Twin Column Forging Press Sh1 30 Mn

Used Ravne Forging Press
Sh1-30 Mn


1. Twin Column Forging Press Sh1-30 Mn
Forging Max. Ingot Weight

−weight......................................................25 Ton
1.1. Technical Data ...................................sh1-30 Mn
A) Design.....................................................push Down
B) Rated Force – By Forging .....................30.000 Kn
C) Rated Force – By Upset Forging ...........30.000 Kn
D) Max. Return Force..................................3.000 Kn
E) Ram Stroke..............................................1.600 Mm
F) Max. Distance Between Ram And Bolster .....................3.500 Mm
G) Fast Approach & Return Speed......................................300 Mm/s
H) Max. Forging Speed (at 30.000 Kn)...................................70 Mm/s
I) Strokes Per Minute :
30 Mn, Stroke 300 Mm ,200 Mm Approach, 100 Mm Penetration...................7 1/min
22 Mn, Stroke 80 Mm .....................................................................................35 1/min
8 Mn, Stroke 20 Mm (polishing) .......................................................................70 1/min
J) Max.oil Pressure.....................................................315 Bar
−hydraulic Oil ..............................................................iso Vg 68
K) Total Power Of Hydraulic Unit .............................2.700 Kw
L) Overall Height Above Floor Level, Approx. .........…11.000 Mm
M) Foundation Depth, Approx......................................4.000 Mm
1.2. Design Of The Press The Press Is Designed As Twin Column Push Down Press Powered With Hydraulic Cylinders
1.2.1. Frame
Frame Of The Press Is Welded Construction Which Ensures Maximum Strength Even By Eccentric Forging. It Consists From Crown, Two Uprights And Bed.
We Reach The Necessary Strength Of The Frame With Pre-stressed Tie Rods. Tie Rods Are Prestressed On 250 % Of Maximum Force Of The Press. All Welding Parts Are Heat-treated And Stress Relieved.

All Parts Of The Construction Are Machined And Controlled With Special Measuring Machines.

They Are Designed To Ensure The Maximum Control For Press Operator.
Hydraulic Cylinders For Return Stroke Are Assembled In The Uprights, Which Will Eliminate Any Possibility Of Damaging.
In Each Upright Are Two Tie Rods For Better Deflection In Transverse Direction.
1.2.1.1 Crown
- Designed With Use Of Finite Elements Welded From Sheet Metal St52-3 Ut Controlled Welds Are Pt And Ut Controlled Heat-treated And Stress Relieved
Working Hydraulic Cylinders Are Integrated Into The Crawn
1.2.1.2 Bed
- Designed With Use Of Finite Elements Welded From Sheet Metal St52-3 Ut Controlled Welds Are Pt And Ut Controlled Heat Treated And Stress Relieved
Combined With Mowing Bolster And Die Change System
1.2.1.3 Uprigts
- Designed With Use Of Finite Elements Welded From Sheet Metal St52-3 Ut Controlled Welds Are Pt And Ut Controlled Heat Treated And Stress Relieved
4 Forged, Hardened And Grinded Guides Protected With Curtains Against Heat
1.2.1.4 Tie Rods
Forged Heat-treated Alloy- Steel Ut- Controlled Machined Thru Whole Length
Minimal Nut/rod Threads Clearance 250% Pre-stressed With Hydraulic Device
1.2.2 Ram
It Is Designed As A Strong Welded Construction. In The Middle Are All Three Connecting Places For Rods Of Upper Cylinder. Rod Of The Main Cylinder Is Fixed Connected To The Frame. The Other Two Are Elastically Connected Through Spherical Cups.

Gliding Of A Ram Is 5 Point From Which Four Of Them Are On The Upright And One Is In The Main Cylinder. With This System We Ensure Accurate Gliding Of The Ram Also By Eccentric Load.

To Adjust The Tolerance On The Gibes Is Very Easy Just With One Screw.
Ram With Three-point Suspension And Four Guides
1.2.2.1 Ram
- Designed With Use Of Finite Elements Welded From Sheet Metal St52-3 Ut Controlled
Welds Are Pt And Ut Controlled
Heat Treated And Stress Relieved
4 Guides On Ram
1.2.2.2 Guides
4 Gibes With Screw For Guide Clearance Adjustment
4 Bronze Guides
Grease Lubricated
1.2.3 Lubrication
Gibes Of The Ram Hydraulic Cylinders And Mowing Bolster Are Lubricated With Automatic Grease System. The Quantity Of The Grease Is Controlled With Intermittent Work Of Multiple Outlet Pump. The Flow Control Is Realised Thru The Proximity Switches On Progressive Distributors.

- Producer Of Lubrication System: ………………………………………. Beka And/or Vogel
Multiple-outlet Grease Pump
Progressive Distributors With Flow Control
Alloy Steel Pipes And Fittings
1.2.4 Hydraulic Cylinders
Hydraulic Cylinders Of The Press Are One Way Plunger Type Cylinders. Press Is Powered With Three Working Cylinders In Crown Two Additional Cylinders Are Used For Reverse Movement Of The Ram.
1.2.4.1 Principal Working Cylinder
Plunger Type
Rod Material: Forged, Heat Treated Crmo- Steel ( 42cr Mo4 )
V- Package Seals With Additional Tightening For Longer Life Merkel And/or Numatics
Rigid Connection To Ram
Bronze Bushing Bearing As Fifth Guide Of The Ram
Piston Diameter: 950mm
Working Pressure Up To 315 Bar
No. Of Cylinders: 1
1.2.4.2 Side Working Cylinders
- Plunger Type
Rod Material: Forged, Heat Treated Crmo- Steel ( 42cr Mo4 )
V- Package Seals With Additional Tightening For Longer Life Merkel And/or Numatics
Spherical Bearings Between Rod And Ram
Piston Diameter: 400mm
Working Pressure Up To 315 Bar
No. Of Cylinders: 2
Side Working Cylinder
1.2.4.3 Rewerse Cylinders
- Plunger Type
Rod Material: Forged, Heat Treated Crmo- Steel ( 42cr Mo4 )
V- Package Seals With Additional Tightening For Longer Life Merkel And/or Numatics
Spherical Bearings Between Rod And Ram
Spherical Bearings Between Cylinder And Bed
Piston Diameter: 300mm
Working Pressure Up To 315 Bar No. Of Cylinders: 2
Forging Press With Three Working Hydraulic Cylinders And Two Reverse Cylinders


2. Option: Railbound Forging Manipulators

2.1. Technicial Data Of Sub-supplier Dango & Dienenthal

Type........................................................ Ssm 400 Dds Railbound Forging Manipulator
Max. Carrying Capacity........................250 Kn
Max. Tongs Moment................................500 Knm
Load Moment Max., Related To Centre Of Front Wheels ...970 Knm
Travel Distance .........................................15 Meters
Weight Of The Manipulator On Rails, Approx...82,000 Kg
Weight Of The Lantern Racks, Approx. ...........2,000 Kg

2.1.1 Operation Of Forging Manipulator
Free Carrying Of Hot Forging With 1 (one) Manipulator Without Supporting Of Second End

Loads
Weight Of Forging
[kn]
Tongs Moment
[knm]
Length Of Forging Without Supporting Of The Second End [m]
Remarks
250 500 4.0
200 500 5.0 Depending
160 500 6.25 On The
120 500 8.3 Moment
100 500 10.0

2.1.1 Accessories

2.1.1.1 Energy Supply Systems With Cable Drag Chain
Including:
Power And Control Cables Belonging To The Cable Drag Chain Hoses For Cooling Device Belonging To The Cable Drag Chain Terminal Box To Be Fitted On The Floor Cable Drag Chain, For A Travel Distance Of 15 Meters

2.1.1.2 Rail Bed
- Travel Rails
- Steel Substructure For Travel Rails And Lantern Rack

2.1.1.3 Extension Arms For Standard Tongs
- 1 Set Special Tongs Arms With Gripping Bolts
For Instertion Into The Tong Arms Of The Standard Tongs
Gripping In Longitudional Or Perpendicular Axis Of Tongs
Gripping Range, Max. 2000 Mm
Weight, Each Approx. 2600 Kg

