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TECHNICAL SPECIFICATION for the Design and Manufacturing of a Test Bench Frame for Frequency Converter Testing Ended
About the job
TECHNICAL SPECIFICATION
for the Design and Manufacturing of a Test Bench Frame
for Frequency Converter Testing
1.1–200 kW
1. General Provisions
1.1 Project Name
Frame for a production test bench intended for testing frequency converters with a power range of 1.1–200 kW.
The completed test bench shall be delivered to Hlevakha urban-type settlement.
1.2 Purpose
The frame is intended for:
installation of power cabinets;
mounting of load motors;
generator installation;
installation of regenerative equipment;
cable routing placement;
ensuring safe operation of the test bench;
reduction of vibration and deformation.
1.3 Type of Test Bench
Production testing bench.
Operating mode:
continuous;
24/7 operation;
intensive duty;
dynamic load operation.
2. TEST BENCH CONFIGURATION
The frame consists of three independent sections:
Section VFD Power Range
Section No.1 1.1–21 kW
Section No.2 25–60 kW
Section No.3 up to 200 kW
The sections shall have:
independent supports;
separate power frames;
modular connection;
transportation capability.
3. SECTION DIMENSIONS
3.1 Section No.1
Parameter Value
Width 1200 mm
Depth 900 mm
Height 2200 mm
Approximate Weight ~385 kg
3.2 Section No.2
Parameter Value
Width 1800 mm
Depth 1000 mm
Height 2300 mm
Approximate Weight ~874 kg
3.3 Section No.3
Parameter Value
Width 3200 mm
Depth 1400 mm
Height 2600 mm
Approximate Weight ~2531 kg
4. DESIGN REQUIREMENTS
4.1 General Requirements... read more
for the Design and Manufacturing of a Test Bench Frame
for Frequency Converter Testing
1.1–200 kW
1. General Provisions
1.1 Project Name
Frame for a production test bench intended for testing frequency converters with a power range of 1.1–200 kW.
The completed test bench shall be delivered to Hlevakha urban-type settlement.
1.2 Purpose
The frame is intended for:
installation of power cabinets;
mounting of load motors;
generator installation;
installation of regenerative equipment;
cable routing placement;
ensuring safe operation of the test bench;
reduction of vibration and deformation.
1.3 Type of Test Bench
Production testing bench.
Operating mode:
continuous;
24/7 operation;
intensive duty;
dynamic load operation.
2. TEST BENCH CONFIGURATION
The frame consists of three independent sections:
Section VFD Power Range
Section No.1 1.1–21 kW
Section No.2 25–60 kW
Section No.3 up to 200 kW
The sections shall have:
independent supports;
separate power frames;
modular connection;
transportation capability.
3. SECTION DIMENSIONS
3.1 Section No.1
Parameter Value
Width 1200 mm
Depth 900 mm
Height 2200 mm
Approximate Weight ~385 kg
3.2 Section No.2
Parameter Value
Width 1800 mm
Depth 1000 mm
Height 2300 mm
Approximate Weight ~874 kg
3.3 Section No.3
Parameter Value
Width 3200 mm
Depth 1400 mm
Height 2600 mm
Approximate Weight ~2531 kg
4. DESIGN REQUIREMENTS
4.1 General Requirements... read more
TECHNICAL SPECIFICATION
for the Design and Manufacturing of a Test Bench Frame
for Frequency Converter Testing
1.1–200 kW
1. General Provisions
1.1 Project Name
Frame for a production test bench intended for testing frequency converters with a power range of 1.1–200 kW.
The completed test bench shall be delivered to Hlevakha urban-type settlement.
1.2 Purpose
The frame is intended for:
installation of power cabinets;
mounting of load motors;
generator installation;
installation of regenerative equipment;
cable routing placement;
ensuring safe operation of the test bench;
reduction of vibration and deformation.
1.3 Type of Test Bench
Production testing bench.
Operating mode:
continuous;
24/7 operation;
intensive duty;
dynamic load operation.
2. TEST BENCH CONFIGURATION
The frame consists of three independent sections:
Section VFD Power Range
Section No.1 1.1–21 kW
Section No.2 25–60 kW
Section No.3 up to 200 kW
The sections shall have:
independent supports;
separate power frames;
modular connection;
transportation capability.
