Do not touch the element or any part of the grill interior while hot. Use a food-safe thermometer probe. Once the probe thermometer reads below 60°C, it is safe to touch with bare hands for short periods (30 seconds maximum). Allow 10-15 minutes after switching off for a typical 3 kW electric salamander to cool below 60°C.

Why: touching the element at 150°C+ causes second-degree burns. Full-thickness burns at 180°C+. Salamander burns are common in kitchens where staff rush the cool-down.

Slide or unclip the grease tray (design varies by brand — see brand notes below). Empty all collected grease into a waste bin or grease disposal unit. Do not pour grease down the drain.

Why: grease left in the tray hardens, blocks drains, and spills onto the element on next service. Pooled grease is the ignition source for Class K fires.

Take the grease tray to the three-compartment sink or dishwashing station. Wash in hot water (60°C+) with food-safe degreaser, scrub with a soft sponge to remove any stuck grease, rinse with clean hot water, and dry with a cloth. Return the tray to the salamander and ensure it sits flush (no gaps where grease can escape).

Time: 2-3 minutes. Cost: ~30p of degreaser per tray.

Using a lint-free cloth or kitchen paper towel, dampen the cloth with food-safe degreaser and wipe the entire interior shield (the metal casing that protects the element from direct contact with food). Wipe all interior side walls. Focus on any spots where grease or food splatter has built up. Do not use water alone — use the degreaser, which dissolves grease chemically rather than just pushing it around.

Critical: do not wipe the element coils themselves at this stage, and do not use water on them when hot (electrical hazard). The shield takes the brunt of the heat; the element coils are protected underneath.

Using a clean damp cloth, wipe the exterior of the salamander casing and the control panel to remove any splashed grease or dust. Use a dry cloth to wipe dry if the exterior finish is stainless steel (to avoid water spots).

Total time to here: 5-8 minutes.

Switch off at the wall, not just at the control panel. Allow the entire unit to cool to room temperature (confirm with a thermometer probe — aim for below 40°C before proceeding).

Why: the weekly clean is more thorough than the daily wipe and involves more handling of internal components. Full cool-down is essential.

Slide out the grease tray. Fill a tray or bucket with hot water (60°C+) and heavy-duty kitchen degreaser (not food-safe — use commercial-strength: Jangro, Chemlock, or equivalent — these cut through carbon and burnt-on grease faster). Soak the grease tray for 15-20 minutes. While soaking, brush with a soft-bristled brush to dislodge any hardened grease. Rinse in clean hot water, dry, and set aside.

Time in soak: 15 minutes. Cost: ~50p of degreaser.

Using a brass brush (never a steel wire brush — this damages the element coating) or a soft-bristled hand brush, gently brush the underside and sides of the element shield to remove any carbon deposits that have accumulated. Work around the element coils carefully — do not brush the coils directly at this stage.

Why brass not steel: brass is softer than the element surface coating and won’t score or damage it. Steel wire brushes tear the protective oxide layer on the element, exposing bare metal to corrosion.

Once the element is completely cool, dampen a cloth with clean water (no degreaser — water alone is fine now the element is cold) and gently wipe the element coils to remove any loose carbon or dust. Work slowly and carefully to avoid damaging the coil.

Critical: never wet-wipe a warm element (electrical hazard). Only when fully cool.

If you have a gas salamander, check the burner ports for blockage. Using a soft brush (not a metal pick or knife), gently brush across the burner ports to clear any carbon or debris. Do not force a brush into a port — you can damage the burner face. If a port is severely blocked, move to the next stage (monthly deep clean) or contact the manufacturer.

Why: blocked ports reduce heat distribution and cause uneven cooking. Severe blockage can cause the burner to light unevenly or fail to light at all.

Look at the element shield from the side and front. Is it still flat and square, or is it warped (bent or twisted)? Is there visible corrosion (rust or white/green oxidation)? Minor surface corrosion is normal on stainless steel; deep pitting or warping means the shield may need replacement (cost: £50-150 depending on brand). Note any damage in your cleaning log.

Why: a warped shield can trap grease or food particles in uneven gaps, increasing fire risk and making cleaning harder.

Slide the clean, dry grease tray back into place. Wipe the exterior with a clean cloth. If you have integrated shelving (some Lincat models), wipe those down with a damp cloth and dry with a paper towel.

Total time: 20-30 minutes including soak time.

Ideally, schedule the monthly clean on a day the salamander is off for an extended period (e.g., Monday morning after a weekend closure). Allow full cool-down to room temperature — at least 4-6 hours, preferably overnight.

Why: working on a fully cool unit is much safer. You are removing and handling the element guard and possibly the element itself.

Read the manufacturer’s manual or check the notes below (brand-specific procedures). Most shields are held in by two or three screws or are slid out sideways. Remove carefully and set on a clean surface. If the element itself is removable (check the manual), do not remove it unless you are experienced or the guard removal is not sufficient — an element can be difficult to reinstall correctly.

Safety: do not force any part. If a screw is stuck, spray with penetrating oil and wait 10 minutes before trying again.

Fill a large tray, bucket, or basin with hot water (60-70°C, not boiling) and commercial-strength degreaser (e.g., Chemlock, Jangro, or equivalent). Submerge the element guard completely. Leave for at least 2 hours — overnight (8-12 hours) is better for heavily carbonised shields. The chemical softens and loosens the carbon deposits.

