IHC Beaver 300 SE Cutter suction dredger

Transcription

1 The IHC Beaver 300 SE is an extremely successful tried-and-tested vessel. The dredger is dismountable and can be easily transported to any location. With its robust design, it is the preferred choice in its class due to low maintenance, excellent fuel consumption and high productivity levels. The key features include: efficiency and high performance (net available power on the dredging installation per installed power) due to the pump, gearbox and fresh-water engine cooling system transportable in only three containers engine mounted in the centre pontoon for protection and low noise levels durable heavy-duty marine engine safe and robust pump drive. Reliable and efficient The IHC Beaver is well known for its robust construction, reliable operation and excellent performance. To date, Royal IHC has supplied more than 800 of these standard cutter suction dredgers worldwide. Transportable and deliverable from stock IHC Beaver dredgers can be dismantled for transport via road, rail or sea. A wide range of optional equipment is available, as well as complementary auxiliary equipment, such as work boats and discharge pipelines. These vessels are mostly delivered from stock. Service and support IHC can provide a complete package of spare parts, maintenance support, equipment training programmes, dredging advisory services and dredge operators for hands-on instruction and commissioning. Main parameters Dredging depth Discharge diameter Total power 6m 260mm (larger diameters optional) 287kW PU 25B-6 IHC Beaver 300 SE Cutter suction dredger

2 IHC Beaver 300 SE Cutter suction dredger Dimensions Length overall (ladder raised) 15.75m Length over pontoons, approx. 12m Breadth 4.3m Depth 1.3m Main pontoon 7.0 x 2.2 x 1.3m Mean draught with full bunkers, approx. 0.88m Maximum standard dredging depth 6m Internal diameter of suction and discharge pipes 260mm Suction pipe diameter 260 mm Discharge pipe diameter 260 mm Dredge pump Maximum power at shaft Engine installation Diesel engine Continous engine power Electrical installation Voltage Battery capacity Cutter Power at shaft Maximum speed, approx. Ladder hoisting ram Retracting force (at 1.2m/min) Extending force (at 0.82m/min) IHC kW (358hp) Caterpillar C12 TA Acert 287kW@1,800rpm 206g/kWhr 24V DC 200Ah IHC , five-bladed with serrated edges 30kW (40hp) 830mm 35rpm Swing winches Line pull, first layer Maximum line speed, approx. Wire diameter Drum diameter The two swing winches have independent hydraulic drives, 75m wires and 160kg anchors 150kN 60kN 25kN 22m/min 12mm 322mm Spuds Length, approx. 8.6m 324mm Weight, approx. 960kg Spud-hoisting rams Force 42kN Ram stroke 1.6m Spud stroke (each time), approx. 2.5m Swing width with 35 swing each side At maximum dredging depth 14.5m At minimum dredging depth 18.0m Deck crane Lifting power 7.5kN Outreach 1.6m Tools Special tools are supplied for connecting and disconnecting pontoons and the cutter ladder, and for maintenance of the dredge pump and diesel engine. Other features standard design, allowing for short delivery times and competitive pricing spare parts available from stock fresh-water engine cooling system dredge pump driven through integrated bearing block, clutch and reduction gearbox cutter drive accepts temporary overload, resulting in high maximum cutter power reliable hydraulic system completely assembled and fully tested afloat before dlivery dismountable and transportable by road, rail or sea easy and fast assembly and dismantling ready for operation on arrival at site hydraulic ram for ladder hoisting white iron-wear parts for the dredge pump one-man operation wide range of services and optional equipment available (including work boats, boosters and pipelines). Optional extra s non-return valve increased discharge pipeline diameter increased dredging depth life-cycle support packages (including training, technical support, etc.) optional packages: comfort (including air conditioning); HSE (health, safety and environment); nautical; and inventory plus. Pump output in m 3 of in situ solids per effective pumping hour E D Internal diameter of discharge line = 300mm Dredging depth = 6m Maximum volumetric concentration of in situ solids of 20% Final elevation at end of discharge pipe = 4.0m C 1,000 2,000 3,000 4,000 5,000 6,000 7,000 8,000 9,000 Discharge length in meters B A Output calculated for: Soil type Decisive grain size Situ density A Fine sand 100µm 1,900kg/m 3 B Medium sand 235µm 1,950kg/m 3 C Coarse sand 440µm 2,000kg/m 3 D Coarse sand and gravel 1.3mm 2,100kg/m 3 E Gravel 7mm 2,200kg/m 3 Note Calculated output curves only indicate pumping capacity, based on the maximum available power on the pump shaft and free-flowing material. In actual practice, properties may vary from free-flowing, easily excavated to compacted, hard-to-excavate material. When used for estimation actual outputs, the nature of the material to be dredged and local job conditions must be considered. Please consult IHC for dredging conditions outside these curves. All rights reserved. Reproduction in any form or by any means is not allowed, without prior permission in writing from IHC Merwede Holding BV. IHC Holland BV P.O. Box 204, 3360 AE Sliedrecht Molendijk 94, 3361 EP Sliedrecht The Netherlands T info@ihcmerwede.com

3 IHC Beaver 40 Cutter suction dredger The IHC Beaver 40 is equipped with state-of-the-art technology, including the following key features: low maintenance and efficient power distribution with a single diesel engine a dredge pump with a large ball passage and excellent suction performance environmentally friendly solutions, such as LED lighting white iron-wear parts for the dredge pump first class ergonomics and diagnostics safe operation using PLC controls and interlocks easy to operate for a single person from the operator s seat control cabin placed on dampers to improve comfort and reduce noise. Reliable and efficient The IHC Beaver is well known for its robust construction, reliable operation and excellent performance. To date, Royal IHC (IHC) has supplied more than 800 of these standard cutter suction dredgers worldwide. Transportable and deliverable from stock IHC Beaver dredgers can be dismantled for transport via road, rail or sea. A wide range of optional equipment is available, as well as complementary auxiliary equipment, such as work boats and discharge pipelines. These vessels are mostly delivered from stock. Service and support IHC can provide a complete package of spare parts, maintenance support, equipment training programmes, dredging advisory services and dredge operators for hands-on instruction and commissioning. PU 25AA-6 Main parameters Dredging depth Discharge diameter Total power 8.0m (larger depth optional) 390mm (larger diameters optional) 483kW

4 IHC Beaver 40 Cutter suction dredger Dimensions Length overall (ladder raised), approx. 20.5m Length over pontoons 13.41m Breadth 5.72m Depth 1.51m Side pontoons x 1.47 x 1.47m Mean draught with full bunkers 1.10m Maximum standard dredging depth 8.0m Suction pipe diameter 390mm Discharge pipe diameter 390mm Total installed power 483kW Swing width with 35 swing each side At maximum dredging depth 18.0m At minimum dredging depth 22.5m Dredge pump Engine type Heavy duty engine power Electrical installation Voltage Battery capacity IHC , single-walled Caterpillar C18 TA Acert 1,800rpm 212.9g/kWhr 24V DC 260Ah Cutter IHC Lancelot Power at shaft 55kW 955mm Maximum speed, approx. 35rpm Ladder and swing winches Line pull, first layer Maximum line speed Wire diameter Drum diameter Swing wires length Anchor weight 40kN 25m/min 16mm 326mm 100m 240kg Spuds Length 11.0m 368mm Weight 1,369kg Spud hoisting cylinders Force 60kN Spud stroke (each time), approx. 3.1m Deck crane Lifting power 15kN Outreach 2.80m Other features standard design, allowing for short delivery times and competitive pricing spare parts available from stock durable heavy-duty marine engine compliant with IMO Tier II efficient fuel consumption fresh-water engine cooling system dredge pump driven through integrated bearing block, clutch and reduction gearbox cutter drive accepts temporary overload, resulting in high maximum cutter power reliable hydraulic system completely assembled and fully tested afloat before delivery dismountable and transportable by road, rail or sea ready for operation on arrival at site special tools are supplied for connecting and disconnecting pontoons and the cutter ladder, and for maintenance of the dredge pump and diesel engine wide range of services and auxiliary equipment available (including work boats, boosters and pipelines). Optional extra s spud-carriage installation anchor booms swivel bend non-return valve and vacuum-relieve valve production measurement, automation and positioning system Operator Assist System for online monitoring increased discharge pipeline diameter increased dredging depth life-cycle support packages (including training, technical support, etc.) optional packages: comfort (including air conditioning); HSE (health, safety and environment); nautical and inventory plus. Pump output in m 3 of in situ solids per effective pumping hour Discharge pipe diameter = 400mm Dredging depth = 8.0m Maximum volumetric concentration of in situ solids of 20% Final elevation at end of discharge pipe = 4.0m E D C B Discharge length in metres A Output calculated for: Soil type Decisive grain size Situ density A Fine sand 100μm 1,900kg/m 3 B Medium sand 235μm 1,950kg/m 3 C Coarse sand 440μm 2,000kg/m 3 D Coarse sand and gravel 1.3mm 2,100kg/m 3 E Gravel 7mm 2,200kg/m 3 Note: Calculated output curves only indicate pumping capacity, based on the maximum available power on the pump shaft and free-flowing material. In actual practice, properties may vary from free-flowing, easily excavated to compacted, hard-to-excavate material. When used for estimation actual outputs, the nature of the material to be dredged and local job conditions must be considered. Please consult IHC for dredging conditions outside these curves. All rights reserved. Reproduction in any form or by any means is not allowed, without prior permission in writing from IHC Merwede Holding BV. Royal IHC P.O. Box 1, 2960 AA Kinderdijk Smitweg 6, 2961 AW Kinderdijk The Netherlands T info@ihcmerwede.com

