FLS DRC What are the current publicities Standard Models ？

FLS Current Public DRC 18 - 18, DRC 20 - 25, DRC 22 - 25 and DRC 22 - 28.

FLS DRC Double Roll Crushers

Q: DRC Can the broken teeth only be pressed? Equipment Models Manufacturing ？

No, no. Requires check-in serial number, OEM drawing number, fixed rollers or floating roll Tooth Profile, spacings and alignment of the curved direction. Construction, materials and old wear record.

FLS DRC Official Construction Pictures, but Identification Fixed rollers, floating roll floaters and crushed teeth. Flywheeling wheels are used to provide hydraulic concessional position as well for the rack positions of a crane or flap wheeler in which they can be fitted with an elevator system that is designed by one another (see enclosure).

FLS DRC 20 - 25 Official data table Home, Pages model The table shows the product granularity, capacity and roller diameters. Feed Inlet, gaps and power.

FLS DRC 22 - 28 Official data table Home; and Series Other 18 - 18, 20 - 25 and 22 - 25.

OEM Equipment Details

model, wear parts, spare parts and materials Completed on a page

The DRC completes the first level of breaking with fixed roller and hydraulically deductible floating roll. This page retaines spare parts to identify models, dimensions / installation position or materials screening for drawing numbers check-in as well ASRFQ entry that are directly required by this section

4 Public Standard Models

5 wear parts Entrance

5 Core spare parts Entrance

5 Official Sources

Standard Models and Key Dimensions

DRC - - DRC - (18; 18; 22; 28)

Product granularity, Capacity, with the tooth roller diameters and long roll Feed Inlet, adjustable gaps and drive power are derived from corresponding FLS Official data table.

Model	Product Militarity	Capacity	Roller with tooth	Roller Length	Feed Inlet	Reducible fracture gap	Motor Power
DRC 18-18	0–300 mm	2,500–4,000 t/h	s YoY mm (1,800)	s YoY mm (1,800)	s YoY × mm (1,700; 1,850)	s YoY – mm (200; 350)	2 × 250 kW
DRC 20-25	0–400 mm	4,000–6,000 t/h	s YoY mm (2,000)	s YoY mm (2,500)	s YoY × mm (2,500; 2,200)	s YoY – mm (200; 400)	2 × 450 kW
DRC 22-25	0–400 mm	5,000–7,000 t/h	s YoY mm (2,300)	s YoY mm (2,500)	s YoY × mm (2,500; 2,600)	s YoY – mm (250; 450)	2 × 650 kW
DRC 22-28	0–500 mm	6,000–8,000 t/h	s YoY mm (2,300)	s YoY mm (2,800)	s YoY × mm (2,900; 3,100)	s YoY – mm (250; 450)	2 × 650 kW

Processing capacity is affected by the material tolerance, strength and granularity distributions; moisture content ratio of target product to particle size or actual gap. The final Spare parts are confirmed according complete model with serial number (number), drawing numbers - drawings version) as well in installation dimensions

Wear Parts

Breaking teeth, roller tyre, side liners Bottom Line Liners and Material scraping x

Breaking teeth and roller tyre Put in front of the top, then press on side wall and bottom. Cleaning Location unfolds. Each connection is a single part page and corresponding Material Page.

Broken tooth / Total Hat

Crushing Teeth / Tooth Caps

The material is located in the outer circle of two rollers and directly contacted. Contrast fixed or floating roll, tooth shape shaped high teeth height ratio distance lineage arrangement rotational structure connection structures real gaping profile with old wear profiles

Materials and Manufacturing: high-manganese steel, Wear-Resistant Alloy Steel, cemented carbide Increased or composite wear resistance according to the material strength, impact. abrasive wear and Target Service Life Screening.

Manganese Steel Specialty Alloys

View Part Details →

roller tyre / Roller Shell

Roll Shell / Roller Sleeve

The wear-resistant outer circle and the dental adapter base of fixed rollers with floating roll. Contrast rolling diameter, length cylinder or axle hole interface to splitting method; positioning structure: weight & dynamic balance

Materials and Manufacturing: Wear-Resistant Alloy Steel or a combination that is confirmed by the original design Construction; materials, heat treatment, the coaxial degree of rounds and matching tolerance is confirmed by drawing.

Specialty Alloys Alloy Steels for Drive Parts

View Part Details →

side liners / Terminal Boards

Side Liner / Side Plate

Protection of the roller end and crushing cavity on both sides, control material sideways & keep Working clearances. Contrast the left side, plate shape and thicknesses of holes in rows with roller end gaping Liners Packing.

Materials and Manufacturing: Quenched and Tempered Wear Plate, Wear-Resistant Cast Steel or bimetal composite Screens on the impact, sliding wear and the plate thickness confirms.

Quenched and Tempered Wear Plate Bimetallic Composites

View Part Details →

Base Liners

Bottom Liner

Protection of the chassis and discharge area under two rolls. Converging between displacement direction, plate thicknesses / block numbering system (Pocket line), coupling relationship with space for blocking in place as well AS on site replacement channels

Materials and Manufacturing: Quenched and Tempered Wear Plate, bimetal composite board or Wear-Resistant Cast Steel Confirm by material drop-off, granularity and the direction of brushing.

Quenched and Tempered Wear Plate Bimetallic Composites

View Part Details →

Material scraping the Tools/ Cleaning Scraper

Scraper / Cleaner Blade

Located in the adjacent area of a roller surface, it is used to limit wet and adhesive materials attached. Contrast installation side shaving profile with gap between roll surfaces length as well ASS for wear balance or adjustment range

Materials and Manufacturing: wear-resistant steel plate, elastic body or combination scraper by material adhesive and roller surface Construction, temperature and impact conditions confirmed.

Quenched and Tempered Wear Plate Rubber and Polyurethane

View Part Details →

Spare Parts

Roll Shafts, bearing Hydraulics, drive and adjusters

Same name parts Differently DRC model and fixed rollers, floating roll between can not only be interchangeable by appearance; Required Checks drawing number, co-operations and rotational load; materials and heat treatment.

Fixed Roll Shafts and Floating Roll Shafts

Fixed and Floating Roll Shafts

The two roller shafts connect the fixed roll and hydraulically decoupled floating rolling, respectively. Converging ax diameter axis neckline contact of Roller body interface key/flator positioning ratio with bearing seat distance; rotational direction: coaxial degree & dynamic balance

Materials and Manufacturing: Forged Alloy Steels for Drive Parts, heat treatment axis and neck precision NDT Recognize by the original drawings and loads.

Alloy Steels for Drive Parts

View Part Details →

Bearings and Bearing Housings

Bearing and Bearing Housing

The bearing fixed roller and floating rolls are resisted by crushing shock. bearing model, swing gaps and shaft neck holes; positioning end/floating terminal. sealings & humidity monitoring Interfaces.

Materials and Manufacturing: Rolling bearing Steel, steel bearing housing and Seal Materials radial loads, shocking and Speed, temperature rise and the conditions of lube confirmation.

Specialty Alloys Engineering Materials for Seals

View Part Details →

Hydraulic decoupling and clearance adjustment systems

Hydraulic Relief and Gap Setting System

Overload or overloaded hydraulic system makes the floating rollers decoupled and takes on work gap adjustment. Contrast cylinder diameter, itinerary pressure to install ear shaft with valve assembly gearing equipment for storage of energy tanks in a piped port as well sealed by sealers

Materials and Manufacturing: hydraulic cylinder alloy steel, Surface treatment and NBR, HNBR, FKM or polyurethane The seal is confirmed by pressure, medium and temperature.

Alloy Steels for Drive Parts Engineering Materials for Seals

View Part Details →

Drivers, gearbox Link-to - Wire

Drive, Gearbox and Coupling

FLS DRC can be directly or V Drives, open model Data table shows dual motors Configuration. Converged Motor Power, speed ratios and rotational velocity of the wheel to axle stretching system for coupling systems Protection hood.

Materials and Manufacturing: gear axis and axle adoption Alloy Steels for Drive Parts; the coupling, V The belt and elastic elements by torque, shocks Speed.The ambient temperature and original design confirmations

Alloy Steels for Drive Parts Rubber and Polyurethane

View Part Details →

Adjustment Wedge With the scooter

Adjustment Wedge and Shim

for Construction Positioning, clearance compensation or assembly adjustment. Converging installation position, thickness combinations and slopedness; Contact Face and relationship with hydraulic regulators.

Materials and Manufacturing: Quenched and tempered alloy steel or original design provisions materials, thicknesses and flatness Hardness and Surface treatment Confirm by the drawing.

Alloy Steels for Drive Parts

View Part Details →

Drawing and Spare Part Numbers

s OEM or third-party number corresponds to model, Rolls and installation position

The number is submitted simultaneously with the DRC complete model, serial numbers and fixed rollers or floating roll; parts name. Installation position: drawings & photos of used pieces _ key dimensions > materials <and operating conditions

Send Your FLS OEM Drawing Number Converged model, BOM No rollers and installation position Send a Third-Party Part Number Reciprocity Equipment Models, Part Name and Key dimensions Submission Tooth Profile With abrasion record Converged Tooth Profile, and the rowing materials and Target Service Life

FLS DRC What are public Standard Models ？

Current official information listed DRC 18 - 18, 20 - 25, 22 - 25 and 22 - 28.

Can the broken teeth only be pressed? Equipment Models Manufacturing ？

No, no. Requires check-in serial number, OEM drawing number, fixed rollers or floating roll Tooth Profile, spacings and alignment of the curved direction. Construction, materials and old wear record.

FLS DRC Double Roll Crushers

model, wear parts, spare parts and materials Completed on a page

DRC - - DRC - (18; 18; 22; 28)

Breaking teeth, roller tyre, side liners Bottom Line Liners and Material scraping x

Broken tooth / Total Hat

roller tyre / Roller Shell

side liners / Terminal Boards

Base Liners

Material scraping the Tools/ Cleaning Scraper

Roll Shafts, bearing Hydraulics, drive and adjusters

Fixed Roll Shafts and Floating Roll Shafts

Bearings and Bearing Housings

Hydraulic decoupling and clearance adjustment systems

Drivers, gearbox Link-to - Wire

Adjustment Wedge With the scooter

s OEM or third-party number corresponds to model, Rolls and installation position

FLS DRC What are public Standard Models ？

Can the broken teeth only be pressed? Equipment Models Manufacturing ？

Submission FLS DRC model, drawing number Breaking teeth or cores spare parts Demand

From Technical Assessment to Finished-Part Delivery

Technical Advice

Supplier Introductions

Quality Control

Finished-Part Delivery