// TECHNICAL TELEMETRY // LOG_ID: AXE_MATRIX_27

ENGINEERING COMPATIBILITY MATRIX: 18 MATERIALS X 5 SHAFTS

Comprehensive engineering compatibility matrix mapping 18 input material classes against 5 ARJES shaft configurations. Each cell specifies recommended shaft type, expected throughput, and fraction quality grade enabling precise fleet configuration for any waste stream composition.

Тактичне зведення

›Локація: Головний хаб

›Тех. індекс: AXE_MATRIX_27

›Час системи: 11:00:00

›Журнал подій: 7

›Поток послідовності: 4

Material Classes

18types

Норма

Стд 74.4600% Навантаження в нормі

Shaft Configs

5types

Норма

Стд 86.9600% Навантаження в нормі

Data Cells

90total

Норма

Стд 76.4000% Навантаження в нормі

Validation

100% field

Норма

Стд 54.2600% Навантаження в нормі

// Тех. індекс

[ [ ESC // ПОВЕРНУТИСЬ_ДО_АРХІВУ ] ]

// TECHNICAL TELEMETRY // LOG_ID: AXE_MATRIX_27

ENGINEERING COMPATIBILITY MATRIX: 18 MATERIALS X 5 SHAFTS

Тактичне зведення

›Локація: Головний хаб

›Тех. індекс: AXE_MATRIX_27

›Час системи: 11:00:00

›Журнал подій: 7

›Поток послідовності: 4

Material Classes

18types

Норма

Стд 74.4600% Навантаження в нормі

Shaft Configs

5types

Норма

Стд 86.9600% Навантаження в нормі

Data Cells

90total

Норма

Стд 76.4000% Навантаження в нормі

Validation

100% field

Норма

Стд 54.2600% Навантаження в нормі

ROI Розрахунок · За зміну

ФІСКАЛЬНИЙ_ЗАХИСНИЙ_КАПІТАЛ: 2 098,00 EUR

Плата за полігон €25/т, витрата палива 0.27 л/т і коефіцієнт зносу 0.85 зафіксовані в змінній моделі.

Резюме

// KEY ENGINEERING TERMS

tensile fracture, cutting regime, TCO, OPEX — wear cassette, twin-shaft

Технічний аналіз

MATERIAL CLASS TAXONOMY

The 18 material classes represent the complete spectrum of industrial shredding applications encountered across ARJES deployment regions. Each class is defined by its dominant mechanical properties (tensile strength, shear modulus, abrasiveness) and its target output fraction specification. Category A — Mineral Materials (3 classes): 1. Reinforced Concrete: Rebar-laden demolition concrete, compressive strength 30-50 MPa. Target: 0-50 mm aggregate. 2. Asphalt Millings: Reclaimed road surface material, 20-40 mm input. Target: 0-16 mm gradation. 3. Natural Stone: Limestone, granite, basalt quarry overburden. Target: 0-63 mm road base. Category B — Wood and Biomass (3 classes): 4. Waste Wood (A1-A4): Mixed construction timber, pallets, formwork. Target: G30-G100 chip grade. 5. Green Cuttings: Branches, hedge trimmings, park maintenance waste. Target: 30-100 mm biomass chip. 6. Trunk Wood and Roots: Forestry residues, root balls with soil inclusion. Target: biomass fuel chip. Category C — Ferrous Metals (3 classes): 7. Mixed Scrap: Light gauge sheet, structural steel, pipe sections. Target: 100-300 mm liberation. 8. Car Bodies (ELV): Depolluted vehicle hulks. Target: <200 mm for downstream separation. 9. Engine Blocks: Cast iron and aluminum engine blocks, gearboxes. Target: <150 mm liberation. Category D — Non-Ferrous and Specials (3 classes): 10. Aluminum: Cast and extruded aluminum profiles, wheels. Target: clean liberation for melting. 11. White Goods: Refrigerators, washing machines, dishwashers. Target: metal/plastic separation. 12. Cables and Electronics: Mixed e-waste, copper wiring, PCB assemblies. Target: copper liberation. Category E — Rubber and Elastomers (2 classes): 13. Passenger Tires: Car and light truck tires (205/55R16 to 275/40R20). Target: 50-150 mm chip. 14. OTR Tires: Mining tires 40.00R57 to 59/80R63. Target: steel cord extraction + rubber chip. Category F — Municipal and Mixed (4 classes): 15. Commercial Waste: Office, retail, and industrial mixed waste. Target: RDF pre-shredding. 16. MSW (Bag-Open): Household waste after bag opener. Target: <300 mm for MBT plants. 17. Mixed C&D: Combined concrete, wood, metal, plastic, drywall. Target: multi-fraction liberation. 18. Plastics and Packaging: PET, HDPE, mixed film plastics. Target: 50-100 mm flake precursor.

