reprap-industrial-v1:technical-data
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reprap-industrial-v1:technical-data [2014/08/11 13:03] Markus Bürgener created |
reprap-industrial-v1:technical-data [2016/01/22 09:41] Markus Bürgener |
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| ===== Technical Data ===== | ===== Technical Data ===== | ||
| + | ==== Hardware revision v1.0 ==== | ||
| === General/dimensions/weights === | === General/dimensions/weights === | ||
| - | |Housing |aluminum-profile framework\\ acrylic glass\\ integrated LED lighting | | + | |<75% 40% 60%>| |
| - | |Positioning system |extruder head mounted on belt driven H-frame (X/Y-axis) \\ screw driven print table (Z-axis) | | + | | Housing | aluminum-profile framework\\ acrylic glass\\ integrated LED lighting | |
| - | |3D printing technology |Fused Filament Fabrication (FFF) | | + | | Positioning system | extruder head mounted on belt driven H-frame (X/Y-axis) \\ screw driven print table (Z-axis) | |
| - | |Length |800 mm | | + | | 3D printing technology | Fused Filament Fabrication (FFF) | |
| - | |Width |600 mm | | + | | Length | 800mm | |
| - | |Height |800 mm | | + | | Width | 600mm | |
| - | |Weight |approx. 40 kg (empty) | | + | | Height | 800mm | |
| - | |Connection cable |1.000 mm | | + | | Weight | 49kg (empty) | |
| + | | Connection cable | 1.000mm w. Schuko plug and IEC connector | | ||
| === Temperatures === | === Temperatures === | ||
| - | |Extrusion temperature |max. +300 °C | | + | |<75% 40% 60%>| |
| - | |Print bed temperature |max. +130 °C | | + | | Extrusion temperature | max. +300°C | |
| - | |Print chamber temperature |max. +70 °C | | + | | Print bed temperature | max. +130°C | |
| + | | Print chamber temperature | max. +70°C | | ||
| - | === Print === | + | === Hot ends === |
| - | |Print volume |200 x 185 x 280 mm (10.4 liter) | | + | |<75% 40% 25% 35%>| |
| - | |Extruder head |dual extruder with two separate extruder nozzles for multi-colored and/or multi-material printing | | + | | Screwable M6 brass nozzles A/F8 \\ (included in delivery) | Bore diameter\\ [mm] | Recommended layer height\\ First layer / following | |
| - | |Extruder nozzle diameters |0.25 / 0.35 / 0.5 / 0.75 mm | | + | |::: | 2x0.25 | 0.25 / 0.10 - 0.20 | |
| - | |Print bed |exchangeable 210 x 210 mm PEI/glass fabric/carbon composite sheet | | + | |::: | 2x0.35¹ | 0.35 / 0.10 - 0.28 | |
| - | |Layer height |min. 0.1 mm | | + | |::: | 1x0.50² | 0.50 / 0.20 - 0.40 | |
| - | |Reproduction accuracy |±0.1 mm | | + | |::: | 1x0.75 | 0.60 / 0.25 - 0.60 | |
| - | |Tolerance |±0.1 mm | | + | ¹ <wrap lo>Installed on the left hot end at delivery and preset in the Slic3r profiles available at the [[https://github.com/kuehlingkuehling/RepRap-Industrial-Slic3r-profiles|GitHub repository]] for single and dual extruder prints.</wrap>\\ |
| - | |Positioning step-width axes |X=0.028 mm\\ Y=0.019 mm\\ Z=0.003 mm | | + | ² <wrap lo>Installed on the right hot end at delivery and preset in the Slic3r profiles available at the [[https://github.com/kuehlingkuehling/RepRap-Industrial-Slic3r-profiles|GitHub repository]] for support material in dual extruder prints.</wrap> |
| + | === Print === | ||
| + | |<75% 40% 60%>| | ||
| + | | Print volume | 200x185x280mm (10.4 liter) | | ||
| + | | Extruder head | dual extruder with two separate extruder nozzles for multi-colored and/or multi-material printing | | ||
| + | | Print bed | exchangeable 210x210mm PEI/glass fabric/carbon composite sheet | | ||
| + | | Layer height | min. 0.1mm | | ||
| + | | Reproduction accuracy | ±0.1mm | | ||
| + | | Tolerance | ±0.1mm | | ||
| + | | Positioning step-width axes | X=0.028mm\\ Y=0.019mm\\ Z=0.003mm | | ||
| - | === Electronics === | + | === Material === |
| - | |Drives |3 x 1.2 A stepper motor (XYZ positioning drives)\\ 2 x 1.2 A planetary gear drive stepper motor (extruder drives) | | + | |<75% 40% 60%>| |
| - | |Stand-alone operating module |integrated capacitive 10” touchscreen controller | | + | | Printable materials | ABS, PLA, HIPS, PVA, PC, PA12, PET | |
| - | |Integrated computer |BeagleBone Black | | + | | Filament diameter | 2.85±0.1mm | |
