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Imago Praecipua Elevatoris Fontis Gasii MiSUMi Venditoris
  • MiSUMi Elevator Gasis Fontis Venditoris
  • MiSUMi Elevator Gasis Fontis Venditoris
  • MiSUMi Elevator Gasis Fontis Venditoris
  • MiSUMi Elevator Gasis Fontis Venditoris
  • MiSUMi Elevator Gasis Fontis Venditoris

MiSUMi Elevator Gasis Fontis Venditoris

Descriptio Brevis:

Fontes gasii sunt fontes qui vim reactionis gasii compressi adhibent. Vim reactionis adhibent quae crescit cum nitrogenium gasii non combustibilis, in cylindrum impletum, a pistone comprimitur. Partes adfixionis utrinque adsunt, et virga cum pistone in cylindrum inseritur. Adiuvat cum opercula gravia tolluntur et fenestrae subito demittuntur prohibentur. Commodum est quod fontem potentiae non requirit et magnitudine compacta est. Ambitus cursus et vis reactionis pro singulis productis variat et secundum applicationem eligitur. Sunt producta ubi repulsionem gasii specificare potes, virgae chalybis inoxidabilis cum excellenti resistentia corrosionis et resistentia chemica, virgae quae lente extenduntur, etc. Categoria fontium gasii etiam comprehendit amortiguatores olei, amortiguatores aeris, etc.


Detalia Producti

COMMODUM NOSTRUM

CERTIFICATUM

COOPERATIO CLIENTIUM

Etiquettae Productarum

Fontes Gasii - Typus Liberus Orientationis Montationis

Officina Amortitorum Veris Gasii

Typus Fontis Gasii: Directio Libera Montationis; Materia Virgae: S20C
Cylindrus Materialis: STKM11A (Cavae Chalybis Carbonis ad Usum Structurale Machinale)
Ambitus Directionis Operandi: 360° Temperatura Operandi (°C): -20---60
Typus: Fontes Gasii

Fontes Gasii
• Gas sub alta pressione (gas nitrogenii: non combustibile) in cylindro inclusum est,et vis reactionis gasis adhibetur utfons. Quia hic parvus fons gasiconstantem elasticam parvam a magna accipiasonus initiale, quamvis magnitudine, potest esse
ad latam applicationum varietatem adhibitusinter quas machinae, supellex, currus, officium,apparatus automationis, et cetera.

Officina Suspensionis Veris Gasii

Proprietates
• Quamvis magnitudine et pondere sit, magna vis elastica (reactio) obtineri potest.
• Vis elastica (reactio) per totum cursum suum fere constans est.
• Pro necessitate ad latas applicationes designari potest.

De Selectione Initiali

1. Vim reactionis necessariam (F) per formulam sequentem calcula, deinde genera exemplorum possibilia inveni.
F : Vis Reactionis Necessaria (apudLongitudo Maxima
F=WXA/B W : Pondus ianuarum, etc.
A: Distantia Horizontalis interFulcrum (Cardo Ostii, etc.) etCentrum Gravitatis
B: Distantia verticalis interFulcrum (Cardo Ostii, etc.) etAxis Fontis Gasii
2. Vim reactionis fontis gasii Fx1.1 vel plus elige.
Vires reactionis gasorum intra circiter 10% variari possunt.
3. Si vis reactionis requisita (Fx1.1) maior est quam vis reactionis
Vis ad maximam longitudinem fontis gasii -( ) mm, utere 2 vel
plures fontes.
4. Vires reactionis ad 20°C designantur. Vires reactionis
augetur vel decrescit cum temperatura mutatur.

Cautiones in Usu (pro FGS, GSS, FGSS, HFGSS et FRGSS)
• Temperaturae fontium gasilium in usu attende. Noli diutius servare. Hoc praematuram deteriorationem sigilli et minutionem vis reactionis causabit.
(Temperaturae Producti: GSS, FGSS: -20°C ~ 60°C / HFGSS: -20°C ~ 80°C / FRGSS: -30°C ~ 80°C. Nonnulla producta temperaturae ambitum diversum habent. In pagina cuiusque producti confirma.)
• Vires reactionis gasorum inter singula producta paulum differunt et pro temperatura mutari possunt.
• Vis reactionis minui potest secundum condicionem operationis et tempora usus. Quaeso, eam substituas cum vim reactionis necessariam attingere non potest.
• Noli reponere aut uti in locis ubi virga rubiginem contrahere potest, aut in atmosphaera chemica. Praeterea, noli fontem gasalem pingere.
• Cylindros et virgas ne laedas. Si virgae taenia vel funiculis plasticis involvuntur, glutina vel fibrae in superficie manentes intus venient, quod efficit ut...Effusio gasii/olei. Ante usum, vide an nulla ferrugo, scalpturae, glutina et res externae in virga sint.
• Vires ut onus flexionis et torsionis ne adhibeas. Onus solum cum fontibus gasi acceptum onus inaequalem efficit, quod deteriorationem praecocem et gas/oleum perturbationes causat.Effluxio. Ad motum rotatorium, fac ut lenis lapsus in cardine fiat. Ad motum linearem, ducem, etc., instala ad onus inaequalis vitandum.
• Ne extendas fontes gasii ultra longitudinem maximam. Etiam in cursu maximo (durante compressionem), debet manere circiter 10mm a fine cursus. Noli...extendunt et comprimunt magnis celeritatibus (cum 1 m/s vel plus).
• FGS et GSS utere parte cylindri sursum et parte virgae deorsum, ut oleum internum sigillum gummeum protegat. Pro FGS, GSS et FRGSS, ne plus quam 60° inclines.gradus. Cum necesse est reponere ad tempus, ne plus quam sexaginta gradus inclines.
• Quamquam nulla restrictio est in angulo usus pro FGSS et HFGSS, virga deorsum commendatur.
Proprietates Fontum Gasi Liberorum cum Orientatione Montandi (FGSS)
• Orientatio Montationis Fontes Gasi Liberi
1. Gas nitrogenium (incombustibile) in camera gasi C clauditur, pistone libere movente interposito, et vis reactionis gasi ut elastica adhibetur.
2. Camera gasi C vim reactionis constantem in directione extensionis habet, cum cameram olei AB pressuricet. Ergo magnitudo vis reactionis a pressione interna camerae gasi C pendet.
3. Cum virga a loco praefinito movetur, oleum in camera AB per foramen pistonis movetur.
4. Mutatio voluminis virgae in cylindro mutatione camerae gasi C adaptatur.

Vis reactionis gasis ad longitudinem maximam -10 (5) mm et longitudinem maximam -(s) mm in hoc catalogo enumerantur. Vis reactionis gasis plerumque proportionaliter mutatur. Si vis reactionis gasis in certo ictu requiritur, duo puncta linea recta coniunge, ut in Figura 3 demonstratur, et valorem in ictu lege ad coniecturam faciendam.

Suspa Gas Spring Supplier
Officina Suspensionis Hatchback
Numerus Partis Longitudo Maxima (Lmax) Longitudo Minima Lmin Ictus Vis Reactionis Gasis (20°C) A B H Applicabilis
Montatio
Bracket		 Pondus (g)
Lmax. -10mm Ictus Lmax.-(S)mm Ictus
Fa Fb (S)
Typus NON. N kgf N kgf
FGSS 15050A 246 196 50 49 5 69 7 40 15 7 CLXIV GSBR8A-S GSBR8B-S GSBR8C-S GSBR8D-S (P.384) 125
15050K 70 7.1 90 9.1
15050B 98 10 127 13
15080A 330 250 80 49 5 69 7 70 218 CL
15080B 98 10 127 13
15090A 360 270 90 49 5 69 7 80 238 CLV
15090B 98 10 127 13
15100A 386 286 centum 49 5 69 7 90 254 CLXX
15100B 98 10 127 13
18100A 386 286 centum 196 20 255 26 18 8 253 210
18100B 294 30 382 39
18150A 526 376 CL 196 20 265 27 140 343 280
18150B 294 30 392 40
22050A 246 196 50 196 20 265 27 40 22 10 CLXIII 215
22050B 294 30 402 41
22050C 392 40 529 54
22050D 490 50 DCLV 66
22080A 330 250 80 196 20 274 28 70 217 270
22080B 294 30 412 42
22080C 392 40 539 55
22080D 490 50 DCCLXXV 68
22090A 360 270 90 196 20 265 27 80 237 280
22090B 294 30 402 41
22090C 392 40 529 54
22090D 490 50 DCCLIX 67
22100A 386 286 centum 196 20 274 28 90 253 CCCV
22100B 294 30 412 42
22100C 392 40 549 56
22120A 440 CCCXX CXX 196 20 274 28 110 287 CCCXX
22120B 294 30 402 41
22120C 392 40 539 55
22120D 490 50 DCCLXXII 68
22130A 470 340 130 196 20 274 28 CXX 307 330
22130B 294 30 402 41
22130C 392 40 539 55
22150A 526 376 CL 196 20 274 28 140 343 quadringenti
22150B 294 30 402 41
22150C 392 40 539 55
22180A DCX 430 CLXXX 196 20 274 28 CLXX 397 420
22180B 294 30 402 41
22180C 392 40 539 55
22200A DCCLXVI 466 ducenti 196 20 265 27 190 433 480
22200B 294 30 402 41
22200C 392 40 529 54
22250A DCCCL quingenti 250 196 20 304 31 240 467 540
22250B 294 30 451 46
22250C 392 40 598 61
22300A DCCCL 550 trecenti 196 20 323 33 290 517 DC
22300B 294 30 490 50
27150A 526 376 CL 490 50 DCCLVII 67 140 27.4 12.5 351 GSBR8F-S (P.384) DCX
27150B 588 60 DCCLXXXIV 80
27150C DCLXXXVI 70 921 94
27200A DCCLXVI 466 ducenti 490 50 DCCLVII 67 190 441 DCCLX
27200B 588 60 DCCLXXXIV 80
27200C DCLXXXVI 70 921 94
27250A DCCCL quingenti 250 490 50 DCCXXV 74 240 475 900
27250B 588 60 DCCCLXXII 89
27250C DCLXXXVI 70 1019 104
27300A DCCCL 550 trecenti 490 50 DCCCLXXIV 79 290 525 mille
27300B 588 60 931 95