Cost: ~£1-2 of degreaser per soak. Safety: work in a well-ventilated area — commercial degreasers are caustic and fume.

After soaking, remove the element guard from the bath. Using a brass brush and a gentle scrubbing motion, brush away all softened carbon deposits. Use a plastic or wooden scraper if needed to dislodge stubborn carbon (never use metal scrapers on the element itself, only on the guard). Rinse in clean hot water multiple times until no carbon or degreaser residue remains. Dry thoroughly with a cloth or compressed air if available.

Time in brush/rinse: 10-15 minutes.

With the guard off, look closely at the heating element or burner. Are there any breaks, cracks, or holes in the element? Any visible corrosion (deep pitting)? For electric elements, look for dark spots or burning marks. For gas burners, check for uneven discoloration or cracks in the burner face. Minor surface corrosion is normal; visible damage = element replacement needed.

If damage found: note the element part number (usually stamped on the element itself or in the control panel diagram) and call your supplier or manufacturer for a replacement quote. Element costs: Lincat £200-400, Buffalo £100-250, generic £80-180.

Once you have reinstalled the clean element guard and screws are tight, power on the salamander and run a test. Ignite the element (electric will heat, gas will light). Listen for even heat — is the element warming evenly or is one side slower? Watch for any sparks or electrical arcing. Let it run for 60 seconds, then turn off. If anything sounds or looks wrong, switch off immediately and call your engineer.

Why: after handling the element guard, you want to confirm everything is wired correctly and the element is functioning normally before handing back to service staff.

Date, time, name of cleaner, and any observations (e.g., “light carbon removed,” “no damage noted,” “recommend engineer check on next service call”). This log proves to the EHO and your insurance company that you are maintaining the equipment properly.

Total time: 45-60 minutes including soak and inspection.

If the salamander is in a high-volume kitchen (200+ covers per day, or peak summer service), schedule a quarterly visit from a commercial refrigeration/electrical engineer. They check refrigerant charge (if applicable — some salamanders have a small cooling unit), electrical connections, gas lines (if gas), and overall safety. Cost: £80-150 per visit including parts.

If you notice the element is responding slowly (slow heat-up), taking longer to cook food, or showing visible damage, this is the time to get a replacement quote and plan the change. Bulk replacement (element + labour) is typically scheduled during a quiet service period (e.g., bank holiday closure).

Some salamanders have a fan motor to circulate heat. Check that it is running smoothly (no rattles or grinding). If the motor is noisy or the fan is not rotating, contact the engineer.

All electrical kitchen equipment must pass a PAT test annually per Electricity at Work Regulations 1989. A qualified tester will visually inspect the unit for damage, test the earth continuity and insulation resistance, and issue a certificate. Cost: £10-25 per unit. Failure to PAT test can void public liability insurance if an accident occurs.

Gas salamanders must be serviced annually by a Gas Safe registered engineer. They check gas connections, burner function, ignition, and safety interlocks. Cost: £100-150 per unit plus parts (typically none). Gas Safe certification is a legal requirement under Gas Safety (Installation and Use) Regulations 1998.

File all PAT and Gas Safe certificates in a central location. Provide copies to your insurance broker and (if requested) your EHO. This proves you are maintaining equipment to legal and safety standards. Poor maintenance records can lead to insurance claim refusal or EHO enforcement action.

The mistake: staff want to clean it immediately after service, before it cools. They grab a damp cloth and wipe a 150°C element, getting a severe burn. The fix: make cool-down part of the procedure. Use a thermometer to confirm below 60°C before starting. Plan 10-15 minutes between last service and daily clean.

The mistake: staff think a damp cloth is enough. Grease needs chemical action (degreaser) to dissolve — water just pushes it around and leaves a film. The fix: always use food-safe degreaser for the daily wipe and heavy-duty degreaser for weekly soaks. Stock multiple bottles in the kitchen so there is no reason to skip it.

The mistake: staff wipe the grill but never empty the grease tray. Over a week, it fills with hardened grease, spills on the next service, and floods the element chamber. The fix: make grease tray removal step 1 of the daily routine. Use a checklist so no step is skipped. Grease tray should be washed every single day, not once a week.

The mistake: staff use a cheap wire brush to scrub carbon off the element coil. Steel is harder than the element’s protective coating — it scores the surface and exposes bare metal to corrosion. The element fails months earlier than it should. The fix: brass brushes only. One £6 brass brush lasts 6+ months and saves you £200 in premature element replacement.

The mistake: staff assume water is fine once the element is cool-ish (say, 80°C). Water on a warm element is an electrical hazard — the moisture conducts across the element coil and can trip electrocution risk. The fix: only dampen the cloth, not soak it. Better: dry-wipe the element with a cloth first, then very lightly dampen if needed. Better still: wait for fully cool (confirmed by thermometer below 40°C for weekly/monthly cleans).

The mistake: staff do daily and weekly cleans but never remove the element shield for a proper soak. Carbon builds up inside the shield where the weekly brush cannot reach. After 3-4 months of this, carbon bridging begins. The fix: schedule the monthly deep clean for a quiet day (e.g., Monday morning). Set a calendar reminder. Make it non-negotiable, like PAT testing.

The mistake: staff clean regularly but never write it down. When the EHO asks for evidence, there is nothing. When the element fails, there is no record of when the last inspection was. The fix: print a simple log sheet each month (template above). Require staff to sign off on daily, weekly, and monthly cleans. File logs in a HACCP folder. Provide the logs to the EHO during inspection.