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Koni-Enidine Rail

 
Assistance Inquiry
The KONI Enidine Difference: Unparalleled Customer Service
We understand that successful relationships often start with KONI Enidine products, but they seldom end there. Our customers appreciate the attentiveness of our associates. We ask you the right questions and offer cost-saving advice, regardless of whether you are a first-time customer or longtime associate. You can always expect us to offer prompt, accurate information about our products, their applications and our capabilities.

You are invited to call or e-mail
KONI Enidine’s Technical Sales Team with your questions, concerns and pricing information or contact one of our Enidine Incorporated offices by telephone or fax. Please take advantage of our free consultation on your next application and see our Frequently Asked Questions section to find solutions to the most common questions.

Customer Service

KONI Enidine’s worldwide operations are supported by well-established distributors and authorized representatives who share our commitment to quality customer service. All KONI Enidine distributors and representatives receive extensive training in identifying the best KONI Enidine product for your application. Working as a team, our global engineering, manufacturing, sales and distribution resources allow us to respond to your needs with unparalleled speed and attention to detail. It is these factors, working successfully together, which further enhance the value of your product from KONI Enidine.

You may also download a PDF File of this questionaire here.

Company: Contact:  
Address: Function:  
PO Box: Department:  
Postal Code: Telephone:  
City: Fax:  
Country: Email:  
         
Project:      
Reference No.      

A. Type of Rolling Stock      
  Locomotive: Diesel motor driven unit:
  Passenger Coach:    
  Freight Vehicle:    
  Suburban Metro/Tram:    
  Max. Speed (km/h) in service: km/h  
  Traintype: Type  
         
  Type of Bogie      
 
Motorbogie Number per Vehicle Bogie no.
Trailerbogie Number per vehicle Bogie make

B. Mass      
  Total mass of vehicle (tare)  kg/lbs*  
  Total mass motor/trailer* bogie front  kg/lbs*  
  Total mass motor/trailer* bogie rear  kg/lbs*  
  Unsprung mass of bogie (M0)  kg/lbs*  
  Sprung mass on bogie (M1)  kg/lbs*  
  Mass bolster (M2)  kg/lbs*  
  Mass carbody (M3)  kg/lbs*  
  Maximum Pay load (M4)  kg/lbs*  

C. Primary Suspension
  Axles  Number per bogie  
  Coil springs  Number per bogie  
  Laminated springs  Number per bogie  
  Rubber springs  Number per bogie  
  Vertical spring rate per axle spring (C1)  N/m / lbs/inch*  
         
  Secondary Suspension (Bolster)    
  Coil springs  Number per bogie  
  Laminated springs  Number per bogie  
  Rubber springs  Number per bogie  
  Air springs  Number per bogie  
  Vertical spring rate per axle spring (C2)  N/m / lbs/inch*  
  Total lateral restoring rate of vehicle per bolster  N/m / lbs/inch*  

D. Air Suspension      
  Vertical stiffness per spring (C2)
Tare N/m / lbs/inch*
Fully Laden N/m / lbs/inch*
Tare N/m / lbs/inch*
Fully Laden N/m / lbs/inch*
  Lateral stiffness per spring
  Please give characteristic of airbellow. * leave blank when not applicable

E. Damper under Construction      
  Primary Suspension      
  Axle Damper
     Number per bogie
 m/inch*
 m/inch*
 
     
     
     
  Influence of damper position  
     
     
  Axle damper mounting angle from the vertical degrees  
  Yaw damper mounting position  Number per bogie  
 
  Positive / Negative*
Workingarm (L), = distance damper
centerline to bogie centerline
 m/inch*
Wheelbase of bogie (W)  m/inch*
 

F. Stroke of Damper      
 
  Working stroke Stroke of damper required    
Axle damper  m/inch*  m/inch* incl. reserve
Yaw damper primary  m/inch*  m/inch* incl. reserve
Vertical bolster damper  m/inch*  m/inch* incl. reserve
Lateral bolster damper  m/inch*  m/inch* incl. reserve
Yaw damper secundary  m/inch*  m/inch* incl. reserve
Remark: reserve should be at least 2x10 mm!

G. Type of Damper Attachment      
 
  Top Bottom
Axle damper  m/inch*
Yaw damper primary  m/inch*
Vertical bolster damper  m/inch*
Lateral bolster damper  m/inch*
Yaw damper secundary  m/inch*
In case of stem:
internal diameter of bracket  m/inch*
thickness of bracket  m/inch*
In case of bush:
internal diameter of bracket  m/inch*
width of bush  m/inch*
In case of trunnion:
pitch of trunnion  m/inch*
bolthole diameter of trunnion  m/inch*
length of diametrical part of trunnion  m/inch*
* cross when not applicable
 
 

H. Maximum Angular Rotation      
   
 
  â â
Axle damper  / Degrees  / Degrees
Yaw damper  / Degrees  / Degrees
Vertical bolster damper  / Degrees  / Degrees
Lateral bolster damper  / Degrees  / Degrees
  Top Bottom
In Case of Trunnion angle of attachment in eye O  Degrees  Degrees

I. Climate      
 
  Min. Max.
Ambient temperature  ºC/F*  ºC/F*
Additional details
 

J. Country of Destination  
       

K. Purpose      
 
Are the dampers required for:
First equipment    
Replacement Previously equiped with:
    Type:
    Drawing No.
 

Simplified model of a Bogie      
         
  End user      
  Please submit drawings of bogies and damper fitting details
  Drawing or dimensional sketch of damper attachments required
  * cross when not applicable    
         
 

 

 


 

 
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