Fontes Gasiformes - Typus Limitatus ad Montandum

Elevator Cappae Venditoris

Fons gasiformis cuius modus est directione installationis limitata. Cursum inter 49 et 360 mm eligere potes.

Typus Fontis Gasii: Typus Limitatus cum Orientatione Montandi
Virga Materialis: S20C
Cylindrus Materialis: STKM11A (Cavae Chalybis Carbonis ad Usum Structurale Machinale)
Ambitus Directionis Operandi: Intra 60° cum Virga Deorsum Versante
Typus: Fontes Gasii

Catalogus

Strut Gasi Reversi Venditoris
Numerus Partis Longitudo Maxima (Lmax) Longitudo Minima Lmin Ictus Vis Reactionis Gasis (20°C) OD Diametros virgae H Applicabilis
Montatio
Bracket		 Pondus (g)
Lmax. -10mm Ictus Lmax.-(S)mm Ictus
Fa Fb (S)
Typus NO.- Reactio
Vis
(Fa)		 N kgf N kgf A B
FGSS 15049-030 CLXXXI 132 49 30 3.0 40 4.1 39 15 7 110 GSBR6A
GSBR6B
GSBR6C
GSBR6D
(P384)		 83
15049-055 55 6.0 71 7.2
15049-070 70 7.1 89 9.0
15049-085 85 9.0 109 11.1
15049-150 CL 15.0 191 19.5
15069-050 221 CLII 69 50 5.0 67 6.8 59 130 96
15069-080 80 8.0 107 10.9
15069-100 centum 10.2 132 13.4
15069-120 CXX 12.0 CLVIII 16.1
15089-070 261 CLXXII 89 70 7.0 94 9.6 79 CL 109
15089-085 85 8.7 115 11.7
15089-100 centum 10.0 135 13.8
15089-150 CL 15.0 202 20.6
15089-200 ducenti 20.0 268 27.3
15099-075 281 CLXXXII 99 75 8.0 101 10.3 89 CLX 116
15099-120 CXX 12.0 CLXII 16.5
15099-200 ducenti 20.0 270 27.6
18099-300 281 CLXXXIV 97 trecenti 30.5 392 39.9 18 8
18099-400 quadringenti 40.7 522 53.2
18120-100 365 245 CXX centum 10.0 123 13.0 110 221 CLXXXIII
18120-200 ducenti 20.0 245 25.0
18120-300 trecenti 31.0 367 37.0
18120-400 quadringenti 41.0 489 50.0
18150-100 420 270 CL centum 10.0 126 12.9 140 246 205
18150-150 CL 15.0 CLXXXVIII 19.2
18120-200 ducenti 20.0 251 25.6
18150-250 250 26.0 CCCXIII 31.9
18200-100 525 325 ducenti centum 10.0 127 13.0 190 CCCI 248
18200-150 CL 15.0 190 19.4
18200-200 ducenti 20.0 253 25.8
18200-300 trecenti 31.0 379 38.7
22250-100 DCXXXV 385 250 centum 10.0 129 13.2 240 22 10 352 GSBR8A
GSBR8B
GSBR8C
GSBR8D
(P384)		 409
22250-150 CL 15.2 193 19.6
22250-200 ducenti 20.0 257 26.2
22250-300 trecenti 31.0 384 39.2
22250-400 quadringenti 41.0 511 52.1
22270-345 DCCLXX quadringenti 270 345 35.0 528 53.9 260 12.5 367 531
22270-500 quingenti 51.0 DCCCLXIII 77.9
22270-700 DCC 71.0 1065 108.7
22290-745 DCC 410 290 DCCXLV 76.0 1160 118.4 280 377 556
22290-845 DCCCXLV 86.0 1314 134.1
22300-200 DCCXL 440 trecenti ducenti 20.0 257 26.2 290 10 407 469
22300-250 250 26.0 321 32.8
22300-300 trecenti 31.0 385 39.3
22360-215 DCCCXXXIII 473 360 215 22.0 284 29.0 350 440 523
22360-345 345 35.0 456 46.5
Cuculla Gas Strut Vendita
Numerus Partis Longitudo Maxima (Lmax) Longitudo Minima Lmin Ictus Vis Reactionis Gasis (20°C) A B C1 C2 D G H Applicabilis
Montatio
Bracket		 Pondus (g)
Lmax. -10mm Ictus Lmax.-(S)mm Ictus
Fa Fb (S)
Typus NO.- Reactio
Vis
(Fa)		 N kgf N kgf