3. SECTION DIMENSIONS
3.1 Section No.1
Parameter Value
Width 1200 mm
Depth 900 mm
Height 2200 mm
Approximate Weight ~385 kg
3.2 Section No.2
Parameter Value
Width 1800 mm
Depth 1000 mm
Height 2300 mm
Approximate Weight ~874 kg
3.3 Section No.3
Parameter Value
Width 3200 mm
Depth 1400 mm
Height 2600 mm
Approximate Weight ~2531 kg
4. DESIGN REQUIREMENTS
4.1 General Requirements
The structure shall:
withstand dynamic loads;
have a high rigidity margin;
prevent resonant vibrations;
provide access to equipment;
allow transportation of sections;
allow installation using an overhead crane.
4.2 Materials
Element Material
Main frame Steel S355
Panels Steel DC01
Supports Steel S355
Mounting plates Steel S355
4.3 Profile Types
Section Profile
No.1 60×60×3 mm
No.2 80×80×4 mm
No.3 120×120×5 mm
5. FRAME REQUIREMENTS
5.1 Construction
The frame shall:
be welded;
include reinforcements;
include stiffening ribs;
include mounting holes;
include lifting/rigging points.
5.2 Rigidity Requirements
Maximum deflection:
not more than L/1000.
Maximum vibration:
not more than 1.8 mm/s RMS.
6. FRAME DRAWINGS
The contractor shall develop:
6.1 General Assembly Drawing
Including:
overall dimensions;
axes;
reference points;
mounting holes;
centers of gravity;
transportation points.
6.2 Detailed Drawings
The following shall be provided:
profile detailing;
steel specification;
cutting list;
connection joints;
mounting plates.
6.3 Formats
Provide:
PDF;
DWG;
STEP;
DXF.
7. WELDING DRAWINGS
7.1 Requirements
The contractor shall develop:
welding map;
welding sequence;
weld types;
weld leg dimensions;
deformation control procedures.
7.2 Weld Requirements
Parameter Value
Type MIG/MAG
Weld Leg 4–8 mm
Inspection Visual + geometry
7.3 Standards
ISO 5817;
ISO 9606;
EN 1090.
8. MOTOR MOUNTING ASSEMBLIES
8.1 General Requirements
The following shall be ensured:
shaft alignment adjustment;
tension adjustment;
vibration compensation;
motor removal without disassembling the frame.
8.2 Platform Requirements
Parameter Value
Plate Thickness 10–20 mm
Adjustment Range ±15 mm
Material S355
8.3 Motor Power Ratings
Section Motor Power
No.1 up to 30 kW
No.2 up to 75 kW
No.3 up to 250 kW
9. ANTI-VIBRATION SUPPORTS
9.1 General Requirements
The frame shall include:
anti-vibration supports;
height adjustment;
anchoring capability.
9.2 Requirements
Parameter Value
Material Oil-resistant rubber
Load According to section
Adjustment Range ±20 mm
9.3 Number of Supports
Section Quantity
No.1 4
No.2 6
No.3 8–10
10. SECTION LAYOUT
10.1 Section No.1
Placement:
VFD;
automation equipment;
small motor;
terminal area.
10.2 Section No.2
Placement:
power cabinet;
load motor;
regenerative module.
10.3 Section No.3
Placement:
VFD up to 200 kW;
250 kW motor;
generator;
AFE;
power busbars.
11. COATING
11.1 Surface Preparation
abrasive blasting;
degreasing;
priming.
11.2 Painting
Parameter Value
Type Powder coating
Thickness 80–120 μm
Color RAL 7035
12. MANUFACTURING REQUIREMENTS
12.1 Tolerances
Parameter Value
Dimensional deviation ±2 mm
Flatness deviation ≤1 mm/m
Alignment accuracy ≤0.1 mm
12.2 Inspection
Mandatory:
geometry inspection;
weld inspection;
alignment verification;
coating inspection.
13. DOCUMENTATION PACKAGE
The contractor shall provide:
assembly drawing;
frame drawings;
welding drawings;
specification;
cutting map;
assembly node drawings;
support drawings;
bill of materials;
product passport.
14. GENERAL REQUIREMENTS
The contractor shall:
develop a 3D model;
approve drawings;
approve assemblies;
approve materials;
approve welding technology.
15. PROJECT STAGES
Stage 1 — Design
3D modeling;
drawings;
layout development.
Stage 2 — Manufacturing
cutting;
welding;
painting.
Stage 3 — Inspection
geometry check;
assembly;
verification.
16. DELIVERABLES
The contractor shall supply:
completed frame;
full drawing package;
specification;
product passport;
inspection results. read less
for the Design and Manufacturing of a Test Bench Frame
for Frequency Converter Testing
1.1–200 kW
1. General Provisions
1.1 Project Name
Frame for a production test bench intended for testing frequency converters with a power range of 1.1–200 kW.
The completed test bench shall be delivered to Hlevakha urban-type settlement.
1.2 Purpose
The frame is intended for:
installation of power cabinets;
mounting of load motors;
generator installation;
installation of regenerative equipment;
cable routing placement;
ensuring safe operation of the test bench;
reduction of vibration and deformation.
1.3 Type of Test Bench
Production testing bench.
Operating mode:
continuous;
24/7 operation;
intensive duty;
dynamic load operation.
2. TEST BENCH CONFIGURATION
The frame consists of three independent sections:
Section VFD Power Range
Section No.1 1.1–21 kW
Section No.2 25–60 kW
Section No.3 up to 200 kW
The sections shall have:
independent supports;
separate power frames;
modular connection;
transportation capability.
3. SECTION DIMENSIONS
3.1 Section No.1
Parameter Value
Width 1200 mm
Depth 900 mm
Height 2200 mm
Approximate Weight ~385 kg
3.2 Section No.2
Parameter Value
Width 1800 mm
Depth 1000 mm
Height 2300 mm
Approximate Weight ~874 kg
3.3 Section No.3
Parameter Value
Width 3200 mm
Depth 1400 mm
Height 2600 mm
Approximate Weight ~2531 kg
4. DESIGN REQUIREMENTS
4.1 General Requirements
The structure shall:
withstand dynamic loads;
have a high rigidity margin;
prevent resonant vibrations;
provide access to equipment;
allow transportation of sections;
allow installation using an overhead crane.
4.2 Materials
Element Material
Main frame Steel S355
Panels Steel DC01
Supports Steel S355
Mounting plates Steel S355
4.3 Profile Types
Section Profile
No.1 60×60×3 mm
No.2 80×80×4 mm
No.3 120×120×5 mm
5. FRAME REQUIREMENTS
5.1 Construction
The frame shall:
be welded;
include reinforcements;
include stiffening ribs;
include mounting holes;
include lifting/rigging points.
5.2 Rigidity Requirements
Maximum deflection:
not more than L/1000.
Maximum vibration:
not more than 1.8 mm/s RMS.
6. FRAME DRAWINGS
The contractor shall develop:
6.1 General Assembly Drawing
Including:
overall dimensions;
axes;
reference points;
mounting holes;
centers of gravity;
transportation points.
6.2 Detailed Drawings
The following shall be provided:
profile detailing;
steel specification;
cutting list;
connection joints;
mounting plates.
6.3 Formats
Provide:
PDF;
DWG;
STEP;
DXF.
7. WELDING DRAWINGS
7.1 Requirements
The contractor shall develop:
welding map;
welding sequence;
weld types;
weld leg dimensions;
deformation control procedures.
7.2 Weld Requirements
Parameter Value
Type MIG/MAG
Weld Leg 4–8 mm
Inspection Visual + geometry
7.3 Standards
ISO 5817;
ISO 9606;
EN 1090.
8. MOTOR MOUNTING ASSEMBLIES
8.1 General Requirements
The following shall be ensured:
shaft alignment adjustment;
tension adjustment;
vibration compensation;
motor removal without disassembling the frame.
8.2 Platform Requirements
Parameter Value
Plate Thickness 10–20 mm
Adjustment Range ±15 mm
Material S355
8.3 Motor Power Ratings
Section Motor Power
No.1 up to 30 kW
No.2 up to 75 kW
No.3 up to 250 kW
9. ANTI-VIBRATION SUPPORTS
9.1 General Requirements
The frame shall include:
anti-vibration supports;
height adjustment;
anchoring capability.
