Lambert Lx 24 Fi Instrukcia Today

Introduction The Lambert LX 24 FI is a wall-hung, gas-fired condensing boiler designed for residential heating and domestic hot water (DHW) production. The "FI" designation typically indicates a forced flue (fan-assisted) model with a fully integrated electronic management system. This boiler is part of Lambert’s next-generation LX series, known for energy efficiency (ErP compliant), low NOx emissions, and compact design.

Changing parameters incorrectly can cause unstable combustion, sooting, or overheating. Only qualified technicians should modify P01, P08, P10. 8. Maintenance Schedule (For Long Life) To keep the warranty valid and ensure safety, follow this schedule:

| P-code | Function | Default | Adjust range | |--------|----------|---------|---------------| | P01 | Maximum CH power | 24 kW | 5–24 | | P02 | Pump post-circulation time | 3 min | 0–10 | | P03 | Antifreeze activation temp | 5°C | 3–10 | | P05 | DHW preheating (comfort) | 0 (off) | 0/1 | | P08 | Minimum CH power | 5.4 kW | 3–10 | | P10 | Fan speed offset | 0 | -5 to +5 | lambert lx 24 fi instrukcia

Press and hold the Mode/Reset button for 3 seconds until the error disappears. If the error returns within 24 hours, call a technician. 10. Flue System Requirements The Lambert LX 24 FI is approved for concentric flue (60/100 mm) or twin pipe (80/80 mm) with adaptor.

A: This is a timed service reminder (e.g., every 2000 running hours). It does not lock the boiler. Call a technician at your convenience. 14. Disposal and Environmental Compliance The Lambert LX 24 FI contains electronic components, copper, aluminium, and plastic. At end of life, do not discard with household waste. Return it to an authorised WEEE collection point or contact Lambert’s take-back scheme. Introduction The Lambert LX 24 FI is a

Keep this article with your boiler’s official manual. For firmware-specific instructions or revised error codes, scan the QR code on the boiler’s side label or visit the Lambert support portal.

| Code | Meaning | Likely cause | User action | |------|---------|--------------|--------------| | E01 | Low water pressure | <0.5 bar | Repressurise (see section 6) | | E02 | No flame ionization | Gas supply off, air in gas pipe | Check gas meter; reset once | | E03 | Overheating (NTC >105°C) | Pump failed, airlock | Wait 20 min; call engineer | | E04 | Flue blockage or fan fault | Bird nest, fan seized | Reset; if repeats → engineer | | E05 | External sensor fault | CH sensor short/open | Engineer required | | E09 | False flame signal | Electronics damp/wet | Power cycle; dry the area | | E10 | Internal NTC1 / NTC2 mismatch | Plate heat exchanger scaling | Engineer descaling needed | | E20 | Gas valve circuit error | Loose wiring, valve coil | Engineer | Maintenance Schedule (For Long Life) To keep the

A: Normal post-purge (up to 3 min) or pre-purge in cold weather. If permanent >15 min, check P02 parameter.

A: Typically a dirty DHW plate heat exchanger or low flow rate. Clean the inlet filter first.

A: Yes. The LX 24 FI works with volt-free (230V) or OpenTherm thermostats. Use terminals 3-4 for OpenTherm (if supported) or 1-2 for on/off.

This long-form article serves as a complete instruction manual (instrukcia) covering installation prerequisites, control panel operation, daily use, parameter settings, maintenance schedules, error codes, and safety precautions. Always refer to the official Lambert documentation supplied with your unit, as regional gas and water regulations may vary. | Parameter | Value | |-----------|-------| | Type | C13, C33, C53 (concentric flue) | | Max heat output (heating) | 24 kW | | Min heat output (heating) | 5.4 kW | | DHW output (max) | 24 kW | | Efficiency class (heating) | ★★★ (ErP) | | NOx class | Class 6 | | DHW flow rate (ΔT=30°C) | ~11.4 l/min | | Inlet gas pressure (G20) | 20 mbar | | Electrical supply | 230V ~ 50Hz | | Power consumption | ~110 W | | IP rating | IPX4D | | Expansion vessel capacity | 6 l (pre-charge 1 bar) | | Max heating pressure | 3 bar | | DHW range | 30–60°C | | Heating flow temp range | 20–85°C |