FGSS 15050A CLXXXI 131 50 27 2.8 32 3.4 40 15 6 15 15 7 R8 110 GSSB6A 75
15050B 85 8.7 102 10.4
15050C 147 15.0 CLXXV 17.9
15050D CLXXXVI 19.0 222 22.7
15050E 206 21.0 245 25.0
15070A 221 151 70 81 8.3 102 10.4 60 131 90
15070B 119 12.1 124 12.7 42
15070C 196 20.0 245 25.0 60
15090A 261 CLXXI 90 69 7.0 89 9.1 80 CL 108
15090B 79 8.1 103 10.5
15090C 88 9.0 115 11.7
15090D 147 15.0 191 19.5
15090E 196 20.0 254 25.9 151
15100A 281 CLXXXI centum 76 7.8 103 10.5 90 CLXI CXX
15100K 110 11.2 147 15.0 CLXI
15100B 196 20.0 257 26.2 CXX
18090A 261 CLXXI 90 263 26.8 343 35.0 80 18 8 151 CLXX
18100A 281 CLXXXI centum 324 33.1 428 43.7 90 CLXI 190
22080K 279 199 80 116 11.8 142 14.5 70 22 10 24 24 9 R10 CLXXI GSSB8A
GSSB8B
GSSB8C
GSSB8D
GSSB8E		 CLXXVIII
22080A 196 20.0 237 24.2 169.5
22080B 246 25.1 299 30.5
22096A 306 210 96 392 40.0 494 50.4 86 CLXXXVI 195
22142A 472 330 142 279 28.5 372 38.0 125 306 trecenti
22147A 412 265 147 147 15.0 194 19.8 130 241 265
22147B 240 24.5 314 32.0
22150A 464 314 CL 343 35.0 408 41.6 140 286 CCCX
22210A 567 365.5 210.5 587 59.9 DCCXCIX 81.5 CLXXIX 13 20 R15 330.5 460
22210B DCCLXVII 68.1 908 92.7
22235A 580 334.5 235.5 129 13.2 195 19.9 206 10 24 R10 320.5 370
22235B 248 25.3 314 32.0 208
22235C 343 35.0 435 44.4 206
22235D 507 51.7 DCXLII 65.5
22243A DCXXVII 384 243 196 20.0 CCCI 30.7 215 12.5 376 470
22243B 433 44.2 DCCLVII 67.0 360
22253A DCCLXXV 421.5 253.5 311 31.7 367 37.4 197 10 397.5 430
22270K DCCLXX quadringenti 270 127 13.0 190 19.4 240 12.5 376 quingenti
22270A 343 35.0 497 50.7
22270L 406 41.4 588 60.0 10 372 460
22270B 507 51.7 DCCXXXIX 75.4 12.5 376 quingenti
22270C 596 60.8 DCCCLXVIII 88.6
22270D DCCLV 77.0 1104 112.7
22300K DCC quadringenti trecenti 596 60.8 966 98.6 290 20 20 380 535
22300A DCCXLV 76.0 1160 118.4 275 376 525
22300B DCCCL 86.7 1320 134.7
22315A DCCXCV 480 CCCXV DCCCXXXIII 85.0 1220 124.5 CCCV 24 24 452 DCXX
22356A DCCCXXXIII 477 356.5 216 22.0 288 29.4 350 10 530
  22356B 345 35.2 460 46.9
Cylindrus Gas Spring
Numerus Partis Vis Reactionis Gasis (20°C) N Longitudo Maxima -5mm Lmax Vis Reactionis Gasis (20°C) N Longitudo Maxima +5mm Pondus (g)
Typus Forma Apicis Ictus
HFGSS ABC 40 N 20~400 Incrementum 10N 106 126% 49
50 126 55
60 146 LXI
80 CLXXXVI 73
centum 226 LXXXIV
CXX 266 96
CL 326 128% 113
Elevatorium Pistoni Gasii Venditoris
Numerus Partis Vis Reactionis Gasis (20°C)N Longitudo Maxima -5mm Lmax M A B Pondus (g)
Typus Forma Apicis Ictus
FRGSS AB 60 100 (10.2 kg pedum) CLXXI 104.5 18 8 140
125 (12.8 kg pedum quadratorum)
150 (15.3 kg pedum quadratorum)
200 (20.4 kg pedum quadratorum)
80 100 (10.2 kg pedum) 211 126.5 190
150 (15.3 kg pedum)
200 (20.4 kg pedum quadratorum)
300 (30.6 kg pedum)
centum 100 (10.2 kg pedum) 251 145.5 ducenti
200 (20.4 kg pedum quadratorum)
300 (30.6 kg pedum)
400 (40.8 kg pedum quadratorum)

