ACHI Raycus relfar

Raycus Relfar 3000W 4-in-1 Handheld Fiber Laser Welding Machine User Manual

Model: Raycus Relfar | Brand: ACHI

1. Okwu mmalite

This manual provides essential information for the safe and efficient operation of your Raycus Relfar 3000W 4-in-1 Handheld Fiber Laser Welding Machine. This versatile machine integrates welding, cutting, cleaning, and weld cleaning functions, offering high performance for various metal processing tasks.

Atụmatụ gụnyere:

  • Four-in-one intelligent mode: Seamless switching between welding, cutting, cleaning, and weld cleaning for different materials and thickness requirements.
  • High beam quality: Stable fiber laser output with concentrated energy, resulting in excellent weld depth-to-width ratio and minimal heat-affected zone.
  • Precision technology: Produces smooth and flat weld seams, often eliminating the need for secondary grinding. Airtightness up to IP68 standard.
  • Ịrụ ọrụ dị elu: Welding speeds 3-10 times faster than traditional methods, improving productivity and reducing labor costs.
  • Low cost: Welding process requires no consumables, minimizing additional expenses.
  • Nhazi dị fechaa: The handheld gun weighs approximately 0.7kg, allowing for extended use without fatigue.

2. Ịdọ aka ná ntị na nchekwa nchekwa

WARNING: Laser radiation can cause severe eye and skin damage. Always wear appropriate personal protective equipment (PPE) and follow all safety guidelines.

2.1 Nchekwa izugbe

  • Gbaa mbọ hụ na igwe agbaala n'ala nke ọma tupu arụ ọrụ.
  • Never look directly into the laser beam or its reflection.
  • Debe ebe a na-arụ ọrụ ọcha na enweghị ihe ndị nwere ike ire ọkụ.
  • Do not operate the machine if any components are damaged or malfunctioning.
  • Only trained personnel should operate and maintain this equipment.

2.2 Ngwa nchekwa nkeonwe (PPE)

Always wear the following PPE during operation:

  • OD7 Level Laser Safety Glasses: Essential for eye protection against laser radiation.
  • Welding Helmet/Mask: Provides additional face and eye protection during welding.
  • Welding Gloves: Protect hands from heat, sparks, and laser radiation.
  • Uwe mkpuchi: Wear long sleeves and pants made of flame-resistant material.

2.3 Atụmatụ nchekwa

The machine is equipped with several safety designs:

  1. Air Gbanye
  2. Laser Switch 1
  3. Bọtịnụ Nkwụsị Mberede
  4. Safety Ground Wire Clamp
  5. Laser Switch 3
  6. Laser Switch 2
Diagram illustrating Six Safety Designs: Air Switch, Laser Switch 1, Emergency switch, Safety ground wire clamp, Laser Switch 3, Laser Switch 2, and Personal Protective Gifts (OD7 Level Mask, Welding gloves, OD7 Level glasses).
Figure 2.3.1: Six Safety Designs and Personal Protective Equipment

3. Ihe ngwugwu

Nyochaa na etinyere ihe niile edepụtara n'okpuru na ngwugwu gị:

Comprehensive packing list with images of all included accessories: water chiller, wire feeder, laser source, handheld laser gun, nozzles, LCD display, gloves, protective helmets, glasses, protective lenses, F800 cleaning lens, wheels, power cables, welding wire, and safe clip/wrench.
Ọgụgụ 3.1: Ndepụta nkwakọ ngwaahịa
  • 1x S&A CWFL series Water Chiller
  • 1x Wire Feeder (Single or Dual, as selected)
  • 1x Raycus Laser Source (1000W/1500W/2000W/3000W, as selected)
  • 1x Handheld Laser Gun
  • 1 set Nozzles
  • 1x LCD Display Screen
  • 1 Jikọọ uwe aka
  • 1x Protective Helmet
  • 1x OD7 Level Glasses
  • 10 Pcs Protective Lenses
  • 1 Pcs F800 Cleaning Lens
  • 4x Wheels and Wire Feed Wheel
  • 1 x eriri ọkụ
  • 1x Cable for Laser Source
  • 1 roll 1.2mm ER304 Steel Welding Wire
  • 1x Safe Clip and Wrench

4. Ngwaahịa gafereview

The Raycus Relfar 4-in-1 laser machine consists of the main laser unit, a water chiller, a wire feeder, and a handheld laser gun. Below are diagrams illustrating the main components and their connections.