9.2 Requirements
Parameter Value
Material Oil-resistant rubber
Load According to section
Adjustment Range ±20 mm
9.3 Number of Supports
Section Quantity
No.1 4
No.2 6
No.3 8–10
10. SECTION LAYOUT
10.1 Section No.1
Placement:
VFD;
automation equipment;
small motor;
terminal area.
10.2 Section No.2
Placement:
power cabinet;
load motor;
regenerative module.
10.3 Section No.3
Placement:
VFD up to 200 kW;
250 kW motor;
generator;
AFE;
power busbars.
11. COATING
11.1 Surface Preparation
abrasive blasting;
degreasing;
priming.
11.2 Painting
Parameter Value
Type Powder coating
Thickness 80–120 μm
Color RAL 7035
12. MANUFACTURING REQUIREMENTS
12.1 Tolerances
Parameter Value
Dimensional deviation ±2 mm
Flatness deviation ≤1 mm/m
Alignment accuracy ≤0.1 mm
12.2 Inspection
Mandatory:
geometry inspection;
weld inspection;
alignment verification;
coating inspection.
13. DOCUMENTATION PACKAGE
The contractor shall provide:
assembly drawing;
frame drawings;
welding drawings;
specification;
cutting map;
assembly node drawings;
support drawings;
bill of materials;
product passport.
14. GENERAL REQUIREMENTS
The contractor shall:
develop a 3D model;
approve drawings;
approve assemblies;
approve materials;
approve welding technology.
15. PROJECT STAGES
Stage 1 — Design
3D modeling;
drawings;
layout development.
Stage 2 — Manufacturing
cutting;
welding;
painting.
Stage 3 — Inspection
geometry check;
assembly;
verification.
16. DELIVERABLES
The contractor shall supply:
completed frame;
full drawing package;
specification;
product passport;
inspection results. read less
TECHNICAL SPECIFICATION
for the Design and Manufacturing of a Test Bench Frame
for Frequency Converter Testing
1.1–200 kW
1. General Provisions
1.1 Project Name
Frame for a production test bench intended for testing frequency converters with a power range of 1.1–200 kW.
The completed test bench shall be delivered to Hlevakha urban-type settlement.
1.2 Purpose
The frame is intend... read more
for the Design and Manufacturing of a Test Bench Frame
for Frequency Converter Testing
1.1–200 kW
1. General Provisions
1.1 Project Name
Frame for a production test bench intended for testing frequency converters with a power range of 1.1–200 kW.
The completed test bench shall be delivered to Hlevakha urban-type settlement.
1.2 Purpose
The frame is intend... read more
TECHNICAL SPECIFICATION
for the Design and Manufacturing of a Test Bench Frame
for Frequency Converter Testing
1.1–200 kW
1. General Provisions
1.1 Project Name
Frame for a production test bench intended for testing frequency converters with a power range of 1.1–200 kW.
The completed test bench shall be delivered to Hlevakha urban-type settlement.
1.2 Purpose
The frame is intended for:
installation of power cabinets;
mounting of load motors;
generator installation;
installation of regenerative equipment;
cable routing placement;
ensuring safe operation of the test bench;
reduction of vibration and deformation.
1.3 Type of Test Bench
Production testing bench.
Operating mode:
continuous;
24/7 operation;
intensive duty;
dynamic load operation.
2. TEST BENCH CONFIGURATION
The frame consists of three independent sections:
Section VFD Power Range
Section No.1 1.1–21 kW
Section No.2 25–60 kW
Section No.3 up to 200 kW
The sections shall have:
independent supports;
separate power frames;
modular connection;
transportation capability.
3. SECTION DIMENSIONS
3.1 Section No.1
Parameter Value
Width 1200 mm
Depth 900 mm
Height 2200 mm
Approximate Weight ~385 kg
3.2 Section No.2
Parameter Value
Width 1800 mm
Depth 1000 mm
Height 2300 mm
Approximate Weight ~874 kg
3.3 Section No.3
Parameter Value
Width 3200 mm
Depth 1400 mm
Height 2600 mm
Approximate Weight ~2531 kg
4. DESIGN REQUIREMENTS
4.1 General Requirements
The structure shall:
withstand dynamic loads;
have a high rigidity margin;
prevent resonant vibrations;
provide access to equipment;
allow transportation of sections;
allow installation using an overhead crane.
4.2 Materials
Element Material
Main frame Steel S355
Panels Steel DC01
Supports Steel S355
Mounting plates Steel S355
4.3 Profile Types
Section Profile
No.1 60×60×3 mm
No.2 80×80×4 mm
No.3 120×120×5 mm
5. FRAME REQUIREMENTS
5.1 Construction
The frame shall:
be welded;
include reinforcements;
include stiffening ribs;
include mounting holes;
include lifting/rigging points.
5.2 Rigidity Requirements
Maximum deflection:
not more than L/1000.
Maximum vibration:
not more than 1.8 mm/s RMS.
6. FRAME DRAWINGS
The contractor shall develop:
6.1 General Assembly Drawing
Including:
overall dimensions;
axes;
reference points;
mounting holes;
centers of gravity;
transportation points.
6.2 Detailed Drawings
The following shall be provided:
profile detailing;
steel specification;
cutting list;
connection joints;
mounting plates.
6.3 Formats
Provide:
PDF;
DWG;
STEP;
DXF.
7. WELDING DRAWINGS
7.1 Requirements
The contractor shall develop:
welding map;
welding sequence;
weld types;
weld leg dimensions;
deformation control procedures.
7.2 Weld Requirements
Parameter Value
Type MIG/MAG
Weld Leg 4–8 mm
Inspection Visual + geometry
7.3 Standards
ISO 5817;
ISO 9606;
EN 1090.
8. MOTOR MOUNTING ASSEMBLIES
8.1 General Requirements
The following shall be ensured:
shaft alignment adjustment;
tension adjustment;
vibration compensation;
motor removal without disassembling the frame.
8.2 Platform Requirements
Parameter Value
Plate Thickness 10–20 mm
Adjustment Range ±15 mm
Material S355
8.3 Motor Power Ratings
Section Motor Power
No.1 up to 30 kW
No.2 up to 75 kW
No.3 up to 250 kW
9. ANTI-VIBRATION SUPPORTS
9.1 General Requirements
The frame shall include:
anti-vibration supports;
height adjustment;
anchoring capability.
9.2 Requirements
Parameter Value
Material Oil-resistant rubber
Load According to section
Adjustment Range ±20 mm
9.3 Number of Supports
Section Quantity
No.1 4
No.2 6
No.3 8–10
10. SECTION LAYOUT
10.1 Section No.1
Placement:
VFD;
automation equipment;
small motor;
terminal area.
10.2 Section No.2
Placement:
power cabinet;
load motor;
regenerative module.
10.3 Section No.3
Placement:
VFD up to 200 kW;
250 kW motor;
generator;
AFE;
power busbars.
11. COATING
11.1 Surface Preparation
abrasive blasting;
degreasing;
priming.
11.2 Painting
Parameter Value
Type Powder coating
Thickness 80–120 μm
Color RAL 7035
12. MANUFACTURING REQUIREMENTS
12.1 Tolerances
Parameter Value
Dimensional deviation ±2 mm
Flatness deviation ≤1 mm/m
Alignment accuracy ≤0.1 mm
12.2 Inspection
Mandatory:
geometry inspection;
weld inspection;
alignment verification;
coating inspection.
13. DOCUMENTATION PACKAGE
The contractor shall provide:
assembly drawing;
frame drawings;
welding drawings;
specification;
cutting map;
assembly node drawings;
support drawings;
bill of materials;
product passport.
14. GENERAL REQUIREMENTS
The contractor shall:
develop a 3D model;
approve drawings;
approve assemblies;
approve materials;
approve welding technology.
15. PROJECT STAGES
Stage 1 — Design
3D modeling;
drawings;
layout development.
Stage 2 — Manufacturing
cutting;
welding;
painting.
Stage 3 — Inspection
geometry check;
assembly;
verification.