Numerus partis

Numerus Partis Longitudo Minima Lmin (mm) Vis Reactionis Gasis 1 (ad Longitudinem Maximam - Ictum 10mm) (N) Ictus (mm) Diametros Virgae (B) (Ø) Diameter Cylindri (A) (Ø) Longitudo Maxima Lmax (mm) Temperatura Operandi (°C) Quantitas minima ordinis
FGS15049-030 132 30 49 7 15 CLXXXI 0~60 1 Pars (vel Pars)
FGS15049-055 132 55 49 7 15 CLXXXI 0~60 1 Pars (vel Pars)
FGS15049-070 132 70 49 7 15 CLXXXI -20~60 1 Pars (vel Pars)
FGS15049-085 132 85 49 7 15 CLXXXI 0~60 1 Pars (vel Pars)
FGS15049-150 132 CL 49 7 15 CLXXXI 0~60 1 Pars (vel Pars)
FGS15069-050 CLII 50 69 7 15 221 -20~60 1 Pars (vel Pars)
FGS15069-080 CLII 80 69 7 15 221 -20~60 1 Pars (vel Pars)
FGS15069-100 CLII centum 69 7 15 221 -20~60 1 Pars (vel Pars)
FGS15069-120 CLII CXX 69 7 15 221 -20~60 1 Pars (vel Pars)
FGS15089-070 CLXXII 70 89 7 15 261 -20~60 1 Pars (vel Pars)
FGS15089-085 CLXXII 85 89 7 15 261 -20~60 1 Pars (vel Pars)
FGS15089-100 CLXXII centum 89 7 15 261 -20~60 1 Pars (vel Pars)
FGS15089-150 CLXXII CL 89 7 15 261 -20~60 1 Pars (vel Pars)
FGS15089-200 CLXXII ducenti 89 7 15 261 -20~60 1 Pars (vel Pars)
FGS15099-075 CLXXXII 75 99 7 15 281 -20~60 1 Pars (vel Pars)
FGS15099-120 CLXXXII CXX 99 7 15 281 -20~60 1 Pars (vel Pars)
FGS15099-200 CLXXXII ducenti 99 7 15 281 -20~60 1 Pars (vel Pars)
FGS18099-300 CLXXXIV trecenti 97 8 18 281 -20~60 1 Pars (vel Pars)
FGS18099-400 CLXXXIV quadringenti 97 8 18 281 -20~60 1 Pars (vel Pars)
FGS18120-100 245 centum CXX 8 18 365 -20~60 1 Pars (vel Pars)
FGS18120-200 245 ducenti CXX 8 18 365 -20~60 1 Pars (vel Pars)
FGS18120-300 245 trecenti CXX 8 18 365 -20~60 1 Pars (vel Pars)
FGS18120-400 245 quadringenti CXX 8 18 365 -20~60 1 Pars (vel Pars)
FGS18150-100 270 centum CL 8 18 420 -20~60 1 Pars (vel Pars)
FGS18150-150 270 CL CL 8 18 420 -20~60 1 Pars (vel Pars)
FGS18150-200 270 ducenti CL 8 18 420 -20~60 1 Pars (vel Pars)
FGS18150-250 270 250 CL 8 18 420 -20~60 1 Pars (vel Pars)
FGS18200-100 325 centum ducenti 8 18 525 -20~60 1 Pars (vel Pars)
FGS18200-150 325 CL ducenti 8 18 525 -20~60 1 Pars (vel Pars)
FGS18200-200 325 ducenti ducenti 8 18 525 -20~60 1 Pars (vel Pars)
FGS18200-300 325 trecenti ducenti 8 18 525 -20~60 1 Pars (vel Pars)
FGS22250-100 385 centum 250 10 22 DCXXXV -20~60 1 Pars (vel Pars)
FGS22250-150 385 CL 250 10 22 DCXXXV -20~60 1 Pars (vel Pars)
FGS22250-200 385 ducenti 250 10 22 DCXXXV -20~60 1 Pars (vel Pars)
FGS22250-300 385 trecenti 250 10 22 DCXXXV -20~60 1 Pars (vel Pars)
FGS22250-400 385 quadringenti 250 10 22 DCXXXV -20~60 1 Pars (vel Pars)
FGS22270-345 quadringenti 345 270 12.5 22 DCCLXX -20~60 1 Pars (vel Pars)
FGS22270-500 quadringenti quingenti 270 12.5 22 DCCLXX -20~60 1 Pars (vel Pars)
FGS22270-700 quadringenti DCC 270 12.5 22 DCCLXX -20~60 1 Pars (vel Pars)
FGS22290-745 410 DCCXLV 290 12.5 22 DCC -20~60 1 Pars (vel Pars)
FGS22290-845 410 DCCCXLV 290 12.5 22 DCC -20~60 1 Pars (vel Pars)
FGS22300-200 440 ducenti trecenti 10 22 DCCXL -20~60 1 Pars (vel Pars)
FGS22300-250 440 250 trecenti 10 22 DCCXL -20~60 1 Pars (vel Pars)
FGS22300-300 440 trecenti trecenti 10 22 DCCXL -20~60 1 Pars (vel Pars)
FGS22360-215 473 215 360 10 22 DCCCXXXIII -20~60 1 Pars (vel Pars)
FGS22360-345 473 345 360 10 22 DCCCXXXIII -20~60 1 Pars (vel Pars)