| - | |Machine control |RUMBA board | | + | | Available filament qty. | 0.75kg spool (200x55mm)\\ 2.30kg spool (296x100mm) | |
| - | |Load switching |5 x 15 A MOSFET board | | + | |
| - | |Power supply unit |1000 W with DC connector panel, power plug and main switch\\ 110 … 230 V AC, 13-6.5 A, 50/60 Hz | | + | |
| - | |Fans |3 x 119x119x25 mm, 12 V, 140 m³/h axial fan (heat chamber circulation and cooling system)\\ 1 x 80x80x25, 12 V, 33 m³/h axial fan (air filter) | | + | |
| - | |Network |Ethernet 10/100, RJ45 | | + | |
| + | === Power and Electronics === | ||
| + | |<75% 40% 60%>| | ||
| + | | Power consumption (total) | approx. 800W | | ||
| + | | Power supply unit | 1000W with 12V(DC) connector panel, power plug and main switch 110 … 230V(AC), 13-6.5A, 50/60Hz | | ||
| + | | Drives | 3x 1.2A stepper motor (XYZ positioning drives)\\ 2x 1.2A planetary gear drive stepper motor (extruder drives) | | ||
| + | | Stand-alone operating module | integrated capacitive 10” touchscreen controller | | ||
| + | | Integrated computer | BeagleBone Black | | ||
| + | | Machine control | RUMBA microprocessor board | | ||
| + | | Load switching | 5x 15A MOSFET board | | ||
| + | | Fans | 3x 119x119x25mm, 12V, 140m³/h axial fan (heat chamber circulation and cooling system)\\ 1x 80x80x25, 12V, 33m³/h axial fan (air filter) | | ||
| + | | Network | Ethernet 10/100, RJ45 | | ||
| - | === Sensor technology === | ||
| - | |Limit switch\\ H-frame (X/Y) and print table (Z) |magnetic hall endstops | | ||
| - | |Filament end recognition |mechanic limit switch | | ||
| - | |Temperature sensors\\ extruder nozzle, print table, print chamber |300 °C thermistors | | ||
| - | === Material === | + | === Sensors === |
| - | |Printable materials |ABS, PLA, HIPS, PVA, PC, PA and more | | + | |<75% 40% 60%>| |
| - | |Filament diameter |2.85±0.1 mm | | + | | Limit switch\\ H-frame (X/Y) and print table (Z) | magnetic hall endstops | |
| - | |Available filament qty. |0.75 kg spool (200 x 55 mm)\\ 2.30 kg spool (296 x 100 mm) | | + | | Filament end recognition | mechanic limit switch | |
| + | | Temperature sensors\\ extruder nozzle, print table, print chamber | 300°C thermistors | | ||
| === Closed loop water cooling system === | === Closed loop water cooling system === | ||
| - | |Pump |12 V DC circulation pump with integrated compensation reservoir | | + | |<75% 40% 60%>| |
| - | |Throughput |approx. 210 l/h | | + | | Pump | 12V(DC) circulation pump with integrated compensation reservoir | |
| - | |Radiator |120 mm full copper radiator | | + | | Throughput | approx. 210l/h | |
| - | |Fan |see [[#Electronics|electronics]] | | + | | Radiator | 120mm full copper radiator | |
| - | |Hose diameter |G1/4” | | + | | Fan | see [[#Electronics|electronics]] | |
| - | |Coolant |Innovatek Protect IP ready-to-use | | + | | Hose diameter | G1/4” | |
| - | |Coolant qty. |approx. 250 ml | | + | | Coolant | Innovatek Protect IP ready-to-use | |
| + | | Coolant qty. | approx. 250ml | | ||
| === Air filter === | === Air filter === | ||
| - | |Air filter |fan duct with exchangeable activated charcoal container | | + | |<75% 40% 60%>| |
| - | |Fan |see [[#Electronics|electronics]] | | + | | Air filter | fan duct with exchangeable activated charcoal container | |
| - | |Filling |10 g, Ø4 mm activated charcoal granule | | + | | Fan | see [[#Electronics|electronics]] | |
| + | | Filling | 10g, Ø4mm activated charcoal granules | | ||
| === Ambient conditions === | === Ambient conditions === | ||
| - | |Operating temperature |+18 °C ... +27 °C | | + | {{anchor:td-ac:}} |
| - | |Storage temperature |+5 °C ... +35 °C | | + | |<75% 40% 60%>| |
| - | |Rel. air humidity |max. 70 % | | + | | Operating temperature | +18°C ... +27°C | |
| + | | Storage temperature | +5°C ... +35°C | | ||
| + | | Rel. air humidity | max. 70% | | ||
| + | | Setup site | no excessive formation of dust (e.g. near woodworks, CNC machining centers) | | ||
reprap-industrial-v1/technical-data.txt · Last modified: 2016/07/07 10:20 by Simon Kühling
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