Sand_casting_input_data_sheet.doc

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DATA Remarks 1 3D CAD model in step format (solid model) 2 Casting material AFNOR NFA32054 GE280 3 Sand mold material 4 Types of process (no bake process or green etc..) 5 Riser type (open or closed) 6 Chillers material 7 Mention the Chillers position in JPEG photo copy 8 Sleeve material 9 Sleeve dimensions 10 Filter position 11 Filter material 12 MEF factor value 13 Pouring time or Pouring rate 10 sec. 14 % of volumetric shrinkage for casting material 15 Core material details( inside & outside) 16 No. of cavity SAND CASTING INPUT DATA SHEET Company name: Titagarh Wagons Ltd. ( Unit: Titagarh Steels) Project name: End casting Contact person: D. Bhanja Contact address: Titagarh, Kolkata, West Bengal TECHNICAL DETAILS

description

sand casting data sht

Transcript of Sand_casting_input_data_sheet.doc

Page 1: Sand_casting_input_data_sheet.doc

DATA Remarks

1 3D CAD model in step format (solid model)

2 Casting material AFNOR NFA32054 GE280

3 Sand mold material

4 Types of process (no bake process or green etc..)

5 Riser type (open or closed)

6 Chillers material

7 Mention the Chillers position in JPEG photo copy

8 Sleeve material

9 Sleeve dimensions

10 Filter position

11 Filter material

12 MEF factor value

13 Pouring time or Pouring rate 10 sec.

14 % of volumetric shrinkage for casting material

15 Core material details( inside & outside)

16 No. of cavity

TYPE OF ANALYSIS SELECT

SAND CASTING INPUT DATA SHEET

Company name: Titagarh Wagons Ltd. ( Unit: Titagarh Steels)

Project name: End casting

Contact person: D. Bhanja

Contact address: Titagarh, Kolkata, West Bengal Phone: 9748477744 Email: [email protected] Fax:

TECHNICAL DETAILS

Page 2: Sand_casting_input_data_sheet.doc

1 Fluid flow analysis

2 Solidification analysis

3 Heat treatment

Material Property( fill the properties that are known, otherwise ProSIM will assume standard values from literature)

PARAMETER Units in CGS Units in SI Remarks

1 Density g/cm^3 kg/m^3 7.85 gm / cm³

2 Thermal conductivity cal/cm s deg w/m k 47-47 w/m.k

3 Heat capacity cal/g deg J/ kg k 420 – 460 j/ kg . k

4 Kinem_viscocity cm^2s m^2s

6 Latent heat cal/g j/kg

7 Melting temperature deg^c k 1480ºC

8 Pouring temperature deg^c k 1590 – 1580 º C

9 Liquidus temperature deg^c k

10 Solidus temperature deg^c k

11 Thermal expansion 1/deg^c 1/k 7.0 microinch(in ºF)

12 Young's modulus kgf/mm^2 Mpa 200000-200000 Mpa

13 Poisson’s ration 0.265

Authorised signature

For…………………………………..

Name:

Designation:

Contact Number:

Email: