Sistem lengan pengait

Scania R520 V8 6x2/4 / EPSILON CRANE + HOOKLIFT

Tahun pembuatan: 2003, Kondisi: bekas, Bollegraf Hammermühle AS 75/850 Bouwjaar: 2003 Vermogen: Geschiktheid: Invoersectie: Rotor- Rotorbreedte: 850 mm Prijs: 24.500 euro Contactpersoon: de heer Rainer Eckerle Hsdpfxeg T Id Nj Abhsfc

Kondisi: baru, Tahun pembuatan: 2026, drum chipper ATH 300 series S&F chipping machines and drum chippers with horizontal feed are used in numerous sectors of the wood processing industry (sawmills, woodworks). Chippers from the "ATH" series produce high-quality, homogeneous wood chips from residual wood with a low proportion of fines, for example as quality wood chips for the pulp industry or as fuel chips for energy generation. ATH 300 Series - Infeed height: 300 mm Hfedpfxeuz Hmxj Abhsc - Infeed width: 500 | 700 | 1000 mm - Number of chipping knives: 2 - 6 pcs. - Number of counter-knives: 2 pcs. - Rotor diameter: 700 mm - Number of infeed rollers: 3 pcs. - Throughput capacity: up to approx. 70 stacked cubic meters/hour * - Chip length: 5 - 80 mm - Chipper drive power: 37 - 250 kW - Infeed roller drive power: 2 x 3.0 kW - Operating/control voltage: 400/220 V, 50 Hz - Weight: 3,500 - 5,000 kg *depending on chip length, kW main motor, number of knives, and feed system Advantages: - Maximum throughput - Low proportion of fines - Low maintenance - Flexible application - Custom manufacturing Need more information? Contact us! We are happy to advise you. Drum chipper | Wood chipper | Chipper | Chipping machine | Wood chipping machine | Shredder | Wood size reducer

Kondisi: baru, daya: 44 kW (59,82 hp), Tahun pembuatan: 2025, de Hfodjq Nf Enjpfx Abhjc

Kondisi: diremaj di bengkel (bekas), Tahun pembuatan: 2007, jam operasional: 22.605 h, Fungsionalitas: berfungsi sepenuhnya, gaya penekanan: 100 t, lebar bukaan pengisian: 1.100 mm, panjang bukaan pengisian: 1.600 mm, lebar bal: 1.100 mm, tinggi bal: 1.100 mm, berat bal: 1.400 kg, arus masuk: 238 A, berat keseluruhan: 36.000 kg, kapasitas tangki oli: 1.300 l, For sale is a refurbished baler with 100 t press force, large-format bales 1100 x 1100 mm, 75 kW drive power and 10-way cross-tying. Technical specifications baler: Manufacturer: Bollegraaf Model: HBC 110 K / 75 kW Year of manufacture: 2007 Main press force: 100 t Pre-press force: 50 t Operating hours: 22,605 h Feed opening dimensions: 1,600 x 1,100 mm Filling volume / press cycle: 3.15 m³ Theoretical cycle time: 19 seconds Bale size: 1,100 x 1,100 mm Drive power: 75 kW Connected load: 126 kW Total current consumption: 238 A Tying: 5-fold vertical, 5-fold horizontal, fully automatic Throughput at bulk density of: - 30 kg/m³: approx. 16 t/h - 50 kg/m³: approx. 25 t/h - 100 kg/m³: approx. 47 t/h Bale weight up to 1,400 kg, depending on material and bale length Hydraulic oil tank capacity: approx. 1,300 l PLC control: Telemecanique TSX Micro Hedjvf E Avspfx Abhsfc Operating panel: Schneider MAGELIS Touch Baler dimensions with hopper: 11,750 x 5,000 x 7,105 mm (L x W x H) Transport dimensions without baler: 11,765 x 2,500 x 3,450 mm (L x W x H) Baler weight: approx. 36 t Remarks: The baler has been partially overhauled, serviced in our workshop, and tested after completion of work before being stored. The machine is available at short notice and can be inspected at our warehouse by appointment. The following refurbishment works have been carried out: - Descaling and partial repainting of the baler. - Hydraulic oil tank drained, oil and air filters replaced. - New hydraulic oil filled. - All hydraulic hoses renewed. - Main hydraulic cylinder, two cylinders of the pre-press flap and the channel cylinder disassembled, dismantled, inspected, cylinder tubes honed, all seal kits replaced and final pressure tested. - Pre-press flap with bearings and bearing blocks disassembled. First and third circular arc segments removed and newly welded in. - Both shaft bearings for the pre-press flap renewed. - Upper material guide on the frame for the pre-press flap renewed. - Plunger disassembled, inspected and both front roller guides renewed. - Material guides and wear strips at the sides and on the bottom of the plunger cut out and newly welded in. - Horizontal and vertical needle and tying units disassembled, dismantled, inspected, plastic slide plates, bearings on twister shafts, and wire divert rollers with bearings in the needle heads renewed. - Both bronze slide rails left and right in the frame cover for the plunger renewed. - Both wire divert units left and right, including bale retaining clamps, fully renewed. - Wire infeed unit including hydraulic cylinder below the needle passes fully renewed. - Wire mark/scoring in the bottom and sidewalls of the channel welded up and smoothed. - General maintenance and service work carried out in line with manufacturer specifications. - Baler tested in manual and automatic mode, accepted and stored after completion of refurbishment works. We assume no liability for the technical details or possible errors.

