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Panasonic
NPM-D3A Chip Mounter SMT Placement Machine
Listing Summary
Nine fields make up this record, and they all point at one model name. The page lists an NPM-D3A chip mounter; the values beside it cover a rated placement figure written in CPH together with its seconds-per-chip equivalent, a component dimension string in the page's own notation, a quality field marked Top, a type field naming an SMT pick and place machine, a condition field spanning New And Used, and packing in a wooden box. No brand field is carried, and no delivery, warranty, shipment or stock field with it — nothing of that kind is asserted here. The figures themselves sit in the specification block below, reproduced exactly as the page prints them. What they mean for your own board mix is a conversation: tell us the parts you place and the output you expect, and the machine obtainable is described against it.
How The Two Printed Figures Should Be Read
- The placement figure is printed in two forms at once — a CPH value and a seconds-per-chip equivalent — and it carries a Max. speed label. It is quoted here as written, with no conversion into another unit and no second basis invented for it.
- The component dimension string keeps the page's own notation, the *6 marker included. That marker is printed without explanation, and no meaning is attached to it here; ask, and it is looked into for the parts you run.
- No qualifying condition — optimum, nominal or otherwise — accompanies the rated figure on this page. If the basis behind the number matters to your line planning, raise it with us before you size anything around it.
Key Features
1. Model NPM-D3A — the model field as listed.
2. Product Name — a chip mounter, per the name field.
3. Type Field — SMT pick and place machine, as printed.
4. Rated Figure — a maximum speed value given in CPH with its seconds-per-chip equivalent, quoted in the specification block without conversion.
5. Component Dimension String — reproduced in the page's notation, the *6 marker included and unexplained.
6. Condition Field — New And Used, both states covered.
7. Quality Field — Top, as the page marks it.
8. Package Field — the page marks packing as a wooden box.
Technical Specifications
Product name: Chip Mounter NPM-D3A
Model: NPM-D3A
Condition: New And Used
Quality: Top
Max. speed: 46 000 Cph (0.078 S/Chip)
Component dimensions (mm): 0402 Chip *6 ~ L 6 × W 6 × T 3
Type: SMT pick and place machine
Package: Wooden box
Before You Commit
- No brand is stated in the attributes, so no brand claim is made on this page. Origin and parts history are settled with your enquiry rather than asserted here.
- No warranty, delivery, shipment or stock field appears either; those terms come with the offer instead of being quoted on this page.
- Configuration detail and physical measurement data lie outside the attributes. Nothing is invented there — ask, and the machine's own record is drawn on.
- If you want to see the unit first, request photographs and the machine's identification details before any commitment is made.
| Model ID | NPM-D3A | ||
|---|---|---|---|
| PCB dimensions (mm) *1 | Dual-lane mode | L 50 * W50 ~ L 510 * W 300 | |
| Single-lane mode | L 50 * W50 ~ L 510 * W 590 | ||
| PCB exchange time | Dual-lane mode | 0s* *No 0s when cycle time is 3.6 s or less | |
| Single-lane mode | 3.6s* *When selecting short conveyors | ||
| Electric source | 3-phase AC 200, 220, 380, 400, 420, 480 V 2.7 kVA | ||
| Pneumatic source *2 | 0.5 MPa, 100 L /min (A.N.R.) | ||
| Dimensions (mm) *2 | W 832 * D 2 652 *3 * H 1 444 *4 | ||
| Mass | 1 680 kg (Only for main body : This differs depending on the option configuration.) | ||
| Placement head | Lightweight 16-nozzle head V3 (Per head) | ||
| High production mode [ON] | High production mode [OFF] | ||
| Max. speed | 46 000 cph (0.078 s/ chip) | 38 000 cph (0.095 s/ chip) | |
| Placement accuracy (Cpk≧1) | ±37 μm/chip | ±30 μm / chip (±25 μm / chip *5) | |
| Component dimensions (mm) | 0402 chip *6 ~ L 6 * W 6 * T 3 | 03015 *6*7/0402 chip *6 ~ L 6 * W 6 * T 3 | |
| Component supply | Taping | Tape : 4 / 8 / 12 / 16 mm | |
| Max. 68 (4, 8 mm tape, Small reel) | |||
Why Choose WEN ZHAN Technology
Two machines carrying the same model name are not automatically the same machine, which is why this page keeps to what is printed and says so whenever a figure is left open. WEN ZHAN Technology has supplied SMT placement equipment and line spares for more than twenty years; that experience is applied to your board mix first — the parts you place, the output you need and the condition you will accept — and only then to the commercial discussion.
FAQ
Q1: What is the model on this page?
A: NPM-D3A, listed as a chip mounter.
Q2: What placement figure is printed?
A: A maximum speed value in CPH together with the equivalent in seconds per chip, both reproduced in the specification block.
Q3: Has that figure been converted or averaged in any way?
A: No. It is quoted as printed — no conversion into another unit, and no extrapolation to a whole-line output figure.
Q4: What is the component dimension range?
A: A string written in the page's notation: 0402 Chip *6 ~ L 6 × W 6 × T 3, kept exactly as it appears.
Q5: What does the *6 stand for?
A: The page carries it without explanation, and none is assigned to it here. Ask, and its meaning is checked for your components.
Q6: Are unused units offered, or previously operated ones?
A: The condition attribute spans both, New And Used. Tell us which you will accept and availability is looked into for the machine offered.
Q7: Is this a branded machine?
A: No brand field is carried on the page, so no brand is claimed. Origin and history are confirmed with your enquiry.
Q8: How is the machine packed?
A: Packing is marked as a wooden box in the attributes.
Q9: Can the actual unit be inspected first?
A: Yes — request photographs and identification details of the specific machine, and they are shared with you before anything is agreed.
Contact
- Company: WEN ZHAN Technology
- Tel / WhatsApp: +86 18823383970
- E-mail: wenzhanhucai@163.com
Tell us the parts you place, the output you expect and the condition you will accept — the machine obtainable is then described against all three.
