A commercial salamander — an overhead broiler, a salamander grill, a cheese melter on its hottest setting — cooks from above. A radiant element or gas burner sits over the rack, and the food is finished, browned or gratinated by heat coming down, not by a hot plate underneath. The control problem is a radiant-heat one: the rack zone commonly runs at 200–300°C and hotter close to the element, the heat arrives in bursts as dishes go in and out, and the thermostat has to read the cooking zone without being fooled by the element itself. The safety problem is the same as any unattended high-temperature appliance: a control that fails closed must never be left to heat an empty chamber. This guide works through the control and the protection a salamander needs.
Radiant heat from above: control and rack temperature
The control thermostat holds the rack zone at the working temperature and cycles the element or the gas burner to keep it there through a service of dishes sliding in and out. A small countertop salamander draws a modest single-phase load and sits inside the AG16-K (50–400°C, 16A / 20A); a larger wall-mounted or floor-standing unit with a heavier element steps up to the AG32-1K (up to 32A, single-pole compulsory OFF). Three-phase salamanders switch all phases on one control — the AG32-3K three-pole control (16A / 32A / 50A, up to 400V, 50–350°C) is built for that duty. Gas-fired salamanders are a different circuit: a millivolt gas thermostat such as the ARB-33 (200–400°F, 5 VDC) covers the rack temperature on its range, and our gas thermostat guide covers that control.
The rack height is the cook's coarse temperature control — raise the rack and the food sees less radiant heat, lower it and it sees more — but the thermostat is what holds the zone steady between dishes. Because a salamander is used in short bursts rather than held at temperature all day, the control cycles hard at service and rests between services; size it to the element's continuous draw with margin, not to the average load. The same radiant-vs-contact question appears on grills and griddles, where the plate is the cooking surface — covered in our grill and griddle thermostat guide.
Bulb placement under a radiant element
The sensing bulb is the part of the job most often done wrong on a salamander. A bulb that looks straight at the radiant element, or sits touching it, reads the element's own heat and switches the control off while the rack is still cold; a bulb tucked too far from the rack reads cool air and lets the zone overshoot. The bulb belongs in the rack zone, shielded from direct radiation where the equipment maker provides a shield or a pocket, sensing the air the food actually sits in. Grease and drips from the food above the rack coat the bulb over time, so clean it on the equipment maker's schedule and check it when browning starts going uneven. The seating and routing rules are in our installation guide.
Capillary routing matters here too: the capillary runs from the control body to the hot chamber, and it must be kept clear of the element and its reflector, with no sharp bends and no contact with hot metal. A capillary damaged by radiant heat or by a careless rack slide gives the same symptoms as a failed control — drift, overshoot, or no heat at all — so check the run before blaming the thermostat. The same placement logic applies to ovens, where the bulb sits in the cavity rather than on the element — covered in our commercial oven thermostat guide.
Sizing the control to the element
Size the control to the element's continuous draw, not to the size of the chamber: a small salamander with a heavy quartz or ceramic element is a heavy switching load, while a large chamber with a modest element is not. Match the current rating with margin, and remember that a salamander earns its 100,000-cycle rating in short, sharp bursts — every dish is a full heating call followed by an idle period. The table below covers the common salamander duties; the exact setpoint and trip point are properties of the equipment, not of the thermostat.
| Model | Rating | Range | Reset |
|---|---|---|---|
| AG16-K | 16A / 20A · 110V / 250V | 50–400°C | Automatic |
| AG32-1K | 16A / 20A / 32A · 110V / 250V / 380V | 50–450°C | Automatic |
| AG32-3K | 16A / 32A / 50A · 110V / 250V / 400V | 50–350°C | Automatic |
| AG16-S | 16A / 20A · 110V / 250V | Trip 380 / 400 / 430°C (fixed) | Manual reset |
Technical data is a catalogue reference. Confirm final ratings, dimensions and approvals for the selected model before ordering.
The limiter that must not reset itself
A salamander chamber left heating with no food and no one watching climbs fast, and an automatic-reset device would simply cycle the element back on into an empty, overheating chamber. The limiter on a salamander must cut the circuit completely and stay cut: the AG16-S manual-reset limiter (16A / 20A, 110V / 250V, fixed trip points at 380 / 400 / 430°C, other trip points factory-set to your specification) is that device. Manual reset forces a check — is the rack empty, is the element damaged, is the control stuck closed — before the salamander can fire again.
Set the limiter's trip above the salamander's maximum working temperature and below the damage point of the element, reflector and wiring. Trip points are factory-set to your specification; our specification guide covers the full ordering checklist, and our safety limiter guide works through the setting logic.
Certifications
Our thermostats are certified by TÜV Rheinland, UL and KEMA-KEUR — see our Certifications page for the certificate number and verification route for each model. Confirm the approvals carried by the specific models you select.
FAQ
What temperature does a commercial salamander run at?
The rack zone commonly runs at 200–300°C, hotter close to the element, and the cook adjusts the effective heat by moving the rack up or down. The thermostat holds the zone at the setpoint the equipment maker designed for; the exact setpoint is a property of the equipment, not of the thermostat.
Why does my salamander overshoot or brown unevenly?
Usually the sensing bulb: a bulb facing the radiant element reads the element, not the rack, and switches off too early, while a bulb tucked too far away reads cool air and lets the zone overshoot. Grease on the bulb insulates it and makes the control respond late. Check the bulb position, its shield or pocket, and clean it before replacing the control.
Why does my salamander keep tripping the limiter?
Usually one of three causes: the chamber ran empty at full heat for too long, the sensing bulb is coated or misplaced so the control responded late and the zone overshot, or the control itself has failed closed. A manual-reset limiter is doing its job when it stays tripped — check the rack, the bulb and the element before resetting, and have the control tested if the trips keep coming.
High-Current Control Thermostats · Manual Reset Safety Limit Thermostats · Capillary Control Thermostats