part_a stringclasses 7
values | part_b stringclasses 10
values | question stringclasses 10
values | short_answer stringclasses 10
values | reference_page stringclasses 10
values |
|---|---|---|---|---|
00-419670-00001 | 00-414146-00002 | Can I use the LCH hi-limit (00-414146-00002) instead of the LC117 (00-419670-00001)? | No. They are both 450F-class fryer hi-limits, but one is auto-reset and the other is manual-reset, and the set points differ (450 F vs 435 F). Substituting one for the other changes the safety behaviour of the fryer. | https://magenta-puffpuff-d66f59.netlify.app/compare/lc117-vs-lch-hi-limit/ |
00-348358-00001 | 00-410839-00004 | Can I use the two-lead thermopile (00-410839-00004) instead of the coaxial one (00-348358-00001)? | No. Both are 36 in, 250-750 mV thermopiles, and that is exactly why they get confused. The 00-348358-00001 is the coaxial type with a 3/8-32 thread; 00-410839-00004 is the two-lead type with a different terminal arrangement. Same length and same output voltage do not make them interchangeable. | https://magenta-puffpuff-d66f59.netlify.app/compare/coaxial-vs-two-lead-thermopile/ |
00-419670-00001 | 00-410840-00002 | Can I replace 00-419670-00001 with 00-410840-00002? | Usually yes, but check the sensing bulb first. The successor 00-410840-00002 uses a 1/4 in x 4-1/2 in bulb, while the original LC117 uses a 1/4 in x 4-7/8 in bulb - about 3/8 in shorter. Both are 450 F auto-reset hi-limits with a 30 in capillary and a 3/8 in MPT stuffing box. | https://magenta-puffpuff-d66f59.netlify.app/compare/00-419670-00001-vs-00-410840-00002/ |
00-411506-00013 | 00-913153 | Is 00-913153 the same part as 00-411506-00013? | Distributor interchange tables treat 00-913153 as the current number for the same RX thermostat kit. This is a distributor-level cross-reference, not a statement published by the manufacturer, so verify against your own parts manual before ordering. | https://magenta-puffpuff-d66f59.netlify.app/compare/rx-kit-vs-913153/ |
00-348361-00001 | 00-348361-00001 | Is the non-OEM version of 00-348361-00001 the same as the Hobart-branded one? | Possibly - and that is the point. Fenwal builds this thermostat; Hobart resells it under its own number. On this part, OEM and non-OEM listings often describe the same device sold through different channels. The price gap can be several times, so ask the seller whether the body carries the Fenwal name and a UL file num... | https://magenta-puffpuff-d66f59.netlify.app/compare/fenwal-oem-vs-aftermarket/ |
RTCU700609 | RTBF800164 | Are RTCU700609 and RTBF800164 the same thermostat? | No. RTCU700609 is the electronic regulating thermostat (105-185 C) for Hobart HEF-series fryers. RTBF800164 is the separate high-limit thermostat. They do different jobs and are not substitutes for each other. | https://magenta-puffpuff-d66f59.netlify.app/compare/rtcu700609-vs-rtbf800164/ |
00-410841-00001 | 00-410841-00028 | Can I use the 24 V electronic-ignition gas valve (00-410841-00028) in place of a millivolt valve (00-410841-00001)? | No. A millivolt valve is operated by a thermopile (750 mV open circuit, about 500 mV under load) through a bleed-gas safety valve. The 24 V electronic-ignition valve has a different operator and is wired to an ignition module. They are not interchangeable, and the ignition module and valve are a matched pair. | https://magenta-puffpuff-d66f59.netlify.app/compare/millivolt-vs-24v-gas-valve/ |
00-340307-00003 | 00-416741-000G9 | Can I use an 8500 W element in place of a 5500 W element? | No. Element wattage, voltage and physical length must all match the original. Fitting a higher-wattage element increases current draw beyond the contactor and wiring rating; fitting the wrong voltage delivers the wrong wattage even at the same nominal size. | https://magenta-puffpuff-d66f59.netlify.app/compare/5500w-vs-8500w-element/ |
00-410841-00001 | 00-410841-00002 | Can I use the natural-gas valve (00-410841-00001) on LP? | No, not without the LP conversion kit. The LP version (00-410841-00002) uses the same body with LP conversion kit 51-1470. A natural-gas valve running on LP will not regulate correctly and is a safety hazard. | https://magenta-puffpuff-d66f59.netlify.app/compare/ng-vs-lp-gas-valve/ |
00-411506-00013 | 00-410687-00001 | What is the difference between the RX, KX and K fryer thermostats? | They are three different thermostat families with different bulb diameters, capillary lengths and temperature ranges. RX is the 24 in, 200-400 F regulating kit. KX uses a 1/4 in bulb with a 12-1/8 in capillary. K is a separate family again. The letter matters more than the shape. | https://magenta-puffpuff-d66f59.netlify.app/compare/rx-vs-kx-vs-k-thermostat/ |
Commercial Fryer Parts β Cross-Reference Dataset
A machine-readable cross-reference dataset for commercial deep-fryer components: thermostats, hi-limits, gas valves, ignition boards, thermopiles and heating elements used on Hobart, Vulcan, Wolf, Garland, Frymaster and Broaster equipment.
Assembled from publicly available OEM parts manuals, distributor catalogs and interchange tables. Provided as a reference for identification and research.
- Full reference site: https://fryerparts.pages.dev
- Archived version with DOI: https://doi.org/10.5281/zenodo.23613054
- Source repository: https://github.com/JSilent/fryer-parts-data
Coverage
| System | Families | Distinct part numbers |
|---|---|---|
| Thermostats / hi-limits | 7 | 80 |
| Gas valves / ignition / thermopiles | 6 | 52 |
| Heating elements | 3 | β |
Brands: Hobart, Vulcan, Wolf, Garland, Frymaster, Broaster, Welbilt, plus Robertshaw and Fenwal component-level equivalents.
Files
| Config | File | Rows | Contents |
|---|---|---|---|
part_numbers |
data/part-numbers.csv |
13 | Primary part numbers with type and brand coverage |
cross_reference |
data/cross-reference.csv |
119 | Primary number β interchange number mappings |
specifications |
data/specifications.csv |
117 | Specification fields per part family (long format) |
fitment |
data/fitment.csv |
249 | Part number β brand β compatible model |
comparisons |
data/comparisons.csv |
10 | Whether one part can replace another, with the reason |
Data model
part-numbers.csv:part_number, type, brands, cross_ref_count, reference_pagecross-reference.csv: one row per interchange number. Interchange numbers come from distributor tables, not from manufacturer statements. A mapping is a claim about compatibility, not a verification of it.specifications.csv: long format β one row per field, so families with different sets of fields stay in one table without sparse columns.fitment.csv: one row per (part, brand, model). Model strings are reproduced as published; some are series names rather than single model codes.comparisons.csv:part_a, part_b, question, short_answer, reference_pageβ the highest-value subset: whether a substitute is safe, and why.
What this dataset is not
- Not an offer, quotation or availability statement. No row implies a part is in stock at any seller at any price.
- Not a manufacturer publication. Every cross-reference is reproduced as reported by a distributor or catalog.
- Not a fitment guarantee. Physical fit does not establish functional equivalence β especially for safety devices.
- Not complete. Fields marked as not published were genuinely absent from the sources checked.
How to use it responsibly
- Verify against the equipment's own parts manual before ordering anything.
- Treat interchange tables as leads, not answers. If a mapping does not state the dimensions that matter (bulb size, capillary length, reset type, fitting thread), it has not been verified at the level that matters.
- Never substitute a safety device on physical fit alone. A hi-limit that is dimensionally close but has the wrong reset behaviour removes a protection layer.
Citation
Xue, Kyle. (2026). Commercial Fryer Parts Cross-Reference Dataset
(Hobart / Vulcan / Wolf / Garland / Frymaster) (Version 1.0) [Data set].
Zenodo. https://doi.org/10.5281/zenodo.23613054
@dataset{xue_2026_fryer_parts,
author = {Xue, Kyle},
title = {Commercial Fryer Parts Cross-Reference Dataset
(Hobart / Vulcan / Wolf / Garland / Frymaster)},
year = 2026,
publisher = {Zenodo},
version = {1.0},
doi = {10.5281/zenodo.23613054},
url = {https://doi.org/10.5281/zenodo.23613054}
}
License
Data files are dedicated to the public domain under CC0 1.0.
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