Phaetus PH-6973090161958 Rapido Hotend HF Instruction Manual

Phaetus PH-6973090161958 Rapido Hotend HF

PRODUCT FEATURES

• Specially designed structure made just for high-speed printing
• Interchangeable design for different types of nozzles
• One-handed nozzle change
• Suitable for all filament types

SPECIFICATION

• Product Name: Rapido Hotend
• Product Size: q>24.0mm*75.0mm
• Default Nozzle: Plated copper 0.4/1. 75mm Volcano Plated copper 0.6/1.75mm HF: Plated copper 0.4/1.75mm, Hardened steel 0.4/1.75mm
• Product Color: Blue/Black
• Product Net Weight:
  • HF: 50.50g /
  • UHF: 53.65g
  • HF: Plated copper 0.4/1.75mm, Hardened steel

Product Exploded View

PARTS AND ACCESSORIES

• Collect Clip x 1 pcs
• Bowden Collect x 1 pcs
• 1.5 Hexagon Rod x 1 pcs
• 2.5 Hexagon Rod x 1 pcs
• M2.5*8.0 Hexagon Socket Head Screw x 4pcs
• Black Heatblock Extension Cord (810mm) x 1 pcs
• White Thermistor Extension Cord (910mm) x 1 pcs
• M2*1.8 Custom Semicircular Head with Gasket Screw x 1pcs
• M2.5*5 Custom Countersunk Hexagon Socket Screw x2pcs
• Plated Copper Nut x 1 pcs
• (UHF Version Only) UHF Silicone Sock x 1 pcs
• (UHF Version Only) H10.0 Open – Ended Wrench x 1pcs (UHF Version Only)
• Phaetus Volcano Plated Copper Nozzle 0.6mm x 1 pcs (UHF Version Only)

PRODUCT ADVANTAGE

• New design of the longer copper heatblock makes a larger molten area and meets the requirement of the high temperature and high speed printing.
• Cylindrical ceramic heating unit, makes heating more fully and evenly.
• Integral frame rigid structure of titanium alloy screws which has lower heat conductivity and realize the function of nozzle changement by one hand.
• Thin wall thickness heatbreak, eliminating the heat creep, realizing an excellent thermal insulation and no filament clog.
• The universal structure design realizes the fast switching of large flow and super large flow print heads.
• Interchangeable design of different types of nozzles to meet the requirements of high temperature and fiber filaments printing.

Normal Assembly Steps

1. Insert the bowden collect into the top of the adapter, insert the collect clip between the bowen collect and the adapter to secure the bowden collect.
2. Install the adapter on the heatsink using the M2.5*5 screws.
3. Insert the plug core into the large hole at the bottom of the heatsink, and gently hold the heatsink with a M3*6 head screw (the groove faces the central hole).
4. Insert the capillary tube on the heatblock to the central hole at the bottom of the heatsink, and the three holes on the heatblock should be aligned with the three supporting tubes on the heatsink.
5. Align the three supporting tubes at the bottom of the assembled heatsink with the three round holes on the heatblock (the direction of the wire on the heatblock should be staggered with the position of the head screw on the heatsink), and screw the titanium alloy screws of M1 .6*12. (The gap between the heatblock and the heatsink is about 2.5mm).
6. Tighten the M3*6 screw on the heatsink, and push the groove of the plug core against the capillary.
7. Install the nozzle in a hot – tightening manner.
8. Last step, install the silicone sock on the heatblock.

Ultra Flow Assembly Steps

1. Install the copper plated adapter nut on the CD 0.8 I CD1 .2 copper plated nozzle.
2. Install the nozzle on the heatblock in hot -tightening way.
3. Screw the copper plated adapter nut with the H1 o open – ended wrench, and stick the hexagon side of the nut to the bottom of the heatblock (The two sides should be fit tightly where the red arrow points below).

HOT-TIGHTENING

1. Hot – tightening is the last mechanical step bet ore the Rapido High Flow Hotend is ready! Hot – tightening is critical for sealing the nozzle and the heatbreak to ensure that molten filaments do not leak out of the hotend during use.

2. Using the printer’s control software ( or LCD screen) to set the hotend’s temperature to
   285°C. Wait one minute after its temperature reaches 285°C to equalize the temperature of all components.

3. Gently tighten the nozzle while fixing the heatblock with a wrench, and finally tighten the nozzle with a smaller 7.0mm wrench. This will keep the nozzle close to the heatbreak and ensure that the hotend does not leak.

4. The tightening torque of the hot nozzle is about 2.5NM, which is about the pressure applied by one finger on the small wrench.

COPYRIGHT

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Phaetus, the Phaetus logo, are trademarks of Phaetus, registered in China and other countries and regions.
Other company and product names mentioned herein may be trademarks of their respective companies.
Every effort has been made to ensure that the information in this manual is accurate. Phaetus is not responsible tor printing or clerical errors.

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