2.1.1.4 Electric
- Electronic Control System Integrated With Press Control


3. Hydraulic Press Equipment

3.1. Technical Data
Presscylinders.........................(5) Five .....cross-section
1 Pc Middle Presscylinder........... Ø 950 Mm. A1=7088 Cm2
2 Pcs Side Presscylinders ............Ø 400 Mm. A2=2512 Cm2
2 Pcs Return Presscylinders ........Ø 300 Mm. Ar=1413 Cm2
Speeds:
Fast Approach............................v = 300 Mm/s
Return –speed.............................v = 300 Mm/s
Force Set I................................. (a1) .22 Mn
Force Set Ii. .............................. (a2) .8 Mn
Force Set Iii. ............................ (a1+a2 ) 30 Mn
(correspondent To Upsetting)
Return Force ......... (ar)...............3 Mn
3.1.1 Hydraulic Specification
3.1.1.1 Basic Data Of Hydraulic Aggregat
Q Max..............................................4.680 L/min
Max. Pressure Forging / Upsetting 315 Bar
Hydraulic Oil................................iso Vg 68
Oiltank..........................................40.000 L
3.1.1.2. Power Unit
2 Pc Boost – Pumps ......................…..type Snh 2900-40
Q=2785 L/min; P=10 Bar; N=1500 Min –1; P=55 Kw
With Fulline - Filter 2 Pcs Rfl 7800
5 Pcs Axialpiston – Constant – Pumpe Type A2f0500
Main Pumps
Q= 680 L/min; P=315 Bar; N=1500 Min –1; P=315 Kw
2 Pcs Axialpiston – Variable - Pumpes.type A4vs0500
(upsetting)
Q=680 L/min; P=315 Bar ; N=1500 Min –1 ; P=315 Kw
1 Pc Cooling And Filter Unit
Max. Oil Temperature:............……………..50°c
Coolingwater - Temperature:............25°c
Main Power Station With Filtering Unit In Separate Building For Better Sound Protection And Clean Condition


4. Control System

4.1. Electric And Electronic Controls
The Complete Electric Control Is Physically Divided In Electric
Controls Where The Power Supply With Transformer Unit, Hydraulic
Pumps Motors Supply And Other Relay Logic Is. This Part Is Installed
Away From The Second Part - Electronic Controls And Is Positioned As Near As Possible To The Hydraulic Aggregate For Shorten The Motor Cable Distances. Electronic Controls Are Installed In Air Conditioned Room. They Consist Of The Several Plc Controller Of The Branch Simatic S7-400. One Controller Is For The Press, One Is For Each Manipulator. Their Data Interface Is On Profibus Level, Where Local Interfaces Of Each Plc Controller Are On Profibus Dp Level.the Upper Level Of Control Is Done With Computer Added Forging (caf) Program Which Runs On At Least One Pc Station. This Station Is Also Human – Machine Interface (hmi) With Al Necessary Data For The Operator Or Maintenance To Control And Observe The Complete Forging Line. Pc Station Is Coupled To The Factory Net Over The Ethernet Interface.

4.1.1 Structure Of The Controls:
- Groups Of The Electric Controls
- Electronic – Program Controls
- Central Operator Station
- Computer Supported Forging - Caf

4.1.1.1. Groups Of Electric Controls

High Voltage Part:
Consist Of Two High Voltage Transformers With All Their Protection Equipment And Controls

Low Voltage Part:
Consist Of Several Groups Mounted Like An Open Fields In Protected Room Or Closed In The Electric Cabinets.
- Group Of Supply Field For The Forging Press
- Group Of Supply Field For Motor Pumps For Press
- Group Of Supply Field For Water Cooling System
- Group Of Supply Voltage For The Plc Controllers
- Group Of Supply Voltage For Inputs/outputs
- Group Of Interface Relays For Press
- Plc Controller For Press
- Group Of Supply Voltage For The Plc Controllers
- Group Of Supply Voltage For Inputs/outputs
- Group Of Interface Relays For Press
- Plc Controller For Manipulators

