximum feed mm (26.9; 150) | ECX050D; 22 kW; springs Quality 8.2 t |
| Orbital E18612S | 1,840 × 6,100 mm; 2 Layers | m.The maximum feed mm (22.4; 150) | ECX070D; 22 kW; springs Quality 7.2 t |
| Orbital E18613S | 1,840 × 6,100 mm; 3 Layers | m.The maximum feed mm (33.7; 150) | ECX070D; 37 kW; springs Quality 9.2 t |
| Orbital E24612S | 2,450 × 6,100 mm; 2 Layers | m.The maximum feed mm (29.9; 150) | ECX090D; 37 kW; springs Quality 8.9 t |
| Orbital E24613S | 2,450 × 6,100 mm; 3 Layers | m.The maximum feed mm (44.8; 150) | ECX090D; 45 kW; springs Quality 12.0 t |
| VD6 Dehydration sieve | 610 × 2,100 mm | Screensed 1.28 m ²; Mounting Horn 3 – 5 ° | Vibration motor drive |
| VD9 Dehydration sieve | 915 × 2,440 mm | Screensed 2.23 m ²; Mounting Horn 3 – 5 ° | Vibration motor drive |
| VD12 Dehydration sieve | 1,220 × 3,050 mm | Screensed 3.72 m ²; Mounting Horn 3 – 5 ° | Vibration motor drive |
| VD12 Dehydration sieve | 1,220 × 3,660 mm | Screensed 4.47 m ²; Mounting Horn 3 – 5 ° | Vibration motor drive |
| VD15 Dehydration sieve | 1,525 × 3,660 mm | Screensed 5.58 m ²; Mounting Horn 3 – 5 ° | vibrating motors or vibrating mechanism Drivers |
| VD15 Dehydration sieve | 1,525 × 3,810 mm | Screensed 5.81 m ²; Mounting Horn 3 – 5 ° | vibrating motors or vibrating mechanism Drivers |
| VD18 Dehydration sieve | 1,830 × 3,810 mm | Screensed 6.98 m ²; Mounting Horn 3 – 5 ° | vibrating motors or vibrating mechanism Drivers |
| VD21 Dehydration sieve | 2,135 × 4,880 mm | Screensed 10.42 m ²; Mounting Horn 3 – 5 ° | vibrating mechanism Drivers |
| VD24 Dehydration sieve | 2,440 × 4,880 mm | Screensed 11.91 m ²; Mounting Horn 3 – 5 ° | vibrating mechanism Drivers |
| VD24 Dehydration sieve | 2,440 × 6,100 mm | Screensed 14.88 m ²; Mounting Horn 5 ° | vibrating mechanism drive; Series The highest ability to publicize 250 t/h |
The screening capability varies with the granularity distribution of feeds, moisture content and opening holes; screen panels material are changed by tilting or process configuration. Order is required to confirm according complete model layout as well in vibrating mechanism for wetscreen parts (SUV)and onsite operating conditions
The materials page is used only for pre-election; the final formulation, hardness and skeleton of abrasion to be found must confirm by granularity or impact.
Polyurethane Modular Screen Panels
Modules screen panels Directly posing for ore impact and sliding wear and control the opening of holes, grading particle size. ENDURON Current standard modules 305 × 305 mm Fixing the pins and a hose.
Material Selection: polyurethane suitable for balancing wear, elasticity and anti-blocking; Hardness The opening, arch and formulation must be confirmed by granularity of the hole in it or its aqueducts.
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Rubber Modular Panels & Impact Panels
Rubber modules and input impact plates are used to absorb the rough particle shock, reduce noises as well for protecting screen boxes. The size of a module is confirmed by checking opening holes in its frame with determination on how it can be fixed or thicknessed against backbone skeleton;
Material Selection: High-bomb Wear-resistant rubber Used for shock and grinding milling operating conditions; Recipes and Hardness Combination of temperature, mediums and granularity with old items failure Shapes of choice.
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Side-tension Wire Mesh & Screen Deck
Orbital Series s Configuration A tight or modular sieve. Metal screen media Requires the alignment of wire diameter, opening hole and woven or drilling method; tight direction to connect with Edges Construction.
Material Selection: screen media materials Select by abrasion, corrosion and temperature as well fatigue High-Strength Steel, Stainless Steel Or wear-resistant alloys; can not be replaced only by the opening hole size.
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Feed Box & Impact-zone Liners
The intake box and the first screen face withstands maximum deflection impact, as wellas centralized wear. Liners Blocks, holes and junction-based coupling systems; buffer layers & adjacent ones screen panels.
Material Selection: Can be used by shock and abrasive combination Wear-resistant rubber, polyurethane or Quenched and Tempered Wear Plate FINALLY materials Recognized in the field of deflection, granularity and wear shape.
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Side Plate, Crossbeam & Backplate Protection
The side board, beam and back plate protects the parts from material rinsing to avoid wear on screen. It is necessary for each piece of data check left-hand position; length: hole distance - mode clamping as well a vibration gap
Material Selection: Rubber and Polyurethane For buffering and abrasive protection, wear-resistant steel plate Used for high Cutting abrasion area; Structural material No replacement for fatigue design.
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Discharge, Chute & Capping Protection
Off-put lips, slippers Liners, adhesives and edge sealing protection of the screen end & downstream Interfaces Need to twitch, fall gaps and opening holes.
Material Selection: Material Options s:: the Wear-resistant rubber, polyurethane and wear-resistant steel plate; by the shock, sliding wear, corrosion and replacement cycles are determined.
View Part Details →Vibrating scatter parts must be matched around dynamic load, fatigue and balance as well with a set of interface. The vibrating mechanism (vibrasion), bearing springing or drive-and screen box structures should not only vary by appearance nor single size.
ELITE ETX Exciter Assemblies
The ELITE large double-layer banana screen uses two ETX vibrating mechanisms. Confirms that the aggregate requires a screening machine size, vibrating mechanismnameplate and installation direction; speeding speeds: aneccentric quality setup as well AS drive interface to provide it with all of its parts in place for this purpose
Material Selection: Housing axis, gear, bearing and seals shall be confirmed separately as the original aggregate; no foreign shape is comparable to common vibrating mechanism Direct replacement.
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Orbital ECX Modular Exciter
ECX025S / 035S / 045S / 050D / 070D / 090D — / / / / — C, E Series Removable Modules vibrating mechanism. Must be C/E model Converged, S, S, D, D or D, and single-axis/double shaft Construction
Material Selection: Axes, gear and fasteners by Alloy Steels for Drive Parts and fatigue requirements confirmation; Housing, bearing, sealing and lube must be complete vibrating mechanism Revision Compare.
View Part Details →Exciter Shafts, Bearings, Gears & Seals
Weir Current informational statements C, E Series vibrating mechanism Common use bearing axis and sealing systems. RFQ Still to be provided ECX model, serial number, parts Location and actual measurement.
Material Selection: Axes and gear By fatigue and Power Transmission Load selection alloy steel; bearing By code, swirl and vibrate operating conditions Confirmation; seals by lubricating, temperature and dust media.
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Crossbeams, Backplates & Feedbox Structure
Orbital uses a full bolt module structure, which allows some beams and backboard to be interchanged within the same model size. Manufacturing requires checking general arrangement drawing requirements for arches or holes in diameter; plate thickness: pre-tightness - fatigue requirement
Material Selection: Template: Subjects Construction s High-Strength Steel, welding or screw connection process and fatigue service life For core; protects liner and load Construction It must be confirmed separately.
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Support Springs, Buffers & Mounts
The spring and buffers determine the Screen Box intensification, working height & dynamic balance. A set of free altitude check-in is required to be determined by a range for freedom determination (rigidity), load capacity or right/left position; rubber Pieces and Mounting.
Material Selection: Spring Steel Recognize by cycle fatigue and load; rubber cushioning by Hardness Dynamic heat, ambient temperature and oil pollution Contact Confirmation.
View Part Details →Motor, Coupling, Belt & Drive Base
The external drive transmits power to vibrating mechanism Needs to be reconciled Motor Power, Speed, belt wheels or couplings and spindle Protection The casing, center distance and bottom hole systems.
Material Selection: Belt wheels, shafts and couplingers fasteners by Power Transmission Reinforcement and fatigue confirmation; not Motor Power Separately, the driver's interchangeability is judged.
View Part Details →Material, hardness and opening shape or size; thickness of the back skeletons: nail rackets. Sliding slope segments are required to be confirmed in a single form that does not represent similar screening performance as well AS installation interface is identical for each other.
The ECX vibrating mechanism model is confirmed by the C or E full screener models, and a single axis structure (nameplate), serial number(s) bearing; shaft/sealing.
No number supported by traceable original catalogs, drawings or install records is published in public. Once the complete model has been obtained and screen layout with a drawing numbers are available to you as well for your old items (or reliable installation data), then confirming it into its corresponding parts position - minutes later
Please provide ELITE, Orbital C/E or VVD complete model with nameplates and screen size & number of layers; open panels for opening sheets as well in materials. Vibrating mechanismmodelling: drawing numbers | Photo from used parts to material operating conditions We have completed identification purposes such that we can evaluate the fabrication process by identifying our products through manufacturing organizations (material analysis), quality control systems - finished-part delivery
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