MULTISCAN-HE-10.6 10.6um, 125W CO2 Laser Marking System

MULTISCAN-HE-10.6

產品型號：MULTISCAN-HE-10.6
產品說明：

價格(NTD)：$0

產品說明

Model		MULTISCAN-HE-10.6
Laser Characteristics ⁽¹⁾
	Type	Sealed CO2, RF excited SLAB
	Wavelength	10.6μm ⁽²⁾
	Rated Output Power	125W
	Peak Power	315W
	Minimum Shipment Power	150W
	Typical Shipment Power	170W
	Pulse Energy Range	5mJ to 100mJ
	Pulse Frequency range	500Hz to 50KHz
	Duty Cycle (maximum)	60%
	Pulse width Range	2 to 400μs
	Optical rise/fall time ⁽³⁾	<60μs
	Polarization ⁽⁴⁾	Linear rotated
Performance
	Line Speed (Max) ⁽⁵⁾	0-500 m/min (static or ‘on the fly’ marking)
	Characters/second (Max) ⁽⁶⁾	1200
Software
	Operating System	Windows 10 Embedded
	Principal features
	- (Field types)	Fixed text, date/time with offset, custom date, incremental counters, operator fields, logos, barcodes, bitmaps, composite fields, shift field and external fields.
	- (Control options)	Serial, Digital and Ethernet.
Code Characteristics
	Scan area (standard)	70mm/105mm/140mm/210mm
	Character height	1mm – 50mm
	Spot Size (1/e² diameter) ⁽⁷⁾	0.28mm
	Beam pointing stability (half angle)	<0.25mRads
Articulated beam delivery
	Reach ⁽⁸⁾	1.6m (7 knuckle)
	Head to product distance (nominal) ⁽⁹⁾	150mm
	Multi axis head positioning	Standard
Display/Keypad
	Remote VGA display (colour) and Qwerty keypad	Standard
Fabrication
	Cabinet	316 Stainless Steel
	Beam delivery	Silver Anodised Aluminium
	Scan head	Silver Anodised Aluminium
Dimensions and weights
	System (main cabinet)
	Water Cooled	800mm(l) x 570mm(w) x 275mm(h)
	Air Cooled	102mm(l) x 570mm(w) x 275mm(h)
	Scanning Head
	Scancube 7	78.5mm(h) x 69mm(w) x 106.5mm(d)
	Scancube 10	114mm(h) x 96.5mm(w) x 111.5mm(d)
	Scancube 14	133.5mm(h) x 99.5mm(w) x 122.8mm(d)
	Weight (total system)
	Water Cooled	103kg
	Air Cooled	115kg
Electrical Ratings
	Voltage	230VAC ± 10%; 50/60 Hz; single phase or line to line
	Typical Power consumption ⁽¹⁰⁾	1.2kW
	Cooling	Integral (external water) – Standard
	Type
	Operating temperature (Air cooled) ⁽¹¹⁾	+5 to +35°C (Above dew point)
	Operating temperature (Closed cycle) ⁽¹¹⁾	+5 to +40°C (Above dew point)
	Storage temperature	-10 to +70°C
	Environmental
	Lens Protection (air curtain)	20psig 25 litres/min, purified
	Humidity	10 to 90% non-condensing
	Storage temperature	-10 to +70°C
	Sealing	IP66
Interface
	Inputs
	Product detector	Two independent inputs for NPN or PNP 24 or 12VDC
	Shaft encoder	Input for control of variable speed production lines, dual channel quadrature input, max 200kHz
	Interlocks	Dual channel interlock, dual channel Estop.
	System enable	Input for the provision of externally enabling or disabling the system
	Extractor fault	Input for monitoring the status of the extractor
	Remote Control/File download	RS232, with Ethernet options
	Outputs
	Product detector output	Two outputs for monitoring the two detector input signals
	System on	Output for monitoring the on/off power
	Ready to print	Output for monitoring the status i.e. Standby or Ready to Print
	Product reject	Output for rejecting unmarked product
	Shutter status	Two independent outputs for monitoring the safety shutter status
	Extractor enable	Output to enable the extractor when the system is ready to print
	Good mark	Output for monitoring of the status of each individual mark
	Maintenance required	Output for indication that maintenance is required
	System fault	Output for monitoring when the system has a fault
Options		Air cooled system
		7mm Aperture head
		14mm Aperture head
		Scanning lens focal lengths 75mm – 435mm
		Additional beam delivery options: Arm support, head support
Notes: (1) Powers and energies are quoted at the point where the beam exits the cabinet. For each knuckle in the articulated beam delivery there is an expected power loss of between 0.5% and 1%. Operating with the galvanometer head gives a further expected power loss between 6% and 12%. (2) 10.6μm is the predominant wavelength. This can typically vary in the range 10.2μm – 10.7μm. (3) Rise and fall times are quoted between the 10% and 90% levels (4) Polarization angle is dependent upon the orientation of the articulated arm (5) Maximum line speed is assuming a single line 8-character code on an inked paper label. Please note that maximum line speed is dependent upon the nature of the material and the Size/quantity/complexity of the mark. (6) Character generation speed in a single line format with a code height of 2mm. Faster generation speeds are possible at smaller code heights. Mark quality dependent upon character height, material and speed of marking. (7) Operating with 10mm aperture head, 150mm focal length lens. (8) Approximate distance between first articulated knuckle and actual product. (9) Operating with a 150mm focal length scanning lens (10) Typical average power consumption assumes a 50% coding duty cycle (11) Maximum operating temperature is dependent on the overall duty of the system.