Specs
Ceramic IR 25 specs
Setup notes and briefing numbers for Ceramic IR 25.
Ceramic IR 25 electrical and heat checks
Ceramic IR 25 specs brings together the figures needed to assess this ceramic infrared unit properly. Use it to check electrical load, size, and heating arrangement against the press or conveyor where it will run. It is the technical reference for the Ceramic IR 25 page.
Use these figures to match the Ceramic IR 25 to the press head, pallet size, or conveyor opening on your line. The key checks here are power draw, heated area, mounting clearance, and how the ceramic elements are arranged across the face. In South African print rooms, those details matter when supply capacity is tight or when the dryer must fit an existing station without moving other equipment.
Before installation, compare the spec dimensions with the actual gap above the garment or pack path. Record the working height, available circuit rating, and the distance to adjacent print heads or guarding. That prevents guesswork when the unit is wired, positioned, and brought up to operating temperature for the first test run.
Figures to verify on site
Check whether the Ceramic IR 25 suits flash gelling between colours or a controlled heat stage on a short conveyor section. The spec page is where you confirm the electrical requirement against the building supply and the heater footprint against the job size. For packaging lines, also compare the heat spread with the substrate width so edge areas do not run cooler than the centre.
When you send an enquiry through the contact form, quote Ceramic IR 25 specs and include the line voltage, breaker size, and the material you print most often. A photo of the current head layout or tunnel entry is useful when clearances are tight. If the unit is replacing another heater bank, note the old model footprint and any recurring trip or heat pattern issue.
- Electrical load for line planning
- Heated area against print size
- Mounting height and clearance checks
Conditions that affect setup
Ceramic infrared units behave differently depending on airflow, ambient temperature, and the dust load in the shop. Inland sites often need more frequent reflector and guard cleaning, while coastal plants should watch for corrosion on fittings and terminals. If the line shares supply with other heavy equipment, the site electrician should compare the Ceramic IR 25 load with normal shift demand.
Power interruptions make restart procedure important, especially where ink flash times are narrow. After an outage, confirm element output, controller status, and the first sample temperature before production resumes. On garment lines, that first check helps avoid under-flashed white bases or excess surface heat on lighter fabrics.
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Information to send with specs
Include the substrate, ink system, and target throughput when discussing Ceramic IR 25 specs. Add site photos that show the press station, conveyor width, or existing support frame.
Those details help place the unit in the correct heating role rather than treating it as a generic dryer. If approval depends on documentation, keep the specifications with the project note and any measured electrical readings from site.
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