What do Pitco error codes mean and how is the scheme organised?

Pitco fryers (Solstice, Solstice Supreme, SE / SELV / SSH electric, SG14 / SG18 gas, SELVRF rack-lift) report faults through three controller families. The Solstice analog / Solstice Supreme digital and the I12 / 1-Channel digital controllers display short E-prefixed codes — E1 (drain valve open), E2 (RTD probe open / shorted), E3 (filter / no-filter operation flag on SSH), E5 (configuration / jumper mismatch), E8 (basket-lift or 24 V option fault); F1 / F2 / F3 are fuse-holder and jumper-position references that show in the schematic and on some control panels when service-mode diagnostics are active. The Touchscreen / ROV cooking-computer family adds plain-English banners — HIGH TMP (HI), HEAT FAILURE, CALL TECH, and the SELVRF-specific Err 200 drain-sense alert. Always identify the controller before searching codes — a Solstice analog with HI is reset at the high-limit pushbutton, while the same overtemperature on a Touchscreen reads HIGH TMP and is logged with a service-code timestamp.

What does HEAT failure mean on a Pitco fryer and how do I clear it?

HEAT failure (also displayed as HEAT FAIL on Solstice and as HEAT FAILURE on Touchscreen / ROV controllers) means the controller has commanded the burner or heating element to fire and the temperature probe has not registered the expected oil-temperature rise within the timeout window. The fryer locks heating to prevent uncontrolled energy delivery into a fault. On gas Solstice / Solstice Supreme / SG14, work the most-common-first checklist: (1) drain valve fully closed — the drain safety microswitch must be closed for 24 VAC to reach the gas valve, push the handle firmly to the stop and verify the switch clicks; (2) gas supply — main shut-off fully open, quick-disconnect fully seated, manifold pressure meets nameplate (typically 3.5" WC for natural gas, 10" WC for LP); (3) flame-sensing rod oxidised — with power off, clean with fine steel wool or fine-grit emery cloth so the microamp flame current can reach the ignition module; (4) high-limit thermostat open at ambient — verify continuity at room temperature, an open high-limit blocks 24 VAC; (5) ignition module sparking but not latching — check ground continuity from the burner manifold to the module ground terminal. On electric SE / SELV / SSH, HEAT failure points to the heating contactor not pulling in (check 24 V coil drive), an open element (ohm each leg), or a tripped high-limit on the element bracket. Recurring HEAT failure after these checks is a service call to a Pitco-authorised technician at 1-800-258-3708.

What does F3 mean on a Pitco fryer?

F3 on Pitco fryers is a fuse / filter-circuit reference that appears in the SE / SELV / SSH service literature and on the schematic of the L22-392 service manual — the F3 fuse is a 2.5 A time-delay ceramic fuse on the low-voltage power supply branch that feeds the controller's filter / no-filter operation logic and the auxiliary 24 V control circuits. When the F3 fuse is open, the controller cannot complete the filter-cycle interlocks and may display E3 (no-filter operations flag) or simply lose the filter / drain-pump logic with no other fault — the heating circuit on the main contactor is unaffected. Sequence: (1) power down at the breaker; (2) locate the inline fuse holder labelled FH3 / F3 in the controller's low-voltage harness (Pitco part 60132701 fuse holder, 60132703 fuse on some electric variants); (3) pull the fuse and ohm it — a blown fuse reads OL; (4) before replacing, check the downstream filter-pump motor and 24 V solenoid coils for a short, replacing a fuse without finding the cause will simply blow the new one; (5) install only the matching 2.5 A time-delay ceramic, never a higher-rated or fast-blow substitute — Pitco specifies the time-delay characteristic to ride out filter-pump inrush. If the new fuse blows immediately, escalate to a service technician for harness and pump-motor diagnosis.

What does E8 mean on a Pitco fryer?

E8 on Pitco SE / SELV / SSH electric fryers (Solstice family) is a basket-lift / auxiliary 24 V option fault — the controller has lost the expected feedback signal from the optional basket-lift drive or one of the 230 VAC / 240 VAC option harnesses (J11, J12) on units configured with the basket-lift accessory. On units shipped without the basket-lift, E8 typically points to a missing or incorrectly placed configuration jumper that the firmware reads as a phantom basket-lift fault. Sequence: (1) confirm whether the fryer is supposed to have the basket-lift option — check the rating plate or the wiring schematic in the service manual L22-392; (2) on basket-lift units, check the lift motor for binding (manually move the lift arm — it should move freely with power off), the limit switches at the top and bottom of travel, and the 24 V drive harness from the controller to the lift motor for a disconnected or broken-conductor connector; (3) on non-basket-lift units, locate the basket-lift configuration jumper at the controller PCB — a missing or wrongly-positioned jumper produces the same E8 banner; the schematic's J11 / J12 pin-out shows the correct jumper position for the unit's voltage and option configuration; (4) reseat the connector and power-cycle. Persistent E8 after a verified-correct jumper and harness check is a controller-board input-circuit fault and the controller must be replaced.

What does E0 mean on a Pitco fryer?

E0 on Pitco fryers is a power-on / initialisation fault — the controller has detected a problem during the self-test that runs as the unit boots, before any cooking program can start. On the SE / SELV / SSH electric L22-330 service literature, the E0 banner appears alongside the FH2 inline fuse (Pitco part 60132701 fuse holder, 0.2 A 250 V time-delay ceramic) on the low-voltage rail that feeds the controller's main microprocessor — if FH2 has opened, the controller will brown-out during boot and either fail to display anything or latch on E0. Sequence: (1) power down at the breaker; (2) check the FH2 fuse for continuity with a multimeter — OL means it has opened, replace with the matching 0.2 A time-delay ceramic only; (3) verify the controller's input voltage at the main connector after refusing the unit — nominal is 24 VAC ±10% on the secondary side of the control transformer; (4) inspect the controller harness for pinched or chafed wires that could be intermittently shorting the 24 V supply rail; (5) if E0 persists with verified-correct supply voltage and fuse, the controller microprocessor or its power-supply regulator on the controller PCB has failed and the controller assembly must be replaced. Do not attempt to bypass FH2 or jumper around it — the time-delay characteristic is the thermal protection for the controller itself.

What does “Pitco 60132703” refer to?

60132703 is a Pitco service-board part number — specifically a fuse / fuse-holder element documented in the SELVRF service manual schematic alongside the F1 jumper position for selecting electric vs gas operation on dual-configuration control boards. It is not an error code that the controller displays. Technicians searching “pitco 60132703” are usually trying to identify a part they pulled from a fault-causing branch — most commonly the FH1 / FH2 / FH3 inline fuse holders on the controller's low-voltage power supply, or the SCB (Solstice Control Board) jumper-set that picks between J18 jumper-for-electric and roll-out jumper-for-gas on the SELVRF dual-platform board. If the unit is throwing E0, E3, E5, or no-display-on-power-up faults, the 60132703 component is the right family of part to inspect: pull and ohm the fuse holder and the inline ceramic, verify the J18 jumper is positioned for the unit's actual fuel type (electric units must have the F1 jumper installed across J18; gas units must have it removed and the gas-operation roll-out applied), and replace only with the OEM-spec 60132703 part to preserve the time-delay characteristic and the heat rating. The full SELVRF service manual (L22-405 / 00088 SELVRF.pdf) shows the correct location and orientation.

What does HI (HIGH TMP) mean on a Pitco fryer?

HI — displayed as HIGH TMP on Touchscreen / ROV controllers and as HI on Solstice / Solstice Supreme — means oil temperature has exceeded the cooking setpoint by 40 °F (22 °C) or has reached the absolute software cap of 410 °F (210 °C). The controller cuts heating, sounds an audible alarm, and locks the cook program. HI is the electronic overtemperature — it is independent of the bi-metallic high-limit switch on the frypot, which trips at a higher temperature; a HI banner with the high-limit pushbutton still in (not popped) means the software safety caught the overheat first and the mechanical safety did not have to. Sequence: (1) switch the fryer off and let it cool to a safe handling temperature — do not handle, drain, or filter oil at this temperature; (2) check the oil level — below the MIN line is the most common HI cause because the heating element or burner heats a smaller oil volume too quickly and overshoots; top up with fresh oil; (3) once cooled, press the high-limit reset pushbutton firmly behind the front access panel until it clicks (some Pitco models combine the electronic HI reset with this mechanical button); (4) restart and watch the temperature rise — a recurring HI inside one cook cycle points to a stuck-closed thermostat, a failing RTD reading low, or a stuck-closed heating contactor on electric units; (5) on gas units, inspect the burner for grease / debris that can cause uneven heat. Recurring HI after correcting oil level and reset is a service call — a controller running away on overtemperature is a fire hazard.

What does “Pitco table” mean and which controller table is it?

“Pitco table” in technician searches usually refers to one of two service-manual tables: the RTD probe resistance table that maps the temperature probe's measured resistance to oil temperature, used to verify a probe before replacing it during E2 / probe-fault diagnosis; or the wiring / harness pin-out tables in the L22-330, L22-370, L22-392, L22-393, and L22-405 service manuals that document the J11 / J12 / J18 / J19 connector positions on the SCB (Solstice Control Board), the I12 controller, and the Touchscreen / ROV cooking computer. For probes: Pitco RTD probes read approximately 1080 Ω at 60 °F (15.5 °C) and rise progressively with temperature — the exact resistance-to-temperature curve for the model in front of the technician is in the back of the unit's service manual; an open or shorted reading at any tested temperature confirms probe failure. For wiring tables: the J18 jumper position selects electric (jumper installed) vs gas (jumper removed and roll-out applied) operation on dual-platform controller boards, and the J11 / J12 pin-out tables document 230 VAC / 240 VAC option harnesses for the basket-lift and 50 Hz / 60 Hz international variants. Always cross-reference the table against the unit's serial-number-specific service manual — Pitco controller pin-outs evolved across revisions and the wrong table will produce wiring mistakes.

What does “Pitco after” mean and what fault does it describe?

“Pitco after” in technician searches almost always trims a longer phrase — most commonly “pitco after filter”, “pitco after cleaning”, or “pitco after power outage” — each pointing to a different recovery scenario. (1) After filter cycle: a Pitco fryer that locks on E1 (drain open) or Err 200 (drain not sensed closed) immediately after a filter cycle is reporting that the drain valve handle did not return fully to the closed position, or that the drain microswitch failed to register closed; rotate the handle firmly to the stop, ensure the drain-pan assembly is fully seated, and confirm the drain microswitch clicks audibly when the handle reaches closed. (2) After cleaning / boil-out: a fryer that throws E2 (probe fault) or HI immediately after a boil-out has typically had water enter the probe connector or the OIB (Oil Information Board) sensor cavity — power down, dry the connector with electrical contact cleaner, and reseat; recurring E2 after drying means the probe was damaged by thermal shock and must be replaced. (3) After power outage: a fryer that displays E0 (initialisation fault) or refuses to start after a power outage is reporting either a brown-out during boot (check the FH2 fuse and supply voltage) or a controller that has lost configuration; on Solstice models with a battery-backed RAM, the configuration must be re-entered through service mode. Whichever scenario applies, the recovery is in the unit's service manual section for post-event recovery — the L22-330, L22-370, L22-392, and L22-405 manuals all carry the post-cleaning and post-filter checklists.

What controllers do Pitco fryers use and how do I tell which one I have?

Pitco has shipped four controller generations across its current and recent product lines. Solstice analog / Solstice Supreme digital (mid-2000s onward, SE / SELV / SSH electric, SG14 gas) — a 7-segment LED display with short E-prefixed codes (E0 / E1 / E2 / E3 / E5 / E8) and a HI banner for overtemperature; cook setpoint and program select via membrane buttons. I12 / 1-Channel digital (late-2010s, primarily on SSH electric and SG14 / SG18 gas) — a backlit alphanumeric LCD with the same E-code numbering plus filter / no-filter operation prompts and a service-mode error log. Touchscreen / ROV cooking computer (2018-onward FilterMate-equipped Solstice Supreme and SELVRF rack-lift) — colour touchscreen with plain-English banners (HIGH TMP, HEAT FAILURE, CALL TECH) layered over the underlying E-codes; service mode is a settings-icon technician menu. Identify the controller by looking at the display: a touchscreen is ROV / Touchscreen; a backlit alphanumeric LCD with arrow / scroll soft keys is I12; a 7-segment LED with HI / E-codes is Solstice / Solstice Supreme; lights only is the legacy analog. Service literature is keyed to the controller — always cite the controller generation when calling Pitco service or searching the manual library at fm-xweb.frymaster.com / pitco.com.

Quick Answer

Pitco (Welbilt, sister to Frymaster) builds US commercial fryers — Solstice, SE / SELV / SSH electric, SG14 gas, and SELVRF rack-lift. Solstice and I12 / Touchscreen controllers display E1 / E2 drain and probe faults, E3 / E5 / E8 filter and option faults, F1 / F3 fuse / jumper, HI overtemperature, HEAT failure, and Err 200 drain-sense alerts.

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By Nichita Herput

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What error codes does Pitco display?

Drain valve open — controller blocks heating; rotate handle fully closed, verify vat oil level, and ohm the drain microswitch with the valve closed (continuity expected).

Temperature probe (RTD) open or shorted — reseat the probe connector, ohm at room temperature against the model's resistance table; zero or OL means replace the probe.

Filter / no-filter operation flag on SSH electric — filter-cycle interlock not satisfied; check filter-pan position, drain-pan switch, and the F3 fuse on the filter-circuit branch.

Configuration / wiring mismatch — J11 / J12 230 VAC / 240 VAC option harness or 50 Hz / 60 Hz jumper not matching the unit's nameplate; verify against the service manual schematic.

Basket-lift / 24 V option fault on SE / SELV / SSH — lift drive harness disconnected, missing configuration jumper on non-lift units, or controller input-circuit fault.

F1 fuse / SCB jumper position — selects electric (jumper installed across J18) vs gas (jumper removed, roll-out for gas operation) on SELVRF dual-platform control board.

F3 inline fuse — 2.5 A time-delay ceramic on the low-voltage filter-circuit branch; an open F3 disables the filter / drain-pump logic without affecting the main heating circuit.

Software high-limit (HIGH TMP on Touchscreen) — oil 40 °F over setpoint or 410 °F absolute; cool, press the manual reset pushbutton, check oil level and thermostat.

HEAT failure

Burner / element commanded but probe registers no temperature rise within the timeout window; drain switch, gas / electric supply, flame-sensing rod, high-limit, contactor coil.

Err 200

SELVRF rack-lift drain-not-sensed-closed — fully close drain handle, clean and reseat the drain proximity sensor, ohm the sensor at the closed position before replacement.

Common questions about Pitco equipment

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