5 The IHC Beaver 45 is reliable, fuel efficient and has low maintenance costs. This robust and highly productive dredger is equipped with state-of-the art technology, including the following key features: low cost per cubic metre an exceptional rate of pumping power first class ergonomics and diagnostics Cutter Special pump that combines high efficiency and a large ball passage to provide a high level of availability low maintenance and efficient power distribution with a single diesel engine environmentally friendly solutions, such as LED lighting enhanced safety features. Reliable and efficient The IHC Beaver is well known for its robust construction, reliable operation and excellent performance. To date, Royal IHC (IHC) has supplied more then 800 of these standard cutter suction dredgers worldwide. Transportable and deliverable from stock IHC Beaver dredgers can be dismantled for transport via road, rail or sea. A wide range of optional equipment is available, as well as complementary auxiliary equipment, such as work boats and discharge pipelines. These vessels are mostly delivered from stock. Service and support IHC can provide a complete package of spare parts, maintenance support, equipment training programmes, dredging advisory services and dredge operators for hands-on instruction and commissioning. Main parameters Dredging depth Discharge diameter Total power 10.0m (larger depth optional) 450mm (larger diameters optional) 746kW PU 25AC-3 IHC Beaver 45 Cutter suction dredger

6 IHC Beaver 45 Cutter suction dredger Dimensions Length overall (ladder raised), approx. 26.1m Length over pontoons 16.50m Breadth 6.81m Depth 2.01m Side pontoons x 1.89 x 1.97m Mean draught with full bunkers 1.40m Maximum standard dredging depth 10.0m Suction pipe diameter 450mm Discharge pipe diameter 450mm Total installed power 746kW Swing width with 35 swing each side At maximum dredging depth 23.0m At minimum dredging depth 28.5m Dredge pump Engine type Continuous engine power Ball passage Electrical installation Voltage Battery capacity IHC HRCS , single-walled Caterpillar C32 TTA Acert 1,800rpm 204.9g/kWh 225mm 24V DC 400 Ah Cutter IHC , 5-bladed cutter Power at shaft 110kW 1,330mm Maximum speed, approx. 34rpm Ladder and swing winches Line pull, first layer Maximum line speed Wire diameter Drum diameter Swing wires length Anchor weight 57kN 25m/min 18mm 390mm 100m 360kg Spuds Length 13.85m 457mm Weight 2,260kg Spud hoisting cylinders Force 100kN Spud stroke (each time), approx. 3.5m Deck crane Lifting power 20kN Outreach 2.8m Other features standard design, allowing for short delivery times and competitive pricing spare parts available form stock durable heavy-duty marine engine compliant with IMO Tier II efficient fuel consumption fresh-water engine cooling system dredge pump driven through integrated bearing block,clutch and reduction gearbox white iron-wear parts for the dredge pump cutter drive accepts temporary overload, resulting in high maximum cutter power reliable hydraulic system completely assembled and fully tested afloat before delivery dismountable and transportable by road, rail or sea ready for operation on arrival at site one-man operation wide range of services and auxiliary equipment available (including work boats, boosters and pipelines). Optional extra's spud-carriage installation anchor booms swivel bend non-return valve and vacuum-relieve valve production measurement, automation and positioning system Operator Assist System for online monitoring increased discharge pipeline diameter increased dredging depth life-cycle support packages (including training, technical support etc.) optional packages: comfort (including air conditioning); HSE (health, safety and environment); nautical; and inventory plus. Pump output in m 3 of in situ solids per effec ve pumping hour Discharge pipe diameter = 450mm Dredging depth = 10.0m Maximum volumetric concentration of in situ solids of 25% Final elevation at end of discharge pipe = 4.0m E D C B A Discharge length in metres Output calculated for: Soil type Decisive grain size Situ density A Fine sand 100μm 1,900kg/m 3 B Medium sand 235μm 1,950kg/m 3 C Coarse sand 440μm 2,000kg/m 3 D Coarse sand and gravel 1.3mm 2,100kg/m 3 E Gravel 7mm 2,200kg/m 3 Note Calculated output curves only indicate pumping capacity, based on the average available power on the pump shaft and free-flowing material. In actual practice, properties may vary from free-flowing, easily excavated to compacted, hard-to-excavate material. When used for estimation actual outputs, the nature of the material to be dredged and local job conditions must be considered. Please consult IHC for dredging conditions outside these curves. All rights reserved. Reproduction in any form or by any means is not allowed, without prior permission in writing from IHC Merwede Holding BV. IHC Holland BV P.O. Box 204, 3360 AE Sliedrecht Molendijk 94, 3361 EP Sliedrecht The Netherlands T F info@ihcmerwede.com

7 The IHC Beaver 50 is reliable, fuel efficient, has low maintenance costs and is extremely productive at all dredging depths. It is equipped with state-of-the-art technology, including the following key features: low cost per cubic metre an exceptional rate of pumping power unrivalled in its class improved ergonomics and diagnostics Cutter Special pump that combines high efficiency and a large spherical passage to provide a high level of availability class certification (BV Coastal area) low maintenance and efficient power distribution with a single diesel engine environmentally friendly solutions, such as LED lighting enhanced safety features, such as a separate pump room. Reliable and efficient The IHC Beaver is well known for its robust construction, reliable operation and excellent performance. To date, Royal IHC (IHC) has supplied more than 800 of these standard cutter suction dredgers worldwide. Transportable and deliverable from stock IHC Beaver dredgers can be dismantled for transport via road, rail or sea. A wide range of optional equipment is available, as well as complementary auxiliary equipment, such as work boats and discharge pipelines. These vessels are mostly delivered from stock. Service and support IHC can provide a complete package of spare parts, maintenance support, equipment training programmes, dredging advisory services and dredge operators for hands-on instruction and commissioning. Main parameters Dredging depth Discharge diameter Total power 14.0m (larger depth optional) 500mm (larger diameters optional) 1,350kW PU 25X-5 IHC Beaver 50 Cutter suction dredger