Fontes Gasii Chalybis Inoxidabilis

Adiutorium Hydraulicum Portae Posterioris

Fons gasosus chalybis inoxidabilis. [Genus Fons Gasosus] Genus vi reactionis gasosae specificatum.

Typus Fontis Gasii: Typus Configurabilis Vis Reactionis Gasii
Materia Rod:DIN EN 10088-1(SUS304 Equivalent)
Materia Cylinder: DIN EN 10088-1(SUS304 Equivalent)
Diametros Virgae (B) (Ø): 8
Diameter Cylindri (A) (Ø): 18
Ambitus Directionis Operandi: Intra 60° cum Virga Deorsum Versante
Temperatura Operandi (°C): -30——80
Typus: Fontes Gasii

Numerus Partis Ictus (mm) Forma Extremitatis Cylindri Forma Extremitatis Virgae Longitudo Maxima Lmax (mm) Vis Reactionis Gasis (ad 20°C) Ad Longitudinem Maximam - 5mm (N) Quantitas minima ordinis
FRGSS-A60-[100,125,150,200] 60 A A CLXXI 100 ~ 200 1 Pars (vel Pars)
FRGSS-A80-[100,150,200,300] 80 A A 211 100 ~ 300 1 Pars (vel Pars)
FRGSS-A100-[100,200,300,400] centum A A 251 100 ~ 400 1 Pars (vel Pars)
FRGSS-B60-[100,125,150,200] 60 B B CLXXI 100 ~ 200 1 Pars (vel Pars)
FRGSS-B80-[100,150,200,300] 80 B B 211 100 ~ 300 1 Pars (vel Pars)
FRGSS-B100-[100,200,300,400] centum B B 251 100 ~ 400 1 Pars (vel Pars)

Fontes Gasii - Sine Orientatione Montandi, Typus GSKSF

Elevator Gas Spring Provisor

Fons gasosus, typus cum directione liberae aptationis, typus GSKSF.