16. DELIVERABLES
The contractor shall supply:
completed frame;
full drawing package;
specification;
product passport;
inspection results. read less
for the Design and Manufacturing of a Test Bench Frame
for Frequency Converter Testing
1.1–200 kW
1. General Provisions
1.1 Project Name
Frame for a production test bench intended for testing frequency converters with a power range of 1.1–200 kW.
The completed test bench shall be delivered to Hlevakha urban-type settlement.
1.2 Purpose
The frame is intended for:
installation of power cabinets;
mounting of load motors;
generator installation;
installation of regenerative equipment;
cable routing placement;
ensuring safe operation of the test bench;
reduction of vibration and deformation.
1.3 Type of Test Bench
Production testing bench.
Operating mode:
continuous;
24/7 operation;
intensive duty;
dynamic load operation.
2. TEST BENCH CONFIGURATION
The frame consists of three independent sections:
Section VFD Power Range
Section No.1 1.1–21 kW
Section No.2 25–60 kW
Section No.3 up to 200 kW
The sections shall have:
independent supports;
separate power frames;
modular connection;
transportation capability.
3. SECTION DIMENSIONS
3.1 Section No.1
Parameter Value
Width 1200 mm
Depth 900 mm
Height 2200 mm
Approximate Weight ~385 kg
3.2 Section No.2
Parameter Value
Width 1800 mm
Depth 1000 mm
Height 2300 mm
Approximate Weight ~874 kg
3.3 Section No.3
Parameter Value
Width 3200 mm
Depth 1400 mm
Height 2600 mm
Approximate Weight ~2531 kg
4. DESIGN REQUIREMENTS
4.1 General Requirements
The structure shall:
withstand dynamic loads;
have a high rigidity margin;
prevent resonant vibrations;
provide access to equipment;
allow transportation of sections;
allow installation using an overhead crane.
4.2 Materials
Element Material
Main frame Steel S355
Panels Steel DC01
Supports Steel S355
Mounting plates Steel S355
4.3 Profile Types
Section Profile
No.1 60×60×3 mm
No.2 80×80×4 mm
No.3 120×120×5 mm
5. FRAME REQUIREMENTS
5.1 Construction
The frame shall:
be welded;
include reinforcements;
include stiffening ribs;
include mounting holes;
include lifting/rigging points.
5.2 Rigidity Requirements
Maximum deflection:
not more than L/1000.
Maximum vibration:
not more than 1.8 mm/s RMS.
6. FRAME DRAWINGS
The contractor shall develop:
6.1 General Assembly Drawing
Including:
overall dimensions;
axes;
reference points;
mounting holes;
centers of gravity;
transportation points.
6.2 Detailed Drawings
The following shall be provided:
profile detailing;
steel specification;
cutting list;
connection joints;
mounting plates.
6.3 Formats
Provide:
PDF;
DWG;
STEP;
DXF.
7. WELDING DRAWINGS
7.1 Requirements
The contractor shall develop:
welding map;
welding sequence;
weld types;
weld leg dimensions;
deformation control procedures.
7.2 Weld Requirements
Parameter Value
Type MIG/MAG
Weld Leg 4–8 mm
Inspection Visual + geometry
7.3 Standards
ISO 5817;
ISO 9606;
EN 1090.
8. MOTOR MOUNTING ASSEMBLIES
8.1 General Requirements
The following shall be ensured:
shaft alignment adjustment;
tension adjustment;
vibration compensation;
motor removal without disassembling the frame.
8.2 Platform Requirements
Parameter Value
Plate Thickness 10–20 mm
Adjustment Range ±15 mm
Material S355
8.3 Motor Power Ratings
Section Motor Power
No.1 up to 30 kW
No.2 up to 75 kW
No.3 up to 250 kW
9. ANTI-VIBRATION SUPPORTS
9.1 General Requirements
The frame shall include:
anti-vibration supports;
height adjustment;
anchoring capability.
9.2 Requirements
Parameter Value
Material Oil-resistant rubber
Load According to section
Adjustment Range ±20 mm
9.3 Number of Supports
Section Quantity
No.1 4
No.2 6
No.3 8–10
10. SECTION LAYOUT
10.1 Section No.1
Placement