Kondisi: sangat baik (bekas), jenis bahan bakar: listrik, warna: hijau, Tahun pembuatan: 2015, jam operasional: 25.987 h, en_001 Hodpot Dlv Nsfx Abhofc

Tahun pembuatan: 2026, Kondisi: baru, ASM Series Vibratory Screening Machine S&F oscillating and flat deck screens are used in a wide range of applications within the wood processing industry (sawmills, pellet plants). Screening machines of the "ASM" series are designed for screening wood chips, wood pellets, sawdust, wood shavings, recycled wood, biomass, and many other sawmill by-products in both dry and wet environments. The material-friendly, horizontally circular motion of the inclined screen box ensures high separating efficiency in the oscillating sieve. A key advantage of this screen is that long and fibrous particles slide diagonally to tangentially across the screening surface. This prevents clogging and wedging of material—an advantage over throw screens. Additional benefits include a robust design, high screening performance, and long, low-maintenance service life. In addition to standard sizes, the company also offers the "ASM" series as a custom solution in split design for existing installations. This enables the integration of new screening machines even in confined and hard-to-access spaces in existing plants or sawmills. ASM series screening machines provide screen areas from 0.5 to 15 m² (per deck) and feature high throughput capacities (up to 350 m³/h, depending on material). At a glance: - Ideal for: wood chips, pellets, sawdust, biomass, bark, waste wood, substitute fuels - Applications: wood industry, recycling and waste management, animal feed - Screening area: 0.5 – 15 m² (up to 30 m² in double-deck design) - Throughput (material-dependent): up to 350 m³/h - Separation size: 0.1 – 150 mm (depending on model) - Drive power: 0.55 – 15.0 kW (depending on model) Advantages: - High throughput capacity - Precise separation - No clogging or wedging of material - Low noise and low maintenance - Flexible application - Custom manufacturing available Hfodoin Ey Sjpfx Abhoc Need more information? Contact us! Our team is happy to advise you.

Kondisi: baru, daya: 55 kW (74,78 hp), Tahun pembuatan: 2025, Ein Hammerbrecher ist eine Maschine, die mittels schnell rotierender Schlaghämmer Materialien zerkleinert und bricht. Er findet breite Anwendung in verschiedenen Branchen, unter anderem im Bergbau, der Zementherstellung, dem Bauwesen, der Metallurgie und der chemischen Industrie. Das Grundprinzip eines Hammerbrechers besteht aus einem zentralen Rotor mit Hämmern oder Schlagleisten, die rotieren und das zu brechende Material gegen eine harte Oberfläche schleudern. Die wichtigsten Merkmale und Komponenten eines typischen Hammerbrechers sind: 1. Rotor: - Der Rotor bildet das zentrale Bauteil des Hammerbrechers. Er besteht in der Regel aus einer Welle mit mehreren Scheiben oder daran befestigten Hämmern. - Durch die Rotation des Rotors schwingen die Hämmer nach außen und treffen auf das Material. 2. Hämmer: - Dabei handelt es sich um die schlagenden bzw. zerkleinernden Elemente, die am Rotor befestigt sind. Sie können fest montiert oder beweglich gelagert sein. - Das Material wird durch die Aufprallenergie der Hämmer zerkleinert. 3. Gehäuse: - Das Gehäuse umschließt den Rotor und die Hämmer, sorgt für die statische Stabilität sowie Sicherheit. - Es dient zudem der Aufnahme des zerkleinerten Materials und leitet dieses zum gewünschten Austragspunkt. 4. Sieb- oder Gitterroste: - Am unteren Ende des Brechergehäuses sind Sieb- oder Gitterroste angebracht, die die Korngröße des Ausgangsmaterials steuern, indem sie kleinere Partikel durchlassen und größere zur weiteren Zerkleinerung im Brechraum halten. 5. Prallplatte: - Diese ist in der Nähe des Materialaustrags positioniert und nimmt einen Teil der Aufprallenergie auf, um übermäßigen Verschleiß am Gehäuse zu verhindern. 6. Antrieb: - Der Hammerbrecher wird üblicherweise von einem Elektromotor angetrieben, der über einen Riemenantrieb oder eine Kupplung mit dem Rotor verbunden ist. - Der Motor liefert die erforderliche Kraft für die Rotation und damit den Zerkleinerungsprozess. 7. Verstellbarer Austrag: - Bei einigen Modellen kann die Spaltweite zwischen Prallplatte und Hämmern verstellt werden, um die Korngröße des Endprodukts einzustellen. 8. Einsatzgebiete: Hfedpfx Ajq I Nxdsbhec - Hammerbrecher werden zum Zerkleinern verschiedenster Materialien wie Kohle, Kalkstein, Gips, Zuschlagstoffe und weiterer Mineralien eingesetzt. - Im Bergbau dienen sie zur primären und sekundären Zerkleinerung von Erzen. - In der Zementindustrie werden sie zur Aufbereitung von Kalkstein und anderen Rohstoffen vor dem Rohmehlprozess verwendet. 9. Wartung und Sicherheit: - Zur Aufrechterhaltung eines effizienten Betriebs ist eine regelmäßige Wartung erforderlich, einschließlich Kontrolle und Austausch verschlissener Hämmer, Rotorinspektion und Schmierung beweglicher Komponenten. - Sicherheitseinrichtungen wie Wartungstüren und Schutzvorrichtungen sind integriert, um Unfälle während Betrieb und Wartung zu vermeiden. Hammerbrecher sind vielseitige Maschinen, geeignet für die Grob- und Feinzerkleinerung unterschiedlichster Materialien. Größe und Ausführung richten sich nach dem jeweiligen Anwendungsfall und den Materialeigenschaften. Für optimalen Betrieb und ein sicheres Arbeitsumfeld sind die Herstellervorgaben sowie die geltenden Sicherheitsvorschriften zu beachten.

