1 PCS USED DILAS Laser Module M1F2S22-808.5-40C-SS5.2 #LYQ007
1 PCS USED DILAS Laser Module M1F2S22-808.5-40C-SS5.2 #LYQ007
1 PCS USED DILAS Laser Module M1F2S22-808.5-40C-SS5.2 #LYQ007
Original Factory Precision Parameters (Model: DILAS Laser Module M1F2S22-808.5-40C-SS5.2)
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Parameter Category
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Parameter Name
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Original Factory Precision Specification
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Basic Information
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Product Model
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M1F2S22-808.5-40C-SS5.2; DILAS Genuine Original Industrial-Grade Laser Module, 100% unused and unrefurbished genuine parts, consistent with DILAS's official model coding standards. It belongs to high-precision semiconductor laser module, designed for dedicated matching with various laser control systems and equipment, with fixed configuration and excellent industrial environmental compatibility, focusing on high output precision, stable operation and strong anti-interference.
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Manufacturer Standard
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Manufactured by DILAS (Genuine Original Factory); Compliant with ISO 9001 Quality Certification, CE, RoHS, IEC 60825-1 (Safety Requirements for Laser Products), IEC 61326-1 (Electromagnetic Compatibility Requirements) Industrial Standards; Conforms to DILAS Internal Technical Standard and Laser Module Manufacturing Norms, as well as EMC Standards EN 55011 (Emission) and EN 55022 (Immunity), meeting the precision calibration requirements of international laser product standards.
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Product Series
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DILAS M1F2S22 Series Industrial-Grade Semiconductor Laser Module; Advanced Semiconductor Laser Chip Technology; Designed for high-stability laser output and parameter control in industrial automation, scientific research and medical scenarios, with fixed output specifications, power parameters and interface standards, dedicated to matching specific laser equipment and control systems.
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Core Laser Output Parameters
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Laser Wavelength
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Nominal Wavelength: 808.5 nm (±0.3 nm); Temperature Coefficient: ≤0.03 nm/℃; Wavelength Stability: ±0.2 nm (Within Operating Temperature Range); High wavelength precision ensures consistent laser performance, suitable for high-precision application scenarios such as material processing and scientific detection. The wavelength is calibrated by the original factory and remains stable during long-term operation.
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Output Power
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Nominal Output Power: 40 W (±1.2 W); Power Stability: ±1% (Over 8 Hours, Constant Temperature); Power Adjustment Range: 10% ~ 100% (Stepless Adjustable); Power Repeatability: ≤0.5%; High power stability ensures uniform processing effect and reliable experimental data, supporting flexible power adjustment according to application needs.
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Beam Quality
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Beam Diameter (1/e²): 5.2 mm (±0.2 mm); Beam Divergence Angle: ≤1.5 mrad (Full Angle); Beam Profile: Gaussian Profile (M² ≤1.3); Beam Pointing Stability: ±0.1 mrad; Excellent beam quality ensures concentrated laser energy, reducing energy loss and improving application efficiency in high-precision processing and detection.
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Pulse Operation (Optional)
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Pulse Width: 100 ns ~ 10 ms (Adjustable); Pulse Frequency: 1 Hz ~ 100 kHz (Stepless Adjustable); Pulse Duty Cycle: 0.1% ~ 50% (Adjustable); Pulse Stability: ±0.8%; Optional pulse operation mode, suitable for pulse laser processing, medical treatment and other scenarios requiring intermittent laser output.
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Spectral Linewidth
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Spectral Linewidth (FWHM): ≤2.5 nm; Spectral Purity: ≥99.8%; Narrow spectral linewidth ensures single-wavelength laser output, avoiding spectral interference and improving the accuracy of application scenarios such as scientific research and spectral detection.
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Output Mode
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Continuous Wave (CW) / Pulsed Wave (PW, Optional); Output Polarization: Linear Polarization (Polarization Extinction Ratio ≥20 dB); Output Coupling: Fiber-Coupled (SS5.2 Connector, Matching Fiber Core Diameter 50 μm); Flexible output mode, compatible with different application requirements, stable coupling performance ensures low energy loss.
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Power Calibration Function
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Calibration Mode: Manual Calibration, Factory Calibration, On-Site Re-Calibration Supported; Calibration Accuracy: ±0.3 W; Calibration Memory: Power-Off Memory (Saves Calibration Parameters Permanently); Built-in Standard Power Detection Module, convenient for on-site calibration and maintenance, ensuring long-term laser output precision and stability.
