Fabricator et Provisor Sinensis seriei ZYA puncti singularis perforatoris accurati

Series ZYA perforatrix accurata puncti singularis aperta. Imago Praecipua.

Punctum acutum unius puncti apertum seriei ZYA

Descriptio Brevis:

Unitas Exemplar ZYA-25 ZYA-35 VHSVH Capacitas Tonnae 25 35 Punctum tonnae nominalis mm 3.2 1.6 3.2 3.2 1.6 Mutatio celeritatis Spm 60-140 130-200 60-120 40-120 110-180 Celeritas stabilis Spm 110 110 85 Ictus mm 70 30 80 70 40 Adaptatio altitudinis matricis et cursoris mm 195 215 190 220 235 Adaptatio cursoris 50 50 55 Area cursoris mm 300×230×50 360×250×50 Area fulcri mm 680×300×70 ...

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Modellum	Unitas	ZYA-25			ZYA-35
		V	H	S	V	H
Capacitas	Tonna	25			35
Punctum tonnae aestimatae	mm	3.2	1.6	3.2	3.2	1.6
Mutatio celeritatis	Spm	LX-CXL	130-200	LX-CXX	40-120	110-180
Velocitas stabilis	Spm	110		110		85
Ictus	mm	70	30	80	70	40
Adaptatio altitudines labendi matricis	mm	195	215	190	220	235
Adaptatio labi		50		50	55
Area labendi	mm	300×230×50			360×250×50
Area roboranda	mm	680×300×70			800×400×70
Foramen cruris	mm	38.1			38.1
Motor principalis	Kw.p	3.7×4			3.7×4
Instrumentum ad labrum aptandum	HP	Operatio manualis
Pressio aeris	Kilogrammata/cm²²	6			6
Prellae praecisionem
Dimensio prelorum	mm	1280×850×2200			1380×900×2400
Pondus premit	Tonna	2.1			3
Capacitas pulvini matricis	Tonna	-			2.3
Ictus	mm	-			50
Area effractiva pulvini matricis	mm²	-			300×230

Modellum	Unitas	ZYA-45		ZYA-60
		V	H	V	H
Capacitas	Tonna	45		60
Punctum tonnae aestimatae	mm	3.2	1.6	4	2
Mutatio celeritatis	Spm	40-110	110-150	XXXV-XC	LXXX-CXX
Velocitas stabilis	Spm	75		65
Ictus	mm	80	50	CXX	60
Adaptatio altitudines labendi matricis	mm	250	265	CCCX	340
Adaptatio labi		60		75
Area labendi	mm	400×300×60		500×360×70
Area roboranda	mm	850×440×80		900×500×80
Foramen cruris	mm	38.1		50
Motor principalis	Kw.p	5.5×4		5.5×4
Instrumentum ad labrum aptandum	HP	Operatio manualis
Pressio aeris	Kilogrammata/cm²²	6		6
Prellae praecisionem
Dimensio prelorum	mm	1600×950×2500		1600×1000×2800
Pondus premit	Tonna	3.8		5.6
Capacitas pulvini matricis	Tonna	2.3		3.6
Ictus	mm	50		70
Area effractiva pulvini matricis	mm²	300×230		350×300

Modellum	Unitas	ZYA-80		ZYA-110
		V	H	V	H
Capacitas	Tonna	80		110
Punctum tonnae aestimatae	mm	4	2	6	3
Mutatio celeritatis	Spm	XXXV-LXXX	LXXX-CXX	XXX-LX	LX-XC
Velocitas stabilis	Spm	65		50
Ictus	mm	CL	70	CLXXX	80
Adaptatio altitudines labendi matricis	mm	340	380	360	410
Adaptatio labi		80		80
Area labendi	mm	560×420×70		650×470×80
Area roboranda	mm	1000×550×90		1150×600×110
Foramen cruris	mm	50		50
Motor principalis	Kw.p	7.5×4		11×4
Instrumentum ad labrum aptandum	HP	Impulsus electricus
Pressio aeris	Kilogrammata/cm²²	6		6
Prellae praecisionem		GB/JIS classis prima
Dimensio prelorum	mm	1800×1180×2800		1900×1300×3200
Pondus premit	Tonna	6.5		9.6
Capacitas pulvini matricis	Tonna	3.6		6.3
Ictus	mm	70		80
Area effractiva pulvini matricis	mm²	450×310		500×350

Modellum	Unitas	ZYA-160		ZYA-200
		V	H	V	H
Capacitas	Tonna	CLX		ducenti
Punctum tonnae aestimatae	mm	6	3	6	3
Mutatio celeritatis	Spm	XX-L	XL-LXX	XX-L	50-70
Velocitas stabilis	Spm	35		35
Ictus	mm	ducenti	90	ducenti	centum
Adaptatio altitudines labendi matricis	mm	460	510	460	510
Adaptatio labi		centum		110
Area labendi	mm	700×550×90		850×630×90
Area roboranda	mm	1250×800×140		1400×820×160
Foramen cruris	mm	65		65
Motor principalis	Kw.p	15×4		18.5×4
Instrumentum ad labrum aptandum	HP	Impulsus electricus
Pressio aeris	Kilogrammata/cm²²	6		6
Prellae praecisionem		GB/JIS classis prima
Dimensio prelorum	mm	2300×1400×3800		2615×1690×4075
Pondus premit	Tonna	16		23
Capacitas pulvini matricis	Tonna	10		14
Ictus	mm	80		centum
Area effractiva pulvini matricis	mm²	650×420		710×480

Modellum	Unitas	ZYA-260		ZYA-315
		V	H	V	H
Capacitas	Tonna	260		CCCXV
Punctum tonnae aestimatae	mm	7	3.5	8	4
Mutatio celeritatis	Spm	XX-XL	Quadraginta-quinquaginta	XX-XL	Triginta ad quinquaginta
Velocitas stabilis	Spm	30		30
Ictus	mm	250	CL	250	CL
Adaptatio altitudines labendi matricis	mm	quingenti	550	quingenti	550
Adaptatio labi		CXX		CXX
Area labendi	mm	950×700×100		1250×750×100
Area roboranda	mm	1500×840×180		1600×860×190
Foramen cruris	mm	65		65
Motor principalis	Kw.p	22×4		30×4
Instrumentum ad labrum aptandum	HP	Impulsus electricus
Pressio aeris	Kilogrammata/cm²²	6		6
Prellae praecisionem		GB/JIS classis prima
Dimensio prelorum	mm	2780×1850×4470		2910×1950×4500
Pondus premit	Tonna	32		35
Capacitas pulvini matricis	Tonna	14		14
Ictus	mm	centum		centum
Area effractiva pulvini matricis	mm²	710×480		710×480

Modellum	Unitas	ZYA-400
		V	H
Capacitas	Tonna	quadringenti
Punctum tonnae aestimatae	mm	8	4
Mutatio celeritatis	Spm	XX-XL	Triginta ad quinquaginta
Velocitas stabilis	Spm	30
Ictus	mm	250	CL
Adaptatio altitudines labendi matricis	mm	550	DC
Adaptatio labi		CXX
Area labendi	mm	1350×800×100
Area roboranda	mm	1650×900×200
Foramen cruris	mm	65
Motor principalis	Kw.p	37×4
Instrumentum ad labrum aptandum	HP
Pressio aeris	Kilogrammata/cm²²	6
Prellae praecisionem
Dimensio prelorum	mm	3180×2150×5025
Pondus premit	Tonna	40
Capacitas pulvini matricis	Tonna	14
Ictus	mm	centum
Area effractiva pulvini matricis	mm²