Tahun pembuatan: 2023, Kondisi: baru, Polyp scrap grab for Palfinger Hiab cranes Capacity: 300 l / 0.3 m³ Model: 4-tine – semi-closed Gross weight: 450 kg Hodpjnziblefx Abhofc

Kondisi: sangat baik (bekas), jam operasional: 2.658 h, Fungsionalitas: berfungsi sepenuhnya, gaya penekanan: 71 t, lebar bukaan pengisian: 1.000 mm, panjang bukaan pengisian: 1.620 mm, lebar bal: 1.100 mm, tinggi bal: 720 mm, berat bal: 600 kg, arus masuk: 200 A, kapasitas tangki oli: 1.250 l, berat kosong: 29.000 kg, Technical Data – Baler: Manufacturer: BOA Recycling Systems B.V. Model: Impress M75-45-A-5-1.6 Ecoline Year of manufacture: 2021 Operating hours: 2,658 hours (as of May 2024) Number of bales produced: 42,212 units (as of May 2024) Main press force: 71.2 kN (71 t) Specific compaction pressure: 9 kg/cm² Operating pressure: 280 bar Cylinder stroke: 2,200 mm Charge box dimensions: 1,620 x 1,000 mm Filling volume per press cycle: 2.4 m³ Theoretical cycle time: 21 seconds Theoretical throughput: 450 m³/hour Bale dimensions: 1,100 x 720 mm; length adjustable up to 1,400 mm Hfsdpfsu Thcvsx Abhsc Drive power: 45 kW Connected load: 100 kW Current consumption: 200 A Tying: 5-fold vertical, fully automatic; ram pre-equipped for additional 3-fold horizontal tying Throughput rates at bulk densities of: – 30 kg/m³: approx. 13.6 t/hour – 60 kg/m³: approx. 24.2 t/hour – 100 kg/m³: approx. 36.4 t/hour – 150 kg/m³: approx. 54.7 t/hour Bale weight: up to 600 kg, depending on material Hydraulic oil tank capacity: 1,250 L PLC control: Siemens S7 1500 Operator panel: Siemens SIMATIC HMI TOUCH Transport dimensions (Baler): 10,000 x 2,800 x 3,385 mm (L x W x H) Baler height (assembled with feed chute): 4,743 mm Baler height (assembled with conveyor): 7,123 mm Machine weight (Baler): 29 t Noise level:

Kondisi: baru, Hydraulic winch HAW3000 with electric valve and radio remote control for wheel loaders, excavators, cranes, mini excavators, tractors, and agricultural machinery in viticulture, horticulture, building construction, civil engineering, and many other applications. The HAW3000 hydraulic attachable winch makes a wide variety of operations significantly easier. Hfsdpfofn Tu Tox Abhsc Maximum rope capacity at 3000 kg pulling force: 40 m with 8 mm wire rope. Maximum rope capacity at 1700 kg pulling force: 70 m with 6 mm wire rope. Maximum rope capacity at 3000 kg pulling force: 70 m with 6 mm synthetic rope. Maximum rope capacity at 2000 kg pulling force: 100 m with 5 mm synthetic rope. Maximum rope capacity at 1000 kg pulling force: 220 m with 4 mm synthetic rope. Standard configuration: 30 m 8 mm wire rope ⦁ Suitable for viticulture, agriculture, forestry, and horticulture ⦁ For construction, civil engineering, and roadworks ⦁ Ideal for uprooting tree stumps and trees ⦁ Can be mounted on logging cranes and excavators ⦁ Also suitable for tractors, work machines, and grape harvesters Robust steel construction with 3-way mounting options (left, right, rear) with M12 threaded holes. This allows for a wide range of mounting possibilities. (Threaded holes are cut and painted; re-cutting is required before use for corrosion protection.) Large, greaseable sheave for long wire rope life. ⦁ Max. operating pressure: 240 bar (peak) ⦁ Oil flow up to 125 l/min, maximum 150 l/min (short term) ⦁ Maximum pulling force: 3000 kg ⦁ Rope speed: 100 m/min at 125 l/min oil flow ⦁ Weight: 95 kg ⦁ Colour: red The winch can be installed in various positions. A hydraulic brake is available as an option. Depending on the required pulling speed and force, we can offer you different options. Contact us—our team will be happy to advise you.