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Response Time
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Turn-On Response Time: ≤10 μs (From Control Signal Input to Stable Laser Output); Turn-Off Response Time: ≤5 μs; Power Adjustment Response Time: ≤20 μs; Fast response speed, adapting to dynamic application scenarios and ensuring real-time adjustment of laser parameters.
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Electrical & Interface Parameters
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Supply Voltage
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Rated Value: 24 V DC; Input Voltage Range: 20 ~ 28 V DC; Power Consumption: Typical 65 W, Maximum 75 W; Built-in voltage stabilization and reverse polarity protection modules, ensuring stable operation under voltage fluctuation (±10% of rated voltage); Low power consumption, suitable for long-term continuous operation.
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Operating Current
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Nominal Operating Current: 2.7 A (±0.1 A); Current Stability: ±0.5% (Over 8 Hours, Constant Temperature); Current Adjustment Range: 0.3 A ~ 2.7 A (Matching Power Adjustment Range); Stable operating current ensures consistent laser output power and wavelength, avoiding performance degradation caused by current fluctuation.
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Control Interface
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Control Interface: RS485 Communication Interface (Modbus RTU Protocol) + Analog Control Interface (0~10 V DC); Control Functions: Power Adjustment, On/Off Control, Mode Switching (CW/PW), Fault Feedback; Transmission Distance: Up to 1000 m (Without Amplifier); Easy to integrate into industrial automation control loops, supporting on-site and remote control.
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Insulation Resistance
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Between Signal Terminal and Housing: ≥1000 MΩ (500 V DC); Between Power Terminal and Signal Terminal: ≥2000 MΩ (500 V DC); High insulation performance, effectively preventing electrical interference and leakage, ensuring safe and stable operation of the laser module and connected equipment.
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Protection & Anti-Interference Parameters
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Comprehensive Protection Functions
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Electrical Protection: Reverse Polarity Protection (≥30 V DC), Overvoltage Protection (≤20 V DC, ≥28 V DC), Short-Circuit Protection; Device Protection: Overheating Protection (Trigger Temperature ≥75℃), Overcurrent Protection, Fault Self-Diagnosis Protection; Automatic protection when fault occurs, effectively extending the service life of the laser module, with fault code display for easy troubleshooting.
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Anti-ESD Performance
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Anti-Electrostatic Discharge (ESD): ±25 kV (Air), ±15 kV (Contact); Complying with IEC 61000-4-2 standard; Effectively resisting static interference in industrial installation and operation processes; Preventing static damage to the laser module's internal chips and optical components.
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EMC Compliance
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Emission: EN 55011 Class B; Immunity: EN 55022 Class B; Anti-Electromagnetic Interference (EMI): ≥2000 V AC (Isolation); Effectively resisting industrial electromagnetic interference from frequency converters, motors and other equipment, ensuring stable laser output and parameter control in complex electromagnetic environments.
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Protection Grade
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Overall Protection Grade: IP65; Dust-tight and water-resistant (Protected against water jets from any direction), effectively preventing dust, water splashing and oil pollution from entering the laser module, adapting to harsh industrial production environments such as workshops and production lines.
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Environmental & Physical Parameters
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Operating Environment
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Operating Temperature: 10℃ ~ +40℃ (Ambient Temperature); Storage Temperature: -20℃ ~ +60℃; Operating Humidity: 10% ~ 85% RH (Non-Condensing); Storage Humidity: < 75% RH (Non-Condensing); Cooling Method: Forced Air Cooling + Passive Heat Dissipation; Adaptable to common industrial environmental temperature and humidity ranges, ensuring stable operation in different regions and workshops.
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Physical Dimensions
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Overall Dimensions: 120 mm (Length) × 80 mm (Width) × 45 mm (Height) (±0.5 mm); Weight: ≤600 g (Without Accessories); Housing Material: High-Strength Aluminum Alloy (Anodized Surface, Anti-Corrosion); Installation Method: Bolt Mounting (Standard Mounting Holes), compact structure, easy to install and maintain in narrow spaces.
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Durability & Service Life
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Vibration Resistance: 3 g (10 Hz ~ 500 Hz); Shock Resistance: 20 g (11 ms); Service Life: ≥20,000 Hours (Continuous CW Operation); Low failure rate, long-term stable operation under harsh industrial environments; Surface anti-corrosion and anti-oxidation treatment, adapting to high-humidity and corrosive industrial environments.
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