09/2019 Gas Springs with fixing elements to FORD Standard WDX-Global
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WE LOVE TECHNOLOGY BFIBRO GAS SPRINGS WITH FIXING ELEMENTS TO FORD STANDARD WDX-GLOBAL WE LOVE TECHNOLOGY BFIBRO MEMBER OF THE LAPPLE GROUP

DIAGRAMS 2480.13.00250. Initial spring force versus charge pressure Spring force Diagram displacement versus stroke rise nominal stroke .00250. 130 pressure rise factor Pressure rise factor accounts for displacement but not external influences! 2480.13.00750. Initial spring force versus charge pressure Spring force Diagram displacement versus stroke rise 130 pressure rise factor Pressure rise factor accounts for displacement but not external influences! 2480.12.01500. Initial spring force versus charge pressure Spring force Diagram displacement versus stroke rise 130 pressure rise factor...

DIAGRAMS 2480.13.03000. Initial spring force versus charge pressure Spring force Diagram displacement versus stroke rise 130 pressure rise factor Pressure rise factor accounts for displacement but not external influences! 2480.13.05000. Initial spring force versus charge pressure Spring force Diagram displacement versus stroke rise 130 pressure rise factor Pressure rise factor accounts for displacement but not external influences! 2480.13.07500. Initial spring force versus charge pressure Spring force Diagram displacement versus stroke rise 130 pressure rise factor Pressure rise factor...

2480.13.00750.025.300 1 Execution for standalone use (In the Ford Standard “S” is equivalent to “1”) 2 Execution for composite connection without valve, without pressure (In the Ford Standard “P” is equivalent to “2”) WDX order number code e.g.: WDX 356203-0702DMS (DM=00) Spring type without fixings WDX order number code e.g.: WDX 356203-0702TMS (TM=10) Spring type with collar flange 2480.057. WDX order number code e.g.: WDX 356203-0702BMS (BM=11) Spring type with split clamping flange 2480.022. WDX order number code e.g.: WDX 356203-0702H1S (H1=12) Spring type with pedestal foot clamp...

•Execution: .3001 = DMS = for standalone use .3002 = DMP = for composite connection - without valve, without pressure

GAS SPRINGS WITH FIXING ELEMENTS TO FORD STANDARD 2480.1^. □□□□□ . □□□ . 310^ - WDX 356203- □□-□□ - TM^ View X for gas spring 250, 750 daN up to 7500 daN FIBRO subject to alterations

GAS SPRINGS WITH FIXING ELEMENTS TO FORD STANDARD 2480.1□. □□□□□ . □□□ .311□ – WDX 356203- □□-□□ - BM□ View X for gas spring with 250, 750 daN up to 7500 daN (Individual Order No: split clamping flange 2480.022.00250 - .07500) *Execution: .3111 = BMS = for standalone use .3112 = BMP = or composite connection – without valve, f without pressure labeled with the Ford Standard WDX 356203- □□-□□ -BM□*

GAS SPRINGS WITH FIXING ELEMENTS TO FORD STANDARD 2480.1□. □□□□□ . □□□ . 312□ – WDX 356203- □□-□□ -H□S Mounting example: *Execution: .3121= H1S 1) M3 at 2480.13.00250 2) 2 at 2480.13.00250 (Individual Order No: Flange 2480.048.00250.-.03000.) View X for gas spring with 250, 750 daN up to 3000 daN labeled with the Ford Standard WDX 356203- □□-□□ -H□S Delivery advice: Pedestal foot clamp and flange plate fitted Mounting example: *Execution: .3123= H2S FIBRO-Order No. only with pedestal foot clamp 2480.044.03. at Cast Iron bracing for standalone use

GAS SPRINGS (SPRING PLUNGERS) WITH FIXING ELEMENTS TO FORD STANDARD 2479.03□. □□□□□ . □□□ . 301 – WDX35-60-30□□□□□ 2479.030. Initial spring force at 150 bar = 42 daN thread lock Initial spring force at 150 bar = 170 daN Thread lock

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Spring force Diagram displacement versus stroke rise 1,6 pressure rise factor Initial spring force versus charge pressure Pressure rise factor accounts for displacement but not external influences! 2487.12.00500. Initial spring force versus charge pressure Spring force Diagram displacement versus stroke rise nominal stroke 038 130 pressure rise factor Pressure rise factor accounts for displacement but not external influences! 2487.12.00750. .1 Initial spring force versus charge pressure Spring force Diagram displacement versus stroke rise pressure rise factor Pressure rise factor accounts for...

DIAGRAMS 2487.12.01000. .1 Initial spring force versus charge pressure Spring force Diagram displacement versus stroke rise pressure rise factor Pressure rise factor accounts for displacement but not external influences! 2487.12.01500. Initial spring force versus charge pressure Spring force Diagram displacement versus stroke rise pressure rise factor Pressure rise factor accounts for displacement but not external influences! 2487.12.02400. Initial spring force versus charge pressure Spring force Diagram displacement versus stroke rise nominal stroke 032 130 pressure rise factor Pressure rise...

DIAGRAMS 2487.12.04200. Initial spring force versus charge pressure Spring force Diagram displacement versus stroke rise nominal stroke 1,7 130 pressure rise factor Pressure rise factor accounts for displacement but not external influences! 2487.12.06600. Initial spring force versus charge pressure Spring force Diagram displacement versus stroke rise nominal stroke 016 019 025 pressure rise factor Pressure rise factor accounts for displacement but not external influences! 2487.12.09500. Initial spring force versus charge pressure Spring force Diagram displacement versus stroke rise nominal...

Execution for standalone use (In the Ford Standard “S” is equivalent to “1”) Execution for composite connection without valve, without pressure (In the Ford Standard “P” is equivalent to “2”) WDX order number code e.g.: WDX 356204-1002 DMS (DM=00) Spring type without fixings .410 WDX order number code e.g.: WDX 356204-1002TMS (TM=10) Spring type with collar flange 2480.057. .411 WDX order number code e.g.: WDX 356204-1002 BMS (BM=H) Spring type with split clamping flange 2480.022. .412 WDX order number code e.g.: WDX 356204-1002H1S (H1=12) Spring type with pedestal foot clamp 2480.044.03. 3...