4.1.1.2. Electronic Controls
Main Controllers Are Sps Type With The Build In Nc- Controllers For
Servo Axes Controls. They Are Divided In One Level To 3 Groups; Press With The Equipment, Manipulator 1 And Manipulator 2. The Operator Controls On The Main Operator Panel Are Done With The Pushbuttons, Joysticks And Operator Panels (hmi). Plc Reads The Operator Controls, Position Transducers For Positioning Axes, Pressure Transducers For Pressure Regulation And Other Digital Signals From The Line. Program Evaluates All The Input Data And According To The Application Interfere Outputs To Interface In The Machine Level And To Higher Level Of Caf Program Control.
Forging Press Programmable Controls

Operation Modes:

Manual Mode:
All Different Movements Of The Line Executed With The Pushbuttons And Joysticks.
Ram Up / Down
Moving Bolster
Dies Cross Shift
Die Magazine Movement
Left /right Ingot Turntable
Upper Shoe Clamping

Half Automatic Mode:
Operator Types In The Forging Mass And The Upstroke Or Selects One Of The Program Sentence Out Of The Program Memory And Starts The
Movement With The Upper Button Of The Ram Control Joystick.
Manipulators Are Controlled Manually.

Automatic Mode:
Press Runs Automatic Together With One Or Both Manipulators, After The Data For Manipulators Step And Stroke Masses Are Typed In On Operator Interface. Press And The Manipulators Runs Automatically One Program Sentence Per One Program Sentence Out Of Sentence Memory. Operator Confirms Each Step.

Caf Program Mode:
Press Runs Automatic Together With One Or Both Manipulators. After Technologist Has Finished The Design Part Of The Forging On Caf, Caf Program Transfers The Forging Cycle Sentences To The Plc Controller Of The Forging Press. There The Sequence Is Memorized Under The Part Name Or Order Number Or Else. Operator Has To Select The Memorized Sequence And Transfer It To Sentence Memory.
There It Can Run Sentence By Sentence Like In Automatic Mode.
Manipulators Programmable Controls

Operation Modes:

Manual Mode:
For All Different Movements Of Manipulator The Pedals And Joysticks
Are Used
Manipulator Drive
Tongs Rotation
Tongs Side Shift
Tongs Lift/lower
Tongs Tilt
Tongs Grip

Half Automatic Mode:
Operator Types In The Drive Step And Rotation Step And Starts The
Movement With The Upper Button Of The Ram Control Joystick

Automatic Mode:
Drive Step And Rotation Step Are Transferred From The Press Plc Out Of The Sentence Memory At The Beginning Of Each Sentence

4.1.1.3. Central Operator Station
There Are All Necessary Controls Mounted For The Operator To Control The Line. A Part Of The Station Is Also The Pc With Applications For Hmi And Caf. It Has A Color Monitor And Keypad For Operators Dialog To The Controls.
There Is Additional One Touch-screen Monitor For Lower Level Dialog With Press Plc, Where Movement Masses Are Typed In And Sentences Are Selected Out Of Sentence Memory.
There Is Also An Interface Module With Displays And Keypad For Lower Level Dialog With Manipulators Plc.

Pc Supported Hmi Are:
- Event Messages
- Alarm Messages
- Screens For Different Types Of Forging
- Diagnostic Screens
- Display Of Different Forging Protocols
- Display Of Sentence Memory.

4.1.1.4. Computer Supported Forging – Caf
See Attached Description
Hfs...........................................................quot As Option

4.2. Engineering
Stroji Ravne Supplies The Following Engineering In English Language:
- General Layout Showing The Location Of Machines And Facilities
Installed
- Foundation Outline Drawings Of Machines And Facilities, Aux. Systems, Boards And Desks, Drive Motors And Ducts For The Electric Cables Installed
- Hydraulic Diagrams With Components And Consumption Figures
- Directions For Routine And Major Maintenance
- Pulpit Operator Manual
- Description Of Working Cycles Of Various Facilities
- Electric Power And Operating Diagrams For The Power And Aux.
Circuit, With Component Dimensioning (all Electrical Components Will Be Numbered)
- Drawings Of All Boards And Desks Included In This Project
- Layouts Showing The Arrangement Of Cable Ducts Over The Whole
Plant And In The Raceways Installed
- Layouts Showing The Arrangement Of Boards And Desks
- Drawings Of Terminal Boards In Boards, Desks And Other Devices,
Complete With Numbering And Characteristics Of Cables


5. Line Equipment

5.1 Ingot Handling Unit
Ingot Handling Unit Is Used To Overturn The Ingot Into Necessary Vertical Position (for Upset Forging).
For The Drive It Has A Hydraulic Cylinder. When Ingot Is Turned In Vertical Position (max.90º) Handling Unit Stops And Ingot Is Prepared For Further Handling (by Crane Or Car Manipulator) Into Press Die Area.
A) Drive..........................................hydraulic Cylinder
B) Speed .........................................0 – 350 Mm/s
C) Load Capacity............................full Ingot Weight
D) Power Unit…………………………………....independent Unit For Line Handling
E) Hydraulic Components………………rexroth

5.2. Moving Bolster
Moving Bolster Is Used To Prepare The Upset Forging Dies, Ring Forging Dies And To Correct The Lower Die Position During Forging. Moving Bolster Upper Surface Is Even With Floor Level, The Guides Are Under Floor And Protected Against The Scale
For The Drive It Has A 3.6m Long Hydraulic Cylinder. Position Control With Position Transducer Enables Step-by-step Positioning And Automatic Return To Home Position.
A) Table Size ..................................................…….3500 X 2200 Mm
B) Load Capacity.............................................…….full Press Force
C) Lenght Of Movement - Each Side From Centerline .1800 Mm
D) Speed ................................................................0 – 350 Mm/s
E) Move Force .......................................................450 Kn
F) Drive ..................................................................hydraulic Cylinder
Front-reverse Mowing Bolster

5.3. Quick Die Change System
For The Normal Forging Process At Least 3 Different Dies Are In Function For One Forging Product. The Exchange Of The Dies Must Be Quick. For This Reason A Quick Die Change With 1. Die Shoes Cross-shift Mechanism And 2. Die Magazine Mechanism Are Implemented On The Forging Line.

5.3.1. Die Shoes Cross-shift
Die Shoes Cross-shift Enables Very Fast Exchange Of 3 Die Shoes Under The Ram. The Dies Shoes Are Coupled Together With The Hooks And Guided From The Side. The Moving Bolster Has To Be On The Centerline (home) Position For The Die Shoes Cross Shift.
The Drive Is Done With Hydro Motors And Chain Wheels. Positioning Is Enabled With Position Transducer And Servo Valves.
With Additional Die Magazine There Is A Possibility For Additional 2 Die Shoes To Exchange.
For The Movement Of The Die Shoes Cross-shift Axe The Die Magazine And Moving Bolster Has To Be In The Right Position.
A) Length Of Movement.....................................3 X 1800 Mm +600 M
B) Speed ...........................................................0 –350 Mm/s
C) Move Force ..................................................450 Kn
D) Drive ............................................................hydro Motor
E) Time For One Step.........................................10 S
F) Power Unit…………………………………....independent Unit For Line Handling
Die Shoes Cross-shift

5.3.2. Die Magazine
Die Magazine Enables Storage Of 2 Additional Die Shoes. During The Forging On These Die Shoes New Dies Can Be Mounted And Than Quickly Exchanged For The Process Onto The Die Shoes Cross-shift.
For The Movement Of The Die Magazine The Die Shoes Cross-shift Axe Has To Be In The Right Position.
The Drive Is Done With Hydraulic Cylinders. Positioning Is Enabled With The Position Transducer And Servo Valve.
A) Length Of Movement......................................3 X 1200 Mm
B) Speed .............................................................0 –350 Mm/s
C) Move Force ....................................................450 Kn
D) Drive ..............................................................hydraulic Cylinder
E) Time For One Step...........................................10 S
F) Power Unit…………………………………....independent Unit For Line Handling
Die Magazine For Two Additional Die Shoes

5.4. Ingot Turntable
Ingot Turntable Is Used To Prepare The Ingot Into The Right Position For Manipulator.
Turntables Are Positioned 4 Meters From The Press Centreline In The Middle Of The Manipulators Track Under Floor Level.
Manipulator Has To Return Behind The Turntable To Release The Lifting Of It. When The Table Is Lifted And Ingot Placed On It, It Has To Be Turned To The Correct Position. After Manipulator Tongs Holds The Ingot Turntable Is Lowered Down Under Floor, Till Limit Switch. With Appropriate Controls The Crash Between Manipulator And Ingot Turntable Is Avoided. The Operator Controls Ingot Turntables By Pushbuttons For Continuous Rotation Or Step By Step Rotation.
A) Quantity ......................................................................1 Pcs
B) Load Capacity..............................................................250 Kn
C) Turntable Diameter......................................................1.500 Mm
D) Turning Speed .............................................................(4) Four Turns/min
E) Rotation Drive .........................................................….hydro Motor
F) Lifting Stroke ..............................................................1.500 Mm
G) Lift Speed......................................................................1 M/s
H) Lift Drive......................................................................hydraulic Cylinder
I) Power Unit…………………………………....independent Unit For Line Handling
Ingot Turntable
Forging Press With Quick Die Changing System And Forging Manipulator


6. Contents Of Quotation

6.1. Scope Of Supply - – Included In Below Stated Supply:
A) Free Forging Press Ravne Sh1-30
−hydraulic Unit, Tanks And Piping;
−control System
B) Line Equipment :
−ingot Handling Unit
−moving Bolster
−quick Die Change System
−ingot Turntable
C) Mechanical And Electrical Installation
Testing Of The Presses In Ravne For Pre-acceptance
D) Pit Drawings With Dimension And Loading
E) Manuals For All Equipment
F) Supervision At Customer’s Plant.......... (2) Ravne Qualified Persons / (6) Months / (10) Hour/day

Technical Assistance By Assembly Commissioning & General Schooling & Training About Press Operating

6.2. Following Items Are Not Included In Ravne Supply
A) Cooling System
B) Transformer Station
−transformer
−high Voltage Field With Equipment
−low Voltage Field With Equipment Compensation Device
C) Spare Parts
D) Shipping From Ravne To Customer
E) Custom Clearance Charges And Import Dutys
F) Rigging
−ravne Has To Provide Information About Necessary Cranes;
G) Assembly At Customer
H) Necessary Material To Clamps Press & Line Unit On Foundation
I) Pit Cover Plates Around Press & Line Unit
−cowering Of The Area Around The Press & Line Unit (which Refers To The Support Of
The Construction; Plates And All Necessary Guarding);
J) Foundation And Buildings
−ravne Has To Provide Pit Dimensions With Static & Dynamic Load;
K) Energy Supply To The Press & Line Unit
−ravne Has To Provide Information About Necessary Energy;
L) Oil And Grease For The First Use;
M) General
−civil Work, Ground Work, Concrete And Grouting Work
−necessary Steel Substructure Or Armouring For Energy Supply, Foundation
−armoured Of Edges And All Floor Side Covering

6.3. General Terms And Conditions

6.3.1. Basic Project Data
This Quotation Has Been Drawn Up On The Basis Of The Following Parameters:

6.3.1.1.environmental Data
A) Altitude.............................................................................< 1000 M.a.s.l
B) Climate...............................................................................….continental
C) Max. Outdoor Temperature................................................+ 36 °c
D) Min. Outdoor Temperature.................................................- 6 °c
E) Relative Humidity .............................................................….90% Max.
F) Ambient Temperature....................it Must Be Included In The Field Of +5°c/ +35°c For The Electric Cabin And +15°c/ +25°c In Pulpit Cabin
G) Pollution Elements.....................those Due To The Territory And Those Caused By The Steelworks Environment

6.3.1.2.voltages
A) Voltage Of Electrovalves................................................230 V – 50 Hz
B) Voltage Of Auxiliary........................................................24 V Dc

6.3.1.3.cooling Water
The Customer Shall Supply Water With The Following Characteristics:
Parameters Direct Cooling Indirect Cooling Measurement Unit
Ph From 7 To 8 From 7 To 8 -
Total Hardness From 50 To 300 From 30 To 100 Ppm As Per Caco3
Alkalinity From 150 To 500 From 100 To 200 Ppm As Per Caco3
Iron Content 3 Max. Max. 0,5 Fe Ppm
Chlorides 100 Max. Max. 50 Ppm As Per Cl
Sulphates 200 Max. Max. 50 Ppm As Per So4
Turbidity 100 Max. Max. 30 Ppm As Per Sio2
Temperature 35°c Max. 35°c Max. °c
Suspended Particle Size Dia. 0,2 Max. Dia. 0,1 Max. Mm

6.3.2. Personnel Services
The Seller Shall Supervise The Erection Of The Machines And Services Of Its Supply.

6.3.2.1 Logistic Requirements For Our Personnel On The Work Site

To Enable Our Supervisors To Work Properly, The Following Should Be Put At Their Disposal:
A) A Fully Furnished Office Located In The Vicinity Of The Place Of Work Fitted With A Telephone/fax Where Our
Main Office Can Be Called From.
B) Heated Dressing Rooms Located Near The Office And Complete With Lockers, Cold And Hot Water Showers, W.c.
C) Some Technical Staff Of The Buyer.

6.3.2.2 Personnel’s Rate For Services Exceeding The Scope Of
Supply
If The Buyer Requires Our Technicians` Services For A Period Longer Than That Stated In This Offer, Or If Should Be Any Delay Depending On Buyer Reason, Then Our Personnel’s Services Will Be Charged At The Time When Such Services Are Rendered.

6.3.2.3. Various Expenses
The Following Expenses Shall Be For The Account Of The Buyer:..................................................... -- Telephone/fax;
Lighting, Housekeeping, Heating And Other Expenses For The Maintenance Of Our Offices And Dressing Rooms
All Hoisting And Transportation Means With Operator At Buyer Work.


7. Commercial Conditions

7.1. Price…………………………………………………………… Exw Ravne
___________________________________________________________________________
Forging Line
Free Forging Press Ravne Sh1-30
Hydraulic Unit, Tanks And Piping;
Control System
Line Equipment:
Ingot Handling Unit
Moving Bolster
Quick Die Change System
Ingot Turntable
Supervision At Customer’s Plant

Total Package Price (without Options) ....................7.977.500,00 Euro
Options: Qty Price / Pc (euro)

Computer Supported Forging Hfs..............1x .............…113.020,00

Foundation Support Frames .......................1x .................110.960,00
Forging Manipulator Ssm 400................…...1x ..........…..2.372.500,00

Delivery
Exw Ravne: .....................................twelve (12) Months After Contract Date
Operation: .....................................eighteen (18) Months After Contract Date

Payment:

With Irrevocable Documentary L/c, Payable:

30 % In Advance
30 % Six (6) Months After Contract Date
30 % Payable With Shipping Documentation
10 % After Acceptance Validity Of Quotation
Two (2) Months Guarantee
Twelve (12) Months For Complete Line
Three (3) Years For Major Welded, Cast And Forged Parts


Sale Terms:

Machines Are Sold On 'as Is Where Is' Basis. It Is The Responsibility Of The Purchaser To Ensure The Machine Is Fit For Purpose.

Machines Advertised May Be Withdrawn From Sale At Any Time Without Notice Or Reason.

Price Upon Request
More Pictures Upon Request
Subject To Prior Sale

The Above Information Is Correct To The Best Of Our Knowledge,
But We Cannot Be Held Responsible For Any Errors Or Ommissions.


For Further Information I Am Gladly At Your Disposal.

Regards,

Sidra (miss)

Sidra Commercial Trading Company,
P.o.box 2504, (gpo).,
Lahore- 54000
Islamic Republic Of Pakistan
Voice: 92-0300-4705383
Email: Sidraco@gmail.com
Email: Sidraco@brain.net.pk

_________________
Contact Name: Sidra Commercial Trading Company
Company Name: SIDRA (MISS)
Email: Sidracomm@gmail.com
Tel: 92-300-4705383
Fax: 92-42-6558083
Street Address: P.O.BOX 2504,
G.P.O., Lahore - 54000, Pakistan