RenAM500 PertanyaanRenishaw
RenAM 500 Q
RenAM500 Pertanyaan
Renishaw
RenAM 500 Q
tahun pembuatan
2019
Kondisi
Bekas
Lokasi
Pliezhausen 

Gambar menunjukkan
Tampilkan peta
Data mesin
- Nama mesin:
- RenAM500 Pertanyaan
- pabrikan:
- Renishaw
- Model:
- RenAM 500 Q
- Nomor mesin:
- 1QHY72
- tahun pembuatan:
- 2019
- Kondisi:
- bekas
- fungsi:
- berfungsi sepenuhnya
- Jam operasional:
- 2.400 h
Harga & Lokasi
- Lokasi:
- Karl-Benz-Straße 12, 72124 Pliezhausen, DE
Hubungi
Rincian penawaran
- ID iklan:
- A18630656
- Nomor referensi:
- 1QHY72
- pembaruan:
- terakhir pada 03.03.2025
Deskripsi
Processable materials: Metals in powder form. This includes, for example, stainless steels and tool steels, aluminum alloys, nickel-base alloys, and titanium alloys.
For more information on materials and surface finish, please visit our website.
Net weight: 2,040 kg
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Laser type: Ytterbium fiber
Laser power: 4 × 500 W
Dimensions: 2,165 mm x 1,236 mm x 2,130 mm (L x W x H)
Build volume (1): 250 mm × 250 mm × 350 mm (L x W x H)
Powder layer thickness: 20 μm to 120 μm
Typical process speed (3): 2 m/s (max. 10 m/s)
Build rate (2): Up to 254 cm³/h
Beam focus diameter: 80 μm with dynamic focus
Dynamic focus diameter: Up to 500 μm
Beam wavelength: 1,070 nm to 1,080 nm
Maximum laser modulation frequency: 20 kHz
Chamber atmosphere preparation time: 15 minutes (to < 1,000 ppm oxygen content)
Consumption during system fill/drain: < 1,200 l
Maximum argon consumption (during filling): 400 l/min
Continuous argon consumption (after initial filling): < 0.8 l/min
Working pressure in chamber: 10 mbar to 20 mbar
Argon supply connection: 3/8 in BSP quick-release connector
Argon quality: 20 ppm permissible impurity or better (purity grade of 99.998%)
Power supply (4): 380 V to 480 V AC, 63 A, 50 Hz to 60 Hz, 3-phase
Data connections (5): Standard network connection RJ45. Renishaw recommends using Cat 6 performance-rated network cables.
Ideal operating temperature (7): 18 °C to 22 °C (min./max.: 15 °C to 28 °C)
Ideal relative humidity (7): < 60% (max. < 80%)
Clearance below the machine (without base): 146 mm
Optical module protection rating: IP5X
Noise level: ≤ 70 dB
Compatible software: QuantAM, InfiniAM Camera, InfiniAM Spectral, Renishaw Central, and selected third-party software
(1) Build volume refers to the maximum build space wall to wall; usable area is usually smaller. Substrate plate not included in the dimensions.
(2) The maximum build rate excludes recoating time and depends on parameters, component geometry, and material.
(3) Typical process speed depends on parameters, component geometry, and material.
(4) Calculated maximum machine load is 50 A, nominal operating current is 32 A.
(5) Users may configure the network with their own control software. For further details, see the Operating Manual for the RenAM 500 Series Additive Manufacturing System, Renishaw Art. No. H-5800-3693.
(6) Due to differing electrical requirements, accessory article numbers may vary by country. Please contact your local service center for assistance.
(7) Temperature and humidity must not both be at their maximum values simultaneously and must remain below the dew point of 16 °C (61 °F) to prevent condensation on laser components. See Location Preparation and Installation Guide for the RenAM 500 Series Additive Manufacturing System, Renishaw Art. No. H-5800-3692.
Iklan ini diterjemahkan secara otomatis. Kesalahan terjemahan mungkin terjadi.
For more information on materials and surface finish, please visit our website.
Net weight: 2,040 kg
Fsdpfsv Ewaaox Adqjpn
Laser type: Ytterbium fiber
Laser power: 4 × 500 W
Dimensions: 2,165 mm x 1,236 mm x 2,130 mm (L x W x H)
Build volume (1): 250 mm × 250 mm × 350 mm (L x W x H)
Powder layer thickness: 20 μm to 120 μm
Typical process speed (3): 2 m/s (max. 10 m/s)
Build rate (2): Up to 254 cm³/h
Beam focus diameter: 80 μm with dynamic focus
Dynamic focus diameter: Up to 500 μm
Beam wavelength: 1,070 nm to 1,080 nm
Maximum laser modulation frequency: 20 kHz
Chamber atmosphere preparation time: 15 minutes (to < 1,000 ppm oxygen content)
Consumption during system fill/drain: < 1,200 l
Maximum argon consumption (during filling): 400 l/min
Continuous argon consumption (after initial filling): < 0.8 l/min
Working pressure in chamber: 10 mbar to 20 mbar
Argon supply connection: 3/8 in BSP quick-release connector
Argon quality: 20 ppm permissible impurity or better (purity grade of 99.998%)
Power supply (4): 380 V to 480 V AC, 63 A, 50 Hz to 60 Hz, 3-phase
Data connections (5): Standard network connection RJ45. Renishaw recommends using Cat 6 performance-rated network cables.
Ideal operating temperature (7): 18 °C to 22 °C (min./max.: 15 °C to 28 °C)
Ideal relative humidity (7): < 60% (max. < 80%)
Clearance below the machine (without base): 146 mm
Optical module protection rating: IP5X
Noise level: ≤ 70 dB
Compatible software: QuantAM, InfiniAM Camera, InfiniAM Spectral, Renishaw Central, and selected third-party software
(1) Build volume refers to the maximum build space wall to wall; usable area is usually smaller. Substrate plate not included in the dimensions.
(2) The maximum build rate excludes recoating time and depends on parameters, component geometry, and material.
(3) Typical process speed depends on parameters, component geometry, and material.
(4) Calculated maximum machine load is 50 A, nominal operating current is 32 A.
(5) Users may configure the network with their own control software. For further details, see the Operating Manual for the RenAM 500 Series Additive Manufacturing System, Renishaw Art. No. H-5800-3693.
(6) Due to differing electrical requirements, accessory article numbers may vary by country. Please contact your local service center for assistance.
(7) Temperature and humidity must not both be at their maximum values simultaneously and must remain below the dew point of 16 °C (61 °F) to prevent condensation on laser components. See Location Preparation and Installation Guide for the RenAM 500 Series Additive Manufacturing System, Renishaw Art. No. H-5800-3692.
Iklan ini diterjemahkan secara otomatis. Kesalahan terjemahan mungkin terjadi.
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Terdaftar sejak: 2025
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