Diagram of the laser welding system components, including the main unit, water chiller, wire feeder, and handheld gun, with labeled parts like display screen, laser switch, and optical fiber tube.
Figure 4.1: System Component Diagram
Product details diagram with labels for optical fiber tube & cooling tube, power, laser switch, indicator light, stop switch, display screen, Relfar handheld gun, handle, wire feeding port, power switch, Raycus Laser Source, and S&A.
Figure 4.2: Main Unit and Wire Feeder Details

4.1 Akụkụ isi

  • Customized Chassis: High-material carbon steel shell with anti-corrosion plastic spraying.
  • S&A Water Tank: Industrial-grade water cooler for efficient cooling and extended component lifespan.
  • 10m Fiber Optic Cable: Provides flexibility for working in various positions and higher places.
  • Wheel Universal: Resistant to oil, dirt, and impact, with easy locking for stability.
Features of the customized chassis: outer chassis (carbon steel, anti-corrosion), S&A Water Tank (industrial-grade cooler), 10m Fibre optic cable, and universal wheels.
Figure 4.3: Main Unit Chassis Features

4.2 Handheld Laser Gun

The handheld laser gun is designed for ergonomic use and supports various applications by changing the welding/cutting/cleaning heads.

Zuru ezu view of the handheld welding gun heads, showing components for cutting, descaling, and welding, with a weight of 0.72KG.
Figure 4.4: Handheld Welding Gun Heads

5. Nhazi ntuziaka

Follow these steps to set up your laser welding machine:

  1. Iwepu: Carefully unpack all components and verify against the packing list.
  2. Nkwanye: Position the main laser unit and water chiller on a stable, level surface in a well-ventilated area. Ensure sufficient space around the units for air circulation.
  3. Nwụnye wheel: Attach the four universal wheels to the main unit for mobility, if not already installed.
  4. Water Chiller Connection: Connect the S&A water chiller to the main laser unit using the provided cooling tubes. Ensure proper water flow direction as indicated on the chiller. Fill the chiller with distilled or deionized water to the recommended level.
  5. Njikọ eriri fiber optic: Connect the 10m fiber optic cable from the laser source to the handheld laser gun. Handle the fiber optic cable with care to avoid damage.
  6. Wire Feeder Connection (if applicable): If using a wire feeder, connect it to the main unit and install the welding wire (e.g., 1.2mm ER304 Steel Welding Wire). Ensure the wire feeding port is correctly aligned.
  7. Njikọ ike: Connect the main power cable to the laser unit and a suitable power outlet (380V for 3000W models). Ensure the air switch is in the OFF position before connecting.
  8. Nda ala: Attach the safety ground wire clamp to a reliable ground point.
  9. Nyocha mbụ: Before powering on, double-check all connections, water levels, and ensure all safety switches are accessible.

6. Ntuziaka ọrụ

6.1 Power On and System Initialization

  1. Ensure all safety precautions are in place and PPE is worn.
  2. Turn on the main air switch.
  3. Activate Laser Switch 1 and Laser Switch 2 (if applicable).
  4. The LCD display screen will power on. Use the touch screen to navigate the control system.
  5. Select your preferred language (supports 28 languages).
  6. Check for any status alerts on the display.
Image showing the control system with touch screen supporting 28 languages, with options for Status Alerts, Parameter setting, and Simple operation.
Figure 6.1: Control System Touch Screen

6.2 Function Selection (4-in-1 Modes)

The machine offers four primary functions: Welding, Cutting, Cleaning, and Weld Cleaning. Select the desired mode from the touch screen interface.

Visual representation of the four functions: Soldering (welding), Cleaning, Cutting, and Weld Seam Cleaning.
Figure 6.2: 4-in-1 Function Overview

6.3 Ntọala paramita

Access the 'Parameter Setting' menu on the touch screen to adjust laser power, frequency, pulse width, and other settings according to the material and desired application. Refer to the specific application guidelines for optimal parameters.

6.4 Welding Operation

The handheld laser gun supports 7 welding modes for various joint types.