Typus Fontis Gasi: Directio Libera Montationis
Materia virgae: Chalybs instrumentorum mixtus (SKS aequivalens)
Materia Cylindri: STKM11A (Cavae Chalybis Carbonis ad Usum Structurale Machinale)
Orientatio Montationis: 360°
Typus: Fontes Gasii

Delineatio/Specificationes

Strutae Gas Automatae
Numerus Partis Longitudo Maxima (Lmax) Longitudo Minima Lmin Ictus Vis Reactionis Gasis (20°C) A B C D G H Applicabilis
Montatio
Bracket		 Pondus (g)
Lmax. -10mm Ictus Lmax.-(S)mm Ictus
Typus NON. N kgf N kgf (S)
GSKSF 14050-30 CLXXXI 131 50 27 2.8 35 3.6 40.0 14 7 15 7 R8 110 GSSB6A 83
14050-90 85 8.7 109 11.1 82
14050-150 147 15.0 CLXXXIX 19.3 82
14050-190 CLXXXVI 19.0 239 24.4 82
14050-210 206 21.0 264 26.9 83
14070-90 221 151 70 81 8.3 109 11.1 60.0 130 94
14070-105 104 10.6 124 12.6 41.5 94
14070-110 280 210 107 10.9 144 14.7 60.0 24 CLXXXI 119
14070-200 221 151 196 20.0 258 26.3 15 130 96
14090-70 261 CLXXI 90 69 7.0 95 9.7 80.0 CL 109
14090-80 79 8.1 109 11.1 108
14090-90 88 9.0 122 12.4 109
14090-150 147 15.0 203 20.7 108
14090-200 196 20.0 271 27.6 107
14100-80 281 CLXXXI centum 76 7.8 106 10.8 90.0 CLX 114
14100-110 110 11.2 CLIII 15.6 112
14100-200 196 20.0 273 27.8 113
18090-270 261 CLXXI 90 263 26.8 332 33.9 80.0 18 8 141
18100-330 281 CLXXXI centum 324 33.0 411 41.9 90.0 149
18110-220 380 270 110 214 21.8 272 27.7 100.0 24 9 R10 240 GSSB8A
GSSB8B
GSSB8C
GSSB8D
GSSB8E		 ducenti
18150-270 475 325 CL 267 27.2 348 35.5 140.0 295 252
18150-380 374 38.1 487 49.7 252
22080-200 279 199 80 196 20.0 233 23.8 70.0 22 10 CLXX 212
22080-250 246 25.1 292 29.8 215
22096-400 306 210 96 392 40.0 477 48.7 86.0 CLXXXI 230
22100-430 375 275 centum 427 43.6 484 49.4 90.0 246 267
22142-310 472 330 142 304 31.0 348 35.5 125.0 CCCI 322
22147-150 412 265 147 147 15.0 CLXXXI 18.5 130.0 236 289
22147-240 240 24.5 295 30.1 290
22150-350 464 314 CL 343 35.0 406 41.4 140.0 285 319
22200-490 DC quadringenti ducenti 481 49.1 DCXXIV 63.6 190.0 371 424
22200-540 534 54.5 DCXCIII 70.7 424
22235-150 580 344.5 235.5 141 14.4 CLXXVII 18.1 206.0 315.5 386
22235-250 248 25.3 311 31.7 387
22235-350 343 35.0 431 44.0 385
22235-510 507 51.7 DCXXXVII 65.0 389
22243-220 DCXXVII 384 243 214 21.8 273 27.8 215.0 355 424
22243-480 472 48.1 DCIII 61.5 424
22270-380 DCCLXX quadringenti 270 374 38.1 464 47.3 240.0 371 437
22270-560 553 56.4 DCLXXXVI 70.0 441
22356-220 DCCCXXXIII 477 357 216 22.0 280 28.6 350.0 448 525
22356-350 345 35.2 447 45.6 527
26300-820 DCC quadringenti trecenti DCCCXII 82.8 1100 112.2 275.0 25 12.5 20 374.5 DCCLXI
26300-930 927 94.6 1256 128.1 DCCLXV

Numeri partium

Numerus Partis Longitudo Minima Lmin (mm) Vis Reactionis Gasis (ad 20°C) ad Longitudinem Maximam -10mm (N) Vis Reactionis Gasis (ad 20°C), ad Longitudinem Minimam +10mm (N) Ictus S (mm) Diametros virgae d (Ø) Diameter Cylindri D (Ø) Longitudo Maxima Lmax (mm) Quantitas minima ordinis
GSKSF14050-30 131 27 35 50 7 14 CLXXXI 1 Pars (vel Pars)
GSKSF14050-90 131 85 109 50 7 14 CLXXXI 1 Pars (vel Pars)
GSKSF14050-150 131 - CLXXXIX 50 7 14 CLXXXI 1 Pars (vel Pars)
GSKSF14050-190 131 CLXXXVI 239 50 7 14 CLXXXI 1 Pars (vel Pars)
GSKSF14050-210 131 206 264 50 7 14 CLXXXI 1 Pars (vel Pars)
GSKSF14070-90 151 81 109 - 7 14 221 1 Pars (vel Pars)
GSKSF14070-105 151 104 124 - 7 14 221 1 Pars (vel Pars)
GSKSF14070-110 210 107 144 - 7 14 280 1 Pars (vel Pars)
GSKSF14070-200 151 196 258 - 7 14 221 1 Pars (vel Pars)
GSKSF14090-70 CLXXI 69 95 90 7 14 261 1 Pars (vel Pars)
GSKSF14090-80 CLXXI 79 109 90 7 14 261 1 Pars (vel Pars)
GSKSF14090-90 CLXXI 88 122 90 7 14 261 1 Pars (vel Pars)
GSKSF14090-150 CLXXI - 203 90 7 14 261 1 Pars (vel Pars)
GSKSF14090-200 CLXXI 196 271 90 7 14 261 1 Pars (vel Pars)
GSKSF14100-80 CLXXXI 76 106 - 7 14 281 1 Pars (vel Pars)
GSKSF14100-110 CLXXXI 110 CLIII - 7 14 281 1 Pars (vel Pars)
GSKSF14100-200 CLXXXI 196 273 - 7 14 281 1 Pars (vel Pars)
GSKSF18090-270 CLXXI 263 332 90 - - 261 1 Pars (vel Pars)
GSKSF18100-330 CLXXXI 324 411 - - - 281 1 Pars (vel Pars)
GSKSF18110-220 270 214 272 110 - - 380 1 Pars (vel Pars)
GSKSF18150-270 325 267 348 CL - - 475 1 Pars (vel Pars)
GSKSF18150-380 325 374 487 CL - - 475 1 Pars (vel Pars)
GSKSF22080-200 199 196 233 - - - 279 1 Pars (vel Pars)
GSKSF22080-250 199 246 292 - - - 279 1 Pars (vel Pars)
GSKSF22096-400 210 392 477 96 - - 306 1 Pars (vel Pars)
GSKSF22100-430 275 427 484 - - - 375 1 Pars (vel Pars)
GSKSF22142-310 330 304 348 142 - - 472 1 Pars (vel Pars)
GSKSF22147-150 - - CLXXXI 147 - - 412 1 Pars (vel Pars)
GSKSF22147-240 - 240 295 147 - - 412 1 Pars (vel Pars)
GSKSF22150-350 314 343 406 CL - - 464 1 Pars (vel Pars)
GSKSF22200-490 quadringenti 481 DCXXIV ducenti - - - 1 Pars (vel Pars)
GSKSF22200-540 quadringenti 534 DCXCIII ducenti - - - 1 Pars (vel Pars)
GSKSF22235-150 344.5 141 CLXXVII 235.5 - - 580 1 Pars (vel Pars)
GSKSF22235-250 344.5 248 311 235.5 - - 580 1 Pars (vel Pars)
GSKSF22235-350 344.5 343 431 235.5 - - 580 1 Pars (vel Pars)
GSKSF22235-510 344.5 507 DCXXXVI 235.5 - - 580 1 Pars (vel Pars)
GSKSF22243-220 384 214 273 243 - - DCXXVII 1 Pars (vel Pars)
GSKSF22243-480 384 472 DCIII 243 - - DCXXVII 1 Pars (vel Pars)
GSKSF22270-380 quadringenti 374 464 - - - DCCLXX 1 Pars (vel Pars)
GSKSF22270-560 quadringenti 553 DCLXXXVI - - - DCCLXX 1 Pars (vel Pars)
GSKSF22356-220 476.5 216 280 356.5 - - DCCCXXXIII 1 Pars (vel Pars)
GSKSF22356-350 476.5 345 447 356.5 - - DCCCXXXIII 1 Pars (vel Pars)
GSKSF26300-820 quadringenti DCCCXII 1100 trecenti - 25.4 DCC 1 Pars (vel Pars)
GSKSF26300-930 quadringenti 927 1256 trecenti - 25.4 DCC 1 Pars (vel Pars)
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