8 IHC Beaver 50 Cutter suction dredger Dimensions Length overall (ladder raised), approx. 32.3m Length over pontoons 21.65m Breadth 7.87m Depth 2.44m Side pontoons x 2.40 x 2.44m Mean draught with full bunkers 1.45m Maximum standard dredging depth 14.0m Suction pipe diameter 550mm Discharge pipe diameter 500mm Total installed power 1,350kW Swing width with 35 swing each side At maximum dredging depth 29.0m At minimum dredging depth 36.5m Dredge pump Engine type Continuous engine power Ball passage Electrical installation Voltage Battery capacity Voltage (50Hz) Power (50Hz) Cutter Power at shaft Maximum speed, approx. Ladder and swing winches Line pull, first layer Maximum line speed Wire diameter Drum diameter Swing wires length Anchor weight IHC HRCS , single-walled Caterpillar 3512C HD SCAC 1,600rpm 199.5g/kWhr 250mm 24V DC 460Ah 230V AC 8kW IHC 10-CB-AL V04 170kW 1,455mm 30rpm 90kN 20m/min 22mm 457mm 100m 500kg Spuds Length 19.0m 559mm Weight 5,400kg Spud hoisting cylinders Force 262kN Spud stroke (each time), approx. 3.3m Deck crane Lifting power 30kN Outreach 3.25m Classification Bureau Veritas Class I, X Hull MACH Dredger - no propulsion Coastal area Other features standard design, allowing for short delivery times and competitive pricing spare parts available from stock durable heavy-duty marine engine compliant with IMO Tier II efficient fuel consumption fresh-water engine cooling system dredge pump driven through integrated bearing block, clutch and reduction gearbox white iron-wear parts for the dredge pump separate pump room to prevent the engine room from flooding cutter drive accepts temporary overload, resulting in high maximum cutter power reliable hydraulic system completely assembled and fully tested afloat before delivery dismountable and transportable by road, rail or sea ready for operation on arrival at site one-man operation on-board toilet wide range of services and auxiliary equipment available (including work boats, boosters and pipelines). Optional extra s spud-carriage installation anchor booms swivel bend discharge and vacuum-relief valve Lancelot cutterhead (special multi-blade) production measurement, automation and positioning system Operator Assist System for online monitoring increased discharge pipeline diameter increased dredging depth life-cycle support packages (including training, technical support etc.) optional packages: comfort (including air conditioning); HSE (health, safety and environment); nautical; and inventory plus. Pump output in m 3 of in situ solids per effec ve pumping hour Discharge pipe diameter = 500mm Dredging depth = 14.0m Maximum volumetric concentration of in situ solids of 25% Final elevation at end of discharge pipe = 4.0m E D C B Discharge length in metres A Output calculated for: Soil type Decisive grain size Situ density A Fine sand 100μm 1,900kg/m 3 B Medium sand 235μm 1,950kg/m 3 C Coarse sand 440μm 2,000kg/m 3 D Coarse sand and gravel 1.3mm 2,100kg/m 3 E Gravel 7mm 2,200kg/m 3 Note Calculated output curves only indicate pumping capacity, based on the maximum available power on the pump shaft and free-flowing material. In actual practice, properties may vary from free-flowing, easily excavated to compacted, hard-to-excavate material. When used for estimation actual outputs, the nature of the material to be dredged and local job conditions must be considered. Please consult IHC for dredging conditions outside these curves. All rights reserved. Reproduction in any form or by any means is not allowed, without prior permission in writing from IHC Merwede Holding BV. IHC Holland BV P.O. Box 204, 3360 AE Sliedrecht Molendijk 94, 3361 EP Sliedrecht The Netherlands T info@ihcmerwede.com

9 The IHC Beaver 65 DDSP is reliable, fuel-efficient, has low maintenance costs and high-productivity levels at all dredging depths. This robust dredger is equipped with state-of-the-art technology. The key features include: low cost per cubic metre a diesel directly driven submerged pump (DDSP) that makes it possible to dredge at high-mixture densities the Curve impeller that combines high efficiency with excellent suction performance and low-energy consumption first class ergonomics and diagnostics wear-resistant parts for the dredge pump class certification (BV Coastal area) integrated spud carriage installation. Reliable and efficient The IHC Beaver is well known for its robust construction, reliable operation and excellent performance. To date, Royal IHC (IHC) has supplied more than 800 of these standard cutter suction dredgers worldwide. Transportable and deliverable from stock IHC Beaver dredgers can be dismantled for transport via road, rail or sea. A wide range of optional equipment is available, as well as complementary auxiliary equipment, such as work boats and discharge pipelines. These vessels are mostly delivered from stock. Service and support IHC can provide a complete package of spare parts, maintenance support, equipment training programmes, dredging advisory services and dredge operators for hands-on instruction and commissioning. Main parameters Dredging depth Discharge diameter Total power 18.0m (larger depth optional) 650mm (larger diameters optional) 2,819kW PU25AB-5 IHC Beaver 65 DDSP Cutter suction dredger