SHAFT CONFIGURATION MATRIX

Five shaft configurations are available across the ARJES Impaktor range. Each configuration is optimized for specific material resistance profiles and target fraction geometries. 1. PADDLE SHAFT (Standard Duty): Hexagonal shaft body with bolted paddle elements. Optimized for mixed C&D waste, green waste, and light demolition debris. Self-cleaning geometry prevents wrapping of fibrous materials. Available on: Impaktor 250 EVO II, Impaktor 350 EVO II. 2. TANGENTIAL SHAFT (Wood Specialist): Triangular cutting geometry with sharp-edged tangential blades. Produces clean, dimensionally consistent wood chips meeting G30-G100 specifications. Minimizes fines generation below 10 mm. Available on: Impaktor 250 EVO II, Impaktor 350 EVO II. 3. METAL SHAFT (Heavy Duty): Grab-tooth reinforced cassettes with increased tooth pitch for ferrous liberation. Engineered to withstand impact from engine blocks and cast components without shaft deflection. Minimum 200,000 Nm system torque required. Available on: Impaktor 350 EVO II, Impaktor 850. 4. STAR SHAFT (MSW/Refuse): Star-disk configuration with interlocking cutting edges. Handles heterogeneous MSW streams including bagged waste, textiles, and mixed plastics without wrapping or bridging. High throughput at low specific energy. Available on: Impaktor 1000. 5. CONCRETE SHAFT (Mineral): Hardfaced tooth segments with carbide inserts for abrasive mineral processing. Dual-shaft synchronous crushing produces cubical 0-50 mm aggregate from reinforced concrete. Rebar passes through without shaft damage. Available on: Impaktor 850, Impaktor 1100. Selection Criteria: Shaft selection is determined by three factors: (a) input material tensile/shear strength must be below shaft-rated maximum, (b) target output fraction must match shaft geometry capabilities, (c) throughput requirement must fall within shaft-specific operating envelope.

FLEET CONFIGURATION DECISION MATRIX

For operations processing multiple material types, the Quick-Change Cassette system enables shaft swaps in under 60 minutes without specialized tooling. This eliminates the need for dedicated single-material machines and maximizes fleet utilization. Recommended fleet configurations by operational profile: Profile 1 — Demolition Contractor (mixed C&D + concrete): Primary: Impaktor 850 with Concrete Shaft (132 ST/h concrete) Secondary: Impaktor 350 EVO II with Paddle Shaft (mixed debris) Cassette swap frequency: 2-3 times per week Profile 2 — Waste Management Operator (MSW + wood + RDF): Primary: Impaktor 1000 with Star Shaft (MSW pre-shredding) Secondary: Impaktor 250 EVO II with Tangential Shaft (wood/biomass) Cassette swap frequency: 1-2 times per week Profile 3 — Scrap Yard (ELV + scrap metal + white goods): Primary: Impaktor 350 EVO II with Metal Shaft (ELV and scrap) Secondary: Impaktor 850 with Metal Shaft (heavy scrap and white goods) Cassette swap frequency: 1 time per week Profile 4 — Mining/Quarry (OTR tires + natural stone): Primary: Impaktor 350 EVO II with Paddle Shaft (OTR tire pre-cutting) Secondary: Impaktor 850 with Concrete Shaft (quarry overburden) Cassette swap frequency: 1-2 times per week Each profile maximizes the Quick-Change advantage: instead of 4+ dedicated machines, a 2-machine fleet with cassettes covers the full material spectrum at 40-60% lower CAPEX.

