Panasonic NPM-TT2 Pick and Place Machine
Max PCB:510 x 590mm
Application components:0402 (01005)
Compatible with lightweight 8-nozzle or 3-nozzle head V2
Panasonic NPM-TT2 Pick and Place Machine
Specifications:
Panasonic NPM-TT2 Pick and Place Machine
The NPM-TT2 (Next Production Modular-Twin Tray II) platform represents the next generation in twin tray modular production from Panasonic’s award-winning NPM platform—ideal for any mix.
Further bolstering the SMT process to accommodate more tray-supplied parts in full independently-run-lane mode, the NPM-TT2 processes boards up to 510 x 590mm and its dual lane functionality allows assembly of more of one product or two different products at the same time.
As common throughout the NPM-series, the NPM-TT2 features a Multi-Recognition Camera that increases processing speeds with a dynamic vertical-view of component condition and eliminating the need for a standard line cameras and independent 3D sensors.
With a new, advanced lightweight 3-nozzle head V2 (100N), pin-in-place lighting option and stackable stick feeders, the NPM-TT2 leads the way in terms of odd-placement capabilities.
Designed to blend seamlessly with other Panasonic NPM-series equipment as well at the NPM-DX, the NPM-TT2 optimizes throughput in a high-volume, dual-lane environment
Features & Benefits
Compatible with lightweight 8-nozzle or 3-nozzle head V2
Part Range: (01005) 0402 chip to 1 20L x 90W x 28T to BGA up to 80 x 80 component range
Process up to 40 trays and 26 fixed tape and reel inputs per side for a total of 92 available inputs
Minimize downtime with pre-pickup smart tray component inspection and interchangeable feeder and tray locations
Compatible with CM and NPM-series intelligent feeders & nozzles
Model | NPM TT2 | NPM TT2 | |
PCB | PC size Single-lane mode | L 50 x W 50 ~ L 510 x W 590 | |
PC size Dual-lane mode | L 50 x W 50 ~ L 510 x W 300 | ||
M size Single-lane mode | L 50 x W 50 ~ L 510 x W 510 | ||
M size Dual-lane mode | L 50 x W 50 ~ L 510 x W 260 | ||
PCB exchange time | Single-lane mode | 4.0 s (With no component mounted on the reverse side of PCB) | |
Dual-lane mode | 0 s* *No 0s when cycle time is 4.0 s or less | ||
Electric source | 3-phase AC 200, 220, 380, 400, 420, 480 V 2.5 kVA | ||
Pneumatic source | Min.0.5 MPa, 200 L /min (A.N.R.) | ||
Dimensions *1 (mm) | W 1 300*2 x D 2 798*3 x H 1 444*4 | ||
Mass Weight | 2 690 kg Only for main body | ||
Placement head | Lightweight 8-nozzle head | 3-nozzle head V2 *5 | |
Placement speed | PC size | 18 000 cph (0.20 s/chip) | 7 200 cph (0.50 s/chip) |
M size | 17 460 cph (0.21s/chip) | 6 984 cph (0.52 s/chip) | |
Placement accuracy | ± 40 µm/chip ± 50 µm/QFP12mm Under | ±40 μm/ chip | |
Component | 0402 chip*6 to L 32 x W 32 x T 12 | 0603 chip to L 150 x W 25 (diagonal152) x T 30 | |
Component | Taping | Tape : 4 to 56 / 72 mm | Tape : 4 to 56 / 72 / 88 / 104 mm |
Specifications for front/rear tray feeders : Max.52 | |||
Stick | Specifications for front/rear tray feeders : Max.12 (Single stick feeder) | ||
Specifications for front/rear feeder carts : Max.28 (Single stick feeder) | |||
Tray | Max.40 (Front supply unit : Max. 20 + Rear supply unit : Max. 20) |
*1 : Only for main body
*2 : 1 820 mm in width if extension conveyors (260 mm) are placed on both sides
*3 : Dimensions shown are specifications for front/rear tray feeders . Dimensions of specifications for front/rear feeder carts : 2 893 mm
*4 : Excluding the monitor, signal tower and ceiling fan cover.
*5 : 3-nozzle head V2 cannot be installed on NPM-D3
*6 : The 0402 chip requires a specific nozzle/feeder.
*Placement tact time, inspection time and accuracy values may differ slightly depending on conditions.
*Please refer to the specification booklet for details.
Keywords:
JUKI RS-1R Pick and Place Machine, JUKI RX-7R Pick and Place Machine, JUKI RX-8 Pick and Place Machine, JUKI RS-1R SMT Assembly Line, JUKI RX-7R SMT Assembly Line, JUKI RX-8 SMT Assembly Line.
Contact: Tommy
Phone: +86 13691605420
E-mail: sales@flason-smt.com
Add: No.94,Guangtian Road,Songgang Street,Bao an District Shenzhen China