10 IHC Beaver 65 DDSP Cutter suction dredger Dimensions Length overall (ladder raised), approx. 58.0m Length over pontoons 43.50m Breadth 12.44m Depth 2.97m Side pontoons x 4.67 x 2.97m Mean draught with full bunkers 1.95m Maximum standard dredging depth 18.0m Suction pipe diameter 650mm Discharge pipe diameter 650mm Total installed power 2,819kW Swing width with 35 swing each side At maximum dredging depth 48.5m At minimum dredging depth 59.5m Dredge pump IHC HR/MD , with Curve impeller inside Engine type Caterpillar 3516C SCAC Continuous engine power 1,600rpm 206.9g/kWhr Auxiliary power (cutter, winches and spuds) Engine type Prime power Electrical installation Voltage Battery capacity Voltage (50Hz) Power (50Hz) Cutter Power at shaft Maximum speed, approx. Ladder and swing winches Line pull, first layer Maximum line speed Wire diameter Drum diameter Swing wires length Anchor weight C32 DITTA Acert 994kW 207.2g/kWhr 24V DC 800Ah 230/400V AC 26kW IHC 20-CB-ACR kW in order to absorb load peaks 2,220mm 30rpm 240kN 23m/min 36mm 762mm 150m 1,500kg Spuds Length 23.4m 900mm Weight 15,500kg Pump output in m 3 of in situ solids per effec ve pumping hour E Discharge pipe diameter = 650mm Dredging depth = 18.0m Maximum volumetric concentration of in situ solids of 30% Final elevation at end of discharge pipe = 4.0m D C Discharge length in metres B A Spud hoisting cylinders Force 798kN Spud stroke (each time), approx. 3.75m Spud carriage travelling cylinder Stroke of cylinder 4.50m Deck crane Lifting power 40kN Outreach 5.10m Classification Bureau Veritas Class I, X HULL MACH Dredger - no propulsion Coastal area Other features standard design, allowing for short delivery times and competitive pricing spare parts available from stock durable heavy-duty marine engines compliant with IMO Tier II efficient fuel consumption fresh-water engine cooling system dredge pump driven through pivoting gearbox cutter drive accepts temporary overload, resulting in high maximum cutter power reliable hydraulic system completely assembled and fully tested afloat before delivery dismountable and transportable by road, rail or sea ready for operation on arrival at site one-man operation on-board toilet and wash basin special tools are supplied for connecting and disconnecting pontoons and the cutter ladder, and for maintenance of the dredge pump and diesel engine wide range of services and auxiliary equipment available (including work boats, boosters and pipelines). Optional extra's anchor booms IHC Spud Guard swivel bend discharge valve and vacuum-relief valve Lancelot cutterhead (special multi-blade) production measurement, automation and positioning system Operator Assist System for online monitoring increased discharge pipeline diameter increased dredging depth life-cycle support packages (including training, technical support etc.) accommodation optional packages: comfort (including air conditioning); HSE (health, safety and environment); nautical; and inventory plus. Output calculated for: Soil type Decisive grain size Situ density A Fine sand 100μm 1,900kg/m 3 B Medium sand 235μm 1,950kg/m 3 C Coarse sand 440μm 2,000kg/m 3 D Coarse sand and gravel 1.3mm 2,100kg/m 3 E Gravel 7mm 2,200kg/m 3 Note Calculated output curves indicate pumping capacity, based on the maximum available power on the pump shaft. When used for estimation actual outputs, the nature of the material to be dredged and local job conditions must be considered. Please consult IHC for dredging conditions outside these curves. All rights reserved. Reproduction in any form or by any means is not allowed, without prior permission in writing from IHC Merwede Holding BV. IHC Holland BV P.O. Box 204, 3360 AE Sliedrecht Molendijk 94, 3361 EP Sliedrecht The Netherlands T info@ihcmerwede.com