TOKYO HEAVY INDUSTRY JUKI MACHINE KE-2050R
Dimension(W*D*H): 1400MMX1393MM×1455MM
Machine weight: 1400kg
Power Requirement: AC200-415V
Air source: 0.5±0.05Mpa
Equipment Description:
Equipped with 4 standard placement head, suitable for small components of high-precision placement,
high rigidity frame, integrated casting molding, increasing the rigidity of 40%,
the use of XY independently drive the placement head, JUKI using the newly developed multi-angle and vertical lighting,
can identify the PCB deformation due to the condition of the reference point (especially flexible circuit boards),
so in the FPC soft board placement processing is widely used, through the BAD With the BAD MARK function, bad boards can be easily skipped.
Parameter | |
|---|---|
Mounting range | 0603 Chip～20mm Square Component |
Baseboard size: | 330X250mm |
Pasteable component height: | 6-12mm |
Actual placement speed. | element is 13200CPH |
Component placement accuracy. | laser recognition:±0.05mm |
Air consumption (standardized): | 230L/min |
Component mounting type | Up to 80 types (converted to 8mm tape) |
Actual ergonomics | Chip placement speed is a converted value when 400 1608 components are placed on the entire side of an M-size baseboard. (CPH = average number of components mounted per hour) |
Substrate Size | M baseboard use(330×250mm) L baseboard use(410×360mm) Lwide use(510×360mm) E baseboar use(510×460mm) |
Number of patch steps : | Max 3000 steps |
system environment | HLC System Software - Protection Module |
Running environment: | Temperature: 10 to 35 ℃ - Humidity: 50% or less However, no condensation. |
Baseboard transport benchmarks | M Baseboard specification : Front reference, rear reference (factory setting) L Baseboard specification : Front reference, rear reference (factory setting) L-wide Baseboard specification : Front reference, rear reference (factory setting) |
Baseboard max permission weight: | 2000ｇ |
Baseboard transfer direction: | Rightward flow (left-to-right transmission when viewed from the front) Leftward flow (right-to-left transmission when viewed from the front) |