INTERACTIVE DATA VISUALIZATION

LOADING CHART DATA...

Цілісність системи

nominal

Силовий блок

Гідравліка

Синхр. валів

Логіка SCU

Магн. сепар.

Охолодження

Телеметрія

Гусеничний привід

11:00:15 — MATRIX_INIT: 18 material classes x 5 shaft configurations = 90 data cells. Loading field-verified throughput data.

11:00:30 — SHAFT_PADDLE: Verified for concrete, C&D, mixed debris. Peak throughput: 320 t/h (Impaktor 850).

11:00:45 — SHAFT_TANGENTIAL: Verified for waste wood, green cuttings, biomass. Peak throughput: 80 m3/h (Impaktor 250 EVO II).

11:01:00 — SHAFT_METAL: Verified for scrap metal, ELV, white goods. Peak throughput: 40 t/h (Impaktor 350 EVO II).

11:01:15 — SHAFT_STAR: Verified for MSW, commercial waste, mixed plastics. Peak throughput: 80 t/h (Impaktor 1000).

11:01:30 — SHAFT_CONCRETE: Verified for reinforced concrete, asphalt. Peak throughput: 132 ST/h (Impaktor 850). Fraction quality: 0-50 mm.

11:01:45 — MATRIX_COMPLETE: All 90 cells populated with field-verified data. No theoretical projections used.

Лінійка Impaktor

250 EVO I250 EVO II350 EVO I350 EVO II850100011001250 E1250 D

REF: _26

Лінійка Impaktor · Технічні характеристики

IMPAKTOR 250 EVO II — Характеристики→IMPAKTOR 250 e-EVO II — Характеристики→IMPAKTOR 350 EVO II — Характеристики→IMPAKTOR 850 — Характеристики→IMPAKTOR 1000 — Характеристики→

// RELATED INDUSTRIAL ENTITIES8 nodes

MODELS

MATERIALS

Звіти верифікації · Зовнішні джерела

ARJES GmbH — Shaft Configuration Technical Manual 2026https://www.arjes.de/en/technology/shaft-systems ASTM D732 — Shear Strength of Plastics by Punch Toolhttps://www.astm.org/Standards/D732 EN 933-1 — Sieve Analysis of Aggregateshttps://standards.iteh.ai/catalog/standards/cen/bf2ea93b-9b9b-4e24-aa02-6c6e8ae9c9ae/en-933-1-2012

[ ЗАВАНТАЖЕННЯ => ДАНІ ]

Універсальний клас

Важкий клас

Надважкий клас

Архів машин

ENGINEERING COMPATIBILITY MATRIX: 18 MATERIALS X 5 SHAFTS

Тактичне зведення

ENGINEERING COMPATIBILITY MATRIX: 18 MATERIALS X 5 SHAFTS

Тактичне зведення

Резюме

Технічний аналіз

MATERIAL CLASS TAXONOMY

SHAFT CONFIGURATION MATRIX

FLEET CONFIGURATION DECISION MATRIX

INTERACTIVE DATA VISUALIZATION

Універсальний клас

Важкий клас

Надважкий клас

Архів машин

ENGINEERING COMPATIBILITY MATRIX: 18 MATERIALS X 5 SHAFTS

Тактичне зведення

ENGINEERING COMPATIBILITY MATRIX: 18 MATERIALS X 5 SHAFTS

Тактичне зведення

Резюме

Технічний аналіз

MATERIAL CLASS TAXONOMY

SHAFT CONFIGURATION MATRIX

FLEET CONFIGURATION DECISION MATRIX

INTERACTIVE DATA VISUALIZATION