Use read_data on the company database, read-only. Replace :series with the id of the series the user names (find it with SELECT id, description FROM series WHERE description LIKE '%7100%'). One statement only, starting with SELECT or WITH, no semicolon, at most 200 rows. The guard rejects these words anywhere, even inside quoted text or aliases: INSERT, UPDATE, DELETE, REPLACE, MERGE, UPSERT, CALL, DO, SET, CREATE, ALTER, DROP, TRUNCATE, GRANT, REVOKE, RENAME, LOCK, UNLOCK, HANDLER, LOAD, EXECUTE, EXEC — so run the recipes as written, with no extra labels. A product is the series plus every sub-routine it calls; the recipes walk that tree. They return numbers, because the company database has no rule-type name tables: translate them with the list below, and answer in shop words.

R1 — the call tree (which frame sub-routines exist and for which answers):

WITH RECURSIVE tree(sid) AS (
SELECT :series
UNION
SELECT r.rulevalue FROM tree t
JOIN rules r ON r.series_id = t.sid AND r.ruletype IN (3, 9) AND r.active = 1
)
SELECT c.series_id AS caller, c.id AS rule_no, c.ruletype, c.level, c.rulevalue AS sub_series,
s.description AS sub_name, s.isseg,
(SELECT GROUP_CONCAT(CONCAT(IF(t.isnot = 1, 'NOT ', ''), 'test', t.type, ' opt', t.value1, ' in (',
IFNULL((SELECT GROUP_CONCAT(v.value) FROM rule_test_value v
WHERE v.seriesid = t.seriesid AND v.ruleno = t.ruleno AND v.testid = t.testid), ''), ')')
SEPARATOR ' AND ')
FROM rule_test t WHERE t.seriesid = c.series_id AND t.ruleno = c.id AND c.test = 1) AS conditions
FROM tree
JOIN rules c ON c.series_id = tree.sid AND c.ruletype IN (3, 9) AND c.active = 1
LEFT JOIN series s ON s.id = c.rulevalue
ORDER BY c.series_id, c.id
LIMIT 200

R2 — profile rules at one level; use :level = 3 for the frame. part_type = 2
keeps profiles only; drop that line to include hardware. On 7100 it returns about 105 rows (mostly accessories 315/316):

WITH RECURSIVE tree(sid) AS (
SELECT :series
UNION
SELECT r.rulevalue FROM tree t
JOIN rules r ON r.series_id = t.sid AND r.ruletype = 9 AND r.active = 1
)
SELECT r.series_id, s.description AS in_series, r.id AS rule_no, r.ruletype, r.level, r.position,
r.rulevalue AS part_or_matrix, COALESCE(p.stockcode, m.description) AS what,
r.leftside AS cut_lt, r.rightside AS cut_rb, r.weldedl, r.weldedr,
r.sizeadjustwtype AS w_type, r.sizeadjustw AS w_mm100, r.sizeadjustwi AS w_64ths,
r.sizeadjusthtype AS h_type, r.sizeadjusth AS h_mm100, r.sizeadjusthi AS h_64ths,
r.test, LEFT(r.description, 40) AS description
FROM tree
JOIN rules r ON r.series_id = tree.sid
JOIN series s ON s.id = r.series_id
LEFT JOIN parts p ON p.id = r.rulevalue AND r.ruletype = 6
LEFT JOIN matrix_header m ON m.id = r.rulevalue AND r.ruletype IN (7, 8)
WHERE r.active = 1 AND r.level = :level AND r.ruletype IN (6, 7, 8)
AND (r.ruletype <> 6 OR p.part_type = 2)
ORDER BY r.series_id, r.id
LIMIT 200

Numbers to names. Rule type: 1 Option Choice, 2 Option Auto, 3 Option sub-routine, 4 Clearance, 5 Clearance Matrix, 6 Part, 7 Part Matrix, 8 Profile Matrix, 9 Rule sub-routine (Rule Segment), 10 Comment, 14 production line, 15 station, 19 Warning, 20 Error, 21 glass supplier, 24 SU gas, 25 SU spacer, 43/44 SU thickness, 90 assembly, 92 parent assembly. Level: 1 Overall, 2 Facet, 3 Frame, 4 Sash Type, 5 Sash, 6 Glass, 7 Glazing Bead, 8 DLO, 29 Grids, 31 Coupler, 32 Mullion, 40 Opening. Position: 1 Top, 2 Bottom, 3 Left, 4 Right, 5 Top+Bottom, 6 Left+Right, 7 All Sides, 11 WxH/Area, 13 Perimeter, 26 Unit. End cut: 1 Mitered, 2 Straight, 3 Machined. Test type: 8 Global Option, 9 Shape/M Option, 10 UD Opening (Open/Shape id), 11 Open Class (1 Picture, 2 LH, 3 RH, 4 Top hinged, 5 Fixed sash), 15 SU Type, 17 SU Thick. Sizes: metric columns are mm×100, imperial columns (ending in i or _imp) are 64ths of an inch; an imperial company (series_uom 2) uses the imperial ones.