PH-A5000PLUS

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【Origin Pic】	PH-A5000PLUS is a fully automatic programming and burning machine that can carry up to 8 universal burners PT100, each burner can complete various operations independently, and can burn a total of 64 chips (8 sets × 8 groups each) at a time.

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PH-A5000PLUS

PH-A5000PLUS is a fully automatic programming and burning machine that can carry up to 8 universal burners PT100, each burner can complete various operations independently, and can burn a total of 64 chips (8 sets × 8 groups each) at a time. The innovative mode of the programming machine can burn eMMC and eMCP of any capacity without being limited by the capacity of the burner itself, and calmly face the current increasing storage requirements.

Device features

Equipped with 8 universal programmers PT100, the verification speed is 40% faster than the original equipment.
The burner can be directly connected via LAN for easy wiring. The original program can be downloaded at high speed through the network port.
Equipped with 8 8-port PT100 burners, reasonable interactive operation among each other realizes high-speed production efficiency.
The standard camera is equipped with a camera, which can be used for various data center coordinate registration while realizing image correction in the automatic production process. Through this function, the cumbersome slot coordinate positioning can not only be completed with one key, but the chip misalignment caused by the tray reset can also be automatically corrected during operation.
The standard down-illuminated camera can realize the automatic compensation of socket coordinates, automatic registration of Tray disk coordinates, and IC/module QR code reading and other advanced functions more conveniently.
You can easily complete the model conversion without any special tools.
It is equipped with a large-size LCD touch screen, large-capacity AutoTray, MES correspondence, superior production status log management and other unique functions of the PH series.
The compact and reasonable design makes the device with 64 chip burning capability appear compact and reasonable layout.
Flexibly correspond to various flat chips (TSOP, CSP, QFP, TQFP, μBGA, etc.).
The pallet carrier can load up to 20 JEDEC pallets.
Tape In/Tape Out and TubeIn/Tube Out are optional, which can flexibly realize the flexible transfer packaging correspondence between Tray/Tape/Tube.
XYZ1Z2Z3Z4θ7-axis high-precision servo stepping hybrid control realizes high-speed, high-precision and stable product handling.
PPZ adopts a four-head design, which makes the transport more efficient and faster.
PPZ four-axis can realize the same fetch and release in the socket through the positioning of the fixture, further improving the conveying efficiency.
The optional Stamp mechanism can meet the needs of Tray/Tape/Tube stamping.

Project	Style
Burn format	Equipped with 8 PT100 burners, it can support up to 64 burner ports.
Device capabilities	Chip transport speed	64 chips pick and place, the slowest is 247 seconds Including the positioning before chip pick and place Does not include screen positioning before tray storage
	The quantity produced per hour (UPH)	Theoretical calculation method　 (simultaneous burning of 64 burning blocks) UPH 3000 No RBI Use CCD to perform a position correction Including the positioning before the socket is inserted Not including pallet transport time Chip burn within 170 seconds UPH=3000
Tray loading	Load form	Overlay, drawer and half feeder
	Object tray	JEDEC
	Number of storage	Before burning	20 pieces
		Burning good products	20 pieces
		Poor storage	1 piece
		Empty tray buffer	3 pieces
		Feida Supply	1 volume
	Tray transport	Pulse motor　+　belt drive
Chip transport	X, Y, Z1-4, "7 axis" screw + stepper motor drive
	Decomposition energy	The minimum decomposition energy of X transport is 　　1um/pulse
		The minimum decomposition energy of Y conveying is 　　1um/pulse
		Z1-Z4 transport minimum resolution energy 　　 1um/pulse

			Theta axis return angle　0.036°/pulse
Project	Style
IC transport	Transfer JAM rate	Below 1/1000		Except for pallet deformation, chip defects, etc.
	Poor contact countermeasures	Error retry mechanism		You can retry on the machine if it is not properly placed


	Countermeasures against chip adsorption errors	When a suction error occurs, you can retry the action. The alarm will be issued when multiple retries fail.
Coordinate registration method	Manual settings	XY axis		Use gamepad to visually set
		Z1,Z2,Z3,Z4 axis		Using the automatic setting function, after the XY coordinate is registered, the Z-axis coordinate is automatically set.
		Theta axis rotation angle		Use gamepad to visually set
				Any angle can be set
	Automatically set	The XYθ axis can be automatically corrected by the camera The height of Z1\Z2-4 can be automatically set by the touch sensor
		Camera mounted		1.31 million pixel CMOS
		Calibration software		Our company develops positioning software by ourselves
		IC package		SOP, BGA, TSOP, QFP, WLCSP, QFN, Module