Introduction to laser welding and cleaning guns, showing 7 welding modes and 9 cleaning modes on the display.
Figure 6.4.1: Laser Welding Gun Modes
Multi-angle welding examples including vertical, flat, plate and pipe, round pipe, weldable and cuttable, and butt-jointed welding.
Figure 6.4.2: Multi-Angle Welding Examples

Nzọụkwụ:

  1. Select 'Welding' mode.
  2. Choose the appropriate welding head and attach it to the handheld gun.
  3. Adjust welding parameters for your material.
  4. Position the handheld gun over the workpiece, ensuring proper focus.
  5. Activate the laser using the trigger on the handheld gun.
  6. Move the gun steadily along the weld path.
Video 6.4.3: Laser Welding Demonstration
Welding effect diagram showing various types of welds on different metal pieces.
Ọgụgụ 6.4.4: Ọpụamples of Welding Effects

6.5 Ịcha arụ ọrụ

The machine can perform precise metal cutting.

Cutting effect diagram showing various metal cutting examples.
Ọgụgụ 6.5.1: Ọpụamples of Cutting Effects

Nzọụkwụ:

  1. Select 'Cutting' mode.
  2. Attach the cutting head to the handheld gun.
  3. Adjust cutting parameters based on material thickness and type.
  4. Position the gun and activate the laser to begin cutting.

6.6 Ọrụ nhicha

The laser cleaning function removes rust, paint, and other contaminants without damaging the substrate. The laser cleaning gun offers 9 cleaning modes.

Introduction to laser welding and cleaning guns, showing 7 welding modes and 9 cleaning modes on the display.
Figure 6.6.1: Laser Cleaning Gun Modes
Cleaning effect picture demonstrating rust and dirt removal from metal surfaces.
Ọgụgụ 6.6.2: Ọpụamples of Cleaning Effects

Nzọụkwụ:

  1. Select 'Cleaning' mode.
  2. Attach the descaling head to the handheld gun.
  3. Choose the appropriate cleaning mode and adjust parameters.
  4. Direct the laser beam over the surface to be cleaned.

6.7 Weld Cleaning Operation

This function is specifically designed to clean weld seams after welding.

Weld channel cleaning diagram illustrating the cleaning of weld seams.
Ọgụgụ 6.7.1: Ọpụamples of Weld Channel Cleaning

Nzọụkwụ:

  1. Select 'Weld Cleaning' mode.
  2. Use the descaling head.
  3. Adjust parameters for weld cleaning.
  4. Apply the laser to the weld seam for a clean finish.

6.8 Nkwụsị Mberede

In case of any emergency or malfunction, immediately press the red Emergency Stop button on the main unit to cut off power to the laser.

7. Nlekọta

Regular maintenance ensures the longevity and optimal performance of your laser welding machine.

  • Water Chiller: Regularly check and maintain the water level in the S&A water chiller. Replace the cooling water periodically (e.g., every 3-6 months) with distilled or deionized water to prevent mineral buildup and ensure efficient cooling.
  • Protective Lenses: Inspect and replace protective lenses as needed. The package includes 10 spare protective lenses.
  • Nozzles: Clean or replace nozzles on the handheld gun regularly to ensure consistent beam quality and gas flow (if applicable).
  • Fiber Optic Cable: Handle the fiber optic cable with care. Avoid bending it sharply or exposing it to excessive force, as this can damage the internal fibers.
  • Nchacha izugbe: Keep the machine's exterior and ventilation grilles clean and free of dust and debris to prevent overheating.
  • Mmelite ngwanrọ: Check for any available software updates for the control system to ensure optimal performance and new features.

8. Nchọpụta nsogbu

This section addresses common issues you might encounter. For more complex problems, contact technical support.

  • Enweghị mmepụta laser:
    - Check if all safety switches (Air Switch, Laser Switches) are engaged.
    - Verify the emergency stop button is not pressed.
    - Ensure the water chiller is running and water flow is adequate.
    - Lelee maka ozi njehie ọ bụla na ngosipụta LCD.
  • Poor Weld/Cut/Clean Quality:
    - Review and adjust laser parameters (power, frequency, speed) for the specific material and application.
    - Ensure the focus lens and protective lenses are clean and undamaged.
    - Check the distance between the handheld gun and the workpiece.
    - For welding, ensure the wire feeder is supplying wire correctly and the wire type is appropriate.
  • ekpo oke ọkụ:
    - Check the water level and temperature of the chiller. Ensure it's functioning correctly.
    - Clean any dust or obstructions from the machine's ventilation grilles and the chiller's condenser.
  • Nsogbu Nri Waya:
    - Check if the welding wire is properly loaded and not tangled.
    - Inspect the wire feeder motor and rollers for any obstructions or wear.
    - Ensure the wire feeder power is connected.

9. Nkọwapụta

9.1 General Product Properties

NjirimaraUru
Aha ikaACHI
Nọmba nlereanyaRaycus relfar
Ọ bụ Smart DeviceEe
AsambodoCE, FCC
Aha4 in 1 laser Welding machine
Ịnye ọkụ380V
Usoro jụrụ oyiMmiri jụrụ oyi
Maximum wire feed speed80mm / s
Wire feeder Motor type57 stepping motor
Wire feeder power220V
Delivery cable length10M
Ugboro ugboro1-5000Hz
OjijiWelding/ Cutting/ Cleaning /Weld Cleaning
NjirimaraEfficient/ low-cost/ environmentally friendly/ No damage to substrates
Ogologo wavele ogologo ọdabara1064nm± 10nm
Alignment lensD16*4.5/F60
oghere lekwasịrị anyaD20*4.5/F150
Protection lens specificationsD18*T2
Scan width--welding0 ~ 8mm
Scan Width--cleaningF150-0~30mm/F800-0~120mm
Net weight of the welding gun0.75KG
Feeder applicable welding wire2mm kacha

9.2 Chiller (Water Tank) Specifications

Table of Chiller (water tank) specifications for CWFL-1500BNW12TY, CWFL-2000BNW12TY, and CWFL-3000FNW12TY models, detailing voltage, frequency, current, power consumption, compressor power, refrigerant, precision, pump power, tank capacity, inlet/outlet, max pump pressure, rated flow, N.W, G.W, and dimensions.
Figure 9.2.1: Chiller Specifications

9.3 Laser Welding Wire Feeder Specifications

Table of Laser Welding Wire Feeder specifications for FWS-01A (Single feeder) and FWS-02A (Double feeder), detailing wire weight, wire core diameter, max wire feed speed, motor type, reduction ratio, gross weight, power source, and dimensions.
Figure 9.3.1: Laser Welding Wire Feeder Specifications

9.4 Laser Source Specifications (3000W Model)

Table of Laser Source specifications for 1500W, 2000W, and 3000W models, detailing nominal output power, power adjust range, emission wavelength, output power instability, modulation frequency, duty cycle range, red guide laser power, fiber core diameter, numerical aperture, beam quality, delivery cable length, operating voltage, control mode, max power consumption, photoelectric conversion efficiency, dimensions, control mode, storage temperature, and cooling method.
Figure 9.4.1: Laser Source Specifications

10. Ndụmọdụ onye ọrụ

  • Mụta ihe na ihe mkpofu: Before working on important projects, practice on scrap pieces of the same material to fine-tune your settings and technique.
  • Maintain Consistent Speed: For smooth and uniform results, try to maintain a consistent travel speed with the handheld gun.
  • Ikuku ikuku nke ọma: Always ensure excellent ventilation in your workspace to remove fumes and protect air quality.
  • Nlele anya mgbe niile: Periodically check all connections and the condition of the fiber optic cable and gun heads for any signs of wear or damage.
  • Debe anya anya dị ọcha: Dust and debris on the protective and focus lenses can degrade laser performance. Clean them regularly with appropriate lens cleaning supplies.

11. Akwụkwọ ikike na nkwado

11.1 Akwụkwọ ikike

This product comes with a two-year warranty from the date of purchase. The warranty covers manufacturing defects and malfunctions under normal operating conditions. Please retain your proof of purchase for warranty claims.

11.2 Nkwado nka na ụzụ

For technical assistance, troubleshooting, or warranty inquiries, please contact our support team:

Contact information for WhatsApp, Skype, and Email.
Ọgụgụ 11.2.1: Ozi kọntaktị
  • WhatsApp: +86 15779582962
  • Skype: +86 15779582962
  • Email: 2850145924@qq.com

Support hours: 8:30 am - 6:00 pm (UTC+8), Monday to Friday.

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