Short answer
Every machine in our range is built for 220 V, with most models stating 220 V at 50/60 Hz, and a few UV models available as 220 V / 110 V at 50/60 Hz. Beyond voltage, four figures decide whether an installation works: the running watts of the whole line rather than of the printer alone, the circuit sized from that total, the working footprint of the printer together with its shaker or curing unit, and the crate dimensions that have to pass through your doorway.
The twelve line items
| What to prepare | Figures to work from |
|---|---|
| Supply voltage | Every machine in our range is built for 220 V. Most models state 220 V at 50/60 Hz, three state AC 220 V at 50 Hz, and a few UV models are available as AC 220 V / 110 V at 50/60 Hz. |
| Frequency | 50/60 Hz on the models that state both, so one machine serves 50 Hz and 60 Hz markets. Where a model states 50 Hz only, treat that as the figure to design the supply around. |
| Printer load | The printer alone is modest: 550 W on the A3 UV flatbed, 1200 W on the 30 cm UV DTF, 1400 W on the H3070-2 DTF printer, 1400 W on the 7590 DTG and 1500 W on the H3070-4. |
| Powder shaker load | This is where the DTF figure jumps. Shakers in the range are rated 2900 W on the 8072-3, 4000 W on the H3070-4 and 8074-3(A), and 5800 W on the H3070-2. |
| Curing and heating load | Heat is the largest single item on textile and eco-solvent lines: 5000 W heating on the M7212-3, 7400 W on the 8194-3 and 9194-3, and 6.76 kW heating on the F1904A sublimation printer. |
| Total connected load | Add the units rather than reading one label: the H3070-2 is a 1400 W printer plus a 5800 W shaker, and the 1800 heat transfer press is rated 6 kW with an average draw of 3 kW. |
| Circuit and wiring | Size the circuit from the total connected load of every unit on that line, with headroom, rather than from the printer. This is the figure your electrician needs before the crates arrive, not after. |
| Printer footprint | From 860 × 980 mm on the A3 UV flatbed to 1748 × 729 mm on the H3070-2 and 4400 × 880 mm on the H3200-2. Machine height ranges from 570 mm to 1688 mm across the range. |
| Shaker or curing footprint | A DTF line is two machines, not one: the H3070-2 shaker measures 2522 × 1130 mm beside a 1748 × 729 mm printer, and the H3070-4 shaker 2226 × 940 mm beside a 1929 × 751 mm printer. |
| Working clearance | Leave room for the operator to reach the film path, load media and open the curing unit. Machine dimensions describe the equipment, not the space it needs in order to be run. |
| Crate size and weight | Crates are larger than the machines and decide the freight: the H3070-2 ships as a 2100 × 865 × 749 mm, 211 kg printer crate plus a 1800 × 1150 × 1280 mm, 352 kg shaker crate. |
| Ambient conditions | Catalog environment figures are 15–30 °C on most models, 18–30 °C or 20–30 °C on some, with relative humidity of 40–60% where stated and 35–65% on the 6090-3(A). |
Start from the supply, not from the machine
The first question a site survey has to answer is not which printer to buy, but what the building can deliver. Every machine in our range is built for 220 V, and most state 50/60 Hz, so one model covers both 50 Hz and 60 Hz markets.
A few UV models are available as 220 V / 110 V at 50/60 Hz. If your site is 110 V, say so before the configuration is fixed rather than after: this is a build-time choice, not a plug adapter.
Check the socket type and the wiring as well as the voltage. A socket rated 220 V at 10 A will not carry a DTF line whose shaker alone is rated 5800 W, which is why the wiring question follows from the load rather than from the plug.
Add up the whole line, not the printer
A DTF installation is at least two powered units and often three: the printer, the powder shaker, and a curing or heating unit. Reading the printer label gives a small number and hides the real one.
On the H3070-2 the printer is rated 1400 W and its shaker 5800 W; on the H3070-4 it is 1500 W plus 4000 W; on the 8072-3 it is 1500 W plus 2900 W. The shaker, not the printer, is the load that decides the circuit.
The same pattern appears elsewhere. The F1904A sublimation printer states 0.9 kW for the printer and 6.76 kW for heating; the M7212-3 states 2000 W for the printer and 5000 W for heating; the 1800 heat transfer press is rated 6 kW with an average draw of 3 kW.
Give your electrician the total, the voltage and the frequency. That is enough to size the breaker, the cable and the distribution board before anything is shipped.
Space: the machine, its shaker, and the crates
Two measurements matter and they are not the same. The working footprint is the first: the H3070-2 printer occupies 1748 × 729 mm and its shaker 2522 × 1130 mm, so a DTF line is an arrangement of two machines rather than a single bench.
The crate is the second. Packing dimensions decide the freight cost and, more often than buyers expect, whether the shipment can be moved into the building at all. The H3070-2 arrives as a 2100 × 865 × 749 mm crate weighing 211 kg plus an 1800 × 1150 × 1280 mm crate weighing 352 kg.
On the widest models the crate reaches 4750 × 1000 × 1820 mm. Measure the doorway, the lift and the turning radius on the route to the workshop before ordering, not when the truck is outside.
Floor loading is the third question. A 640 kg wide-format machine on a small footprint is a different structural matter from a 117 kg 300 mm DTF printer, and upper floors of light industrial buildings are not always rated for the former.
Air, temperature and humidity
Catalog environment figures for our machines are mostly 15–30 °C, with some models specifying 18–30 °C or 20–30 °C, and relative humidity of 40–60% where the catalog states humidity at all.
Those are operating ranges rather than comfort targets. Outside them, ink behaviour and media handling change, and print quality complaints tend to trace back to the room before they trace back to the machine.
Ventilation matters in proportion to the process. DTF powder handling and UV curing both release what you do not want to breathe in a closed room, and the curing unit needs air around it. Plan extraction with the same seriousness as the electrical supply: retrofitting it after installation costs markedly more.