Illustration: the colour display is schematic and contains no real temperature measurement. Assessment requires a suitable instrument and model data.
Is your infrared panel not warm enough, or does the panel become warm while the room stays cold? These are different problems. Start with a clear description of what you observe and what has changed since installation. The cause may involve settings, supply, position, capacity or a fault.
Key points
Check only operating settings and visible conditions described for users in the manual. Do not open housings or connection boxes or measure live parts. Stop use and arrange assessment after damage, burning smells, unusually hot connections or repeated shutdowns. Do not bypass a thermostat or safety device for testing.
Initial checks without opening the appliance
Check whether the thermostat requests heat and whether a schedule, holiday mode or another permitted setting prevents it. Check display and receiver messages against the manual. Note model and error codes. Look up their meaning in the manual for the exact controls and panel; another model’s reset procedure is not a reliable solution. Clicking does not prove that the heater receives power or an internal connection is sound.
Compare described behaviour with the exact version’s specifications. There is no universal normal surface temperature of 85–110 °C. A low-temperature panel may deliberately have a different design. Do not diagnose faults by touching: hot surfaces can burn.
Measurements need the right method
Incorrect emissivity settings or reflected surroundings can produce misleading infrared temperature readings. The right instrument and interpretation depend on the surface. Power measurements must also consider controls and mode. If unsure, let supplier or installer determine useful, safe measurements. One reading does not automatically identify an internal resistance element as the cause.
Can the system cover heat demand?
If the panel works as documented but the room stays cold, assess losses and capacity. Insulation, windows, external walls, ventilation and desired temperature matter. Area, volume or fixed watts alone provide insufficient certainty. Clarify primary heating versus local supplementary use too.
More power may be needed but is not the first solution without analysis. It can increase electrical peak load and does not fix blocked coverage or an unrepresentative sensor. Shorter operation of a larger panel does not automatically reduce energy either.
Check position and surroundings
A cabinet, curtain or moved furniture can screen direct heat. Check prescribed clearances and orientation. Do not relocate outside instructions. A different height needs coverage reassessment; a general inverse-square rule for a point source does not describe every flat-panel situation.
A cold building may need time to warm. This does not mean every wall must become fully saturated or that heating continuously for days is always correct. Ventilation losses, draughts and cold surfaces still matter. Assess windows and external walls as part of real heat loss; a general statement about glass does not replace structural assessment.
Check thermostat and schedule
Check sensor readings represent the room and are not directly affected by panel, sun or draught. Adjust offsets only as instructed after suitable comparison; offsets do not fix poor position. Switching differential and adaptive functions vary. A fixed 0.5-degree setting is not ideal for every system.
Match schedules to occupancy and measured warm-up. Keeping temperature constant is not universally more economical than reducing it during absence. The best strategy depends on absence duration, comfort and building. Raising the thermostat does not automatically increase panel power with ordinary on/off controls.
Establish the cause before adding capacity
We help private and business users, installers and wholesalers. Share brand, model, settings, errors, photos and a plan. Say whether the problem is new and what changed. This helps establish whether technical checks, different use, positioning or extra capacity are needed.
Make the next step verifiable
Record changes and how results are compared. Use the same temperature measurement and similar conditions. A larger or new panel must fit electrical capacity and permitted mounting. Low maintenance does not make faults impossible or remove performance checks.
Frequently asked questions
Can a central-heating thermostat switch my panel directly?
Not without checking outputs, load and required receiver or switching component. Different protocols and voltages are not interchangeable. Have compatibility assessed and do not connect panels indiscriminately to existing thermostat wires.