Open-toll range according to the original factory Identification Wheels, braces and wheels; drivers & reversals. Belters And Strap chassis materials Drawing the drawings, quality control and finished-part delivery.
The TAKRAF wheel excavator is a tracked continuous mining equipment, usually working in conjunction with the conveyor system.The original open structure includes wheels carrying foil and powered by fistulas on head of arm; reversible upper structures or weightlifting arms (fight) bearing rail chassis as well for transshipment weapons/loaders bridges. Different layers are changing interface to part numbers so that actual installed data must be confirmed."
The following table shows only the model and size that can be traced directly to original product pages, project reference page or official historical article. SRs name names for their bearing sizes of wheels in a row type as well drivers & conveyor configuration must return back into data checkers; they cannot simply presumably exchange them by title alone:
| Public model / Series | Public Key dimensions or ability | Item and Key identification details | Product Status |
|---|---|---|---|
| SRs(K) 2000 | Scales of rating 6,600 m ³/ h | China Zahaunor Public System References; Converging the Filling Unit, Wheeling and Transport Path Item No | Public Item Installer |
| SRs 2000 | Configured by Project | Serbia's land-cutting stripping for public reference; pairing of hammer, drum type and transshipment Drawing Revision | Public Item Installer |
| SRs(H) 1050.23/2.0 | Compact sized Item Configuration | North Macedonian public reference; model Fixtures, wheel and loaders Construction Completely retained | Public Item Installer |
| TAKRAF BWE 1,400 L | squirrel 1,400 L.The hand of the deflection 34 m Drives of the wheel 2 × 750 kW | India Neyveli Public References; Item nameplate, general arrangement drawing and Equipment Number confirmation | 2015 Driven freight Item |
| SRs 6300 | Large Legacy Installation) the public record of its history Background of aging construction (1970) | History nameplate old drawing number The subsequent remodeling of the items is required by year and Item Separate check-in | Legacy Installation |
The hammer excavator is a project type of large equipment. RFQ provides complete model, Project Number/Series number and gear or shape data for the wheels & arms as well with drive-and turn drawings; installation positioning to be available in addition by photos from used parts
The wear resistance location varies with the mineral layer, material granularity and moisture content. This page only discloses parts category to candidate materials; marker numbers for heat treatment sizes as well in drawing number must be confirmed by actual project data
Bucket Teeth & Lip Shrouds
The main focus is the tether adapter interface, positioning and lock-in mode of alignments with a pair shape or direction for cutting; photos are only used to locate without replacing part plot.
Material Selection: Listed in BWE bucket teeth / Lipsticks materials Directions to Wear-Resistant Cast Steel Specific number, heat treatment and Hardness Graphs, old pieces and operating conditions Confirmation.
View Part Details →Bucket Cutting Edges & Side Protection
For identification of the front, side and possible pads. Contrast a bucket shape with thicknesses on board to be found in pores or interface between stacking structures for welding as well casting directions; disassembly direction & adjacent body number
Material Selection: Abrasion system candidate is required by ore absorptiveness, impact and mother material Construction Select; the public page does not presume specific alloying marks.
View Part Details →Boom Transfer Chute Liners
For the transshipment, drop-off and guide position of a liner for crossarm belts. Converging direction to flow in geared materials; fallout points: impact pointing (in) wet material adhesiveness - block structure with fixed mode as well AS repair space
Material Selection: Liners materials By impact, abrasive wear Flow speed and blockage risk screening, not one materials Writes written All Item Fixed Programs.
View Part Details →The original factory public information has listed the wheel drive, revolving bearings and sliding wheels as key systems for equipment. General transmission parts must be confirmed with general arrangement drawing; interface dimensions - pairing relationships: project versions
Bucket-Wheel Drive Assembly
The wheel drive is located in the head of a hammer arm. Contrast by driver arrangement, power and Gear box/connection interfaces; shaft end-up (or rotary), lubeing or project drawings without being replaced with an appearance as well than model shortcut
Material Selection: Power Transmission Axes, gear and the connection parts materials, Heat treatment and accuracy Draws and load must be taken operating conditions Confirmation.
View the Spare Parts Catalogue →Slew Bearing & Slew Drive
The key load-to - transmission system between the upper rotation structure, heavy arm and chassis. Comparison of bearing diameters girth gear form tooth numbers/mode number is required; installation holes are needed for a pairing process with an array that can be used in order not only by any other device but also through its own devices as well than via their respective parts or systems (such data may include:
Material Selection: Touch and tooth surface materials In the drawings, bearing model, heat treatment The test requirements are stipulated.
View the Spare Parts Catalogue →Boom Conveyor Pulleys & Idlers
The scooter is usually connected to the conveyor system. Slippers, roller bladers and bearing sealers must be confirmed by bandwidth or diameter of a drum; shaft ends: carrier seating - sealed with tightness & installation position
Material Selection: Rotating parts and bearing housing materials, Surface treatment and sealing form according to load, dust or maintenance conditions.
View the Spare Parts Catalogue →Crawler Undercarriage & Structural Components
The Track chassis, the lower bearing structure and transshipment arm ' axle bridge are all designed according to project configuration. Structural numbers were checked out with forcework drawings as well for pins or shaft sets of welding requirements in addition thereto was also an on-site conversion record from each other.
Material Selection: Construction Steel, wear-resistant plate and Shaft Sleeve materials By force, wear and tearing Inspection Requirements Determinations separately.
View the Spare Parts Catalogue →The number of the hammer excavator is subject to changes in project, age and total versioning records. This page identifies modelling position as a check-in entry; confirmed OEM drawing numbers or third party numerals can establish correspondences according with projects after receiving information
Selection Guidelines: The number only establishes an applicable relationship after confirming the device model, project/ serial numbers and installation position; do not view different projects or transformational years as interchange parts.
Please provide complete model, Item Node or serial number, the pouch or a hook type and system positioning; OEM drawing number or Drawing Revision, photos of used parts, Key dimensions, materials and operating conditions.
Cannot. Bucket-Wheel Excavators the Item Equipment, barrel type and drive-type gears for rotary rearing of the chassis Revision They may be different, Required Checks Item Information and Interfaces.
The numbering of large project equipment is usually associated with the design, chronology and total version. To avoid mismatched numbers for different installs this page establishes only part relationships after drawing a figure or installation position as well in drawings versions corresponding to each other
Provide project number, complete model / serial numbers and system positioning. Drawing Numbers; drawings of used parts (material) with operating conditions: we will then finish technical advice on supply coupling to quality control as well for finished-part delivery
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Coordinate manufacturing, quality confirmation, packaging and delivery of complete finished parts.
Provide the existing model, drawings, drawing or part numbers, materials or operating conditions so we can identify the appropriate technical review and supply route.
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