Optimi Reductores Provisores, Officina

Categoriae Productorum

Producta Insignia

Modulus Rotarius Bidimensionalis YKDR40 Momenti Magni ad Motum Axis AB Robotici

Modulus Rotarius Bidimensionalis Praecisionis Axis AB YKDR30 – Systema Gradatorium Biaxiale Compactum

Platea Rectificationis XXY Altae Praecisionis YK-XXY200170P-5-32105

Kaifull PD Centrum Impulsus Planus Taeniae Conveyor | Potentia Aequilibrata ad Tractationem Praecisam (Certificatio ISO/CE)

Kaifull PD Taenia Plana Capite Agitata Retroilluminata | LED Integrata ad Inspectionem Praecisam (Certificata ISO/CE)

Taenia Transportatoria Motore Incorporata | Kaifull PQ Aureum Anodizatum ISO/CE

Cingulum Transportatorem Planum A Centro Impulsum | Kaifull PG Adaptabile Certificatum ISO/CE

Convector Cinguli Pleni Capite Impulsus | PF ISO/CE Certificatus, Velocitatis Lentae

Taenia Transportatoria Plana Capite PE Impulsa | Systema Multi-Potentiae Adaptabile (Certificatum ISO/CE)

QH Taenia Transportatoria Plana Duplicis Ordinis, Medio Impulsa | Systema Duplicis Cursus Adaptabilis (Certificatum ISO/CE)

0102III0405

reductor-1 Reductor

Sonitus infra 65db. Hiatus ad tres punctos in uno gradu et quinque punctos in duobus gradu attingere potest. Efficacia unius gradus plus quam 97% est, et efficientia duplicis gradus plus quam 95%. Celeritas ingressus ad 5000 revolutiones per minutum pervenire potest. Momentum torquens maior est quam torques torquens generalis reductoris planetarii. Chalybe altae firmitatis adhibito, tota rota dentata, non solum superficies, durata est, ut vita utilis et usus diuturnus praecisionem originalem conservent.

(Nullum productum vis, nihil refert, customizationem sustinemus, nobiscum quaeso contactum fac.)

Modellum	Magnitudo flangis mm	Ratio reductionis i	Momentum torquens nominale Nm	Momentum torquens maximum permissum Nm	rpm	Maxima celeritas input (rpm)	Vis radialis maxima N	Vis axialis maxima N	Lacuna dorsalis arcum min	Pondus kg

PLF120-[ ]V2-S2	CXX	12, 15, 16, 20, 25, 28, 35, 40, 50, 70	177~264	0	tria milia	4800	2230	MDCL	≤12Arcmin	8.9
PLF120-[ ]V2	CXX	3, 4, 5, 7, 10	93~235	0	tria milia	4800	2230	MDCL	≤8Arcmin	6.9
PLF120-[ ]V1-S2	CXX	12, 15, 16, 20, 25, 28, 35, 40, 50, 70	177~264	0	tria milia	4800	2230	MDCL	≤12Arcmin	8.9
PLF120-[ ]V1	CXX	3, 4, 5, 7, 10	93~235	0	tria milia	4800	2230	MDCL	≤8Arcmin	6.9
PLF120-[ ]T1	CXX	3, 4, 5, 7, 10	93~235	0	tria milia	4800	2230	MDCL	≤8Arcmin	6.9
Series helicalis
Modellum	Magnitudo flangis mm	Ratio reductionis i	Momentum torquens nominale Nm	Momentum torquens maximum permissum Nm	rpm	Maxima celeritas input (rpm)	Vis radialis maxima N	Vis axialis maxima N	Lacuna dorsalis arcum min	Pondus kg
AF180-Duplex-[ ]-K[ ]-55-004-FT-42T12-Modus	0	0		0	0	0		0		0
AF140-Duplex-[ ]-K[ ]-40-004-FT-35-Modelus	0	0		0	0	0		0		0
AF140-Unus-Gradus-[ ]-K[ ]-40-001-FT-22-Model	0	0		0	0	0		0		0
AF115-Duplex-Gradus-[ ]-K[ ]-32-001-YT-22-A1-Modus	0	0		0	0	0		0		0
AF115-Singularis-Stadii-[ ]-K[ ]-32-001-YT-22-A1-Modus	0	0		0	0	0		0		0
Series anguli 90 graduum
Modellum	Magnitudo flangis mm	Ratio reductionis i	Momentum torquens nominale Nm	Momentum torquens maximum permissum Nm	rpm	Maxima celeritas input (rpm)	Vis radialis maxima N	Vis axialis maxima N	Lacuna dorsalis arcum min	Pondus kg
ZPLFK120 Gradus 3-XJG (19.22.24-45-85-5-4-9-131.95)	0	0		0	0	0		0		0
ZPLF120 Gradus 3-XJG (19.22.24-55-85-5-4-9-131.95)	0	0		0	0	0		0		0
ZPLF090-[ ]V2-S3	0	0		0	0	0		0		0
ZPLF090-[ ]V2-S2	0	0		0	0	0		0		0
ZPLF090-[ ]V2-S1	0	0		0	0	0		0		0
ZAF180-L2-[ ]-K[ ]-55-004-FT-35T10-Modus	0	0		0	0	0		0		0
ZAF140-L2-[ ]-K[ ]-40-004-FT-35T10-Mod	0	0		0	0	0		0		0
ZAF140-L2-[ ]-K[ ]-40-004-FT-35-Modellum	0	0		0	0	0		0		0
ZAF140-L2-[ ]-K[ ]-40-001-FT-24ZT-22-M	0	0		0	0	0		0		0
ZAF140-L2-[ ]-K[ ]-40-001-FT-24-Modellum	0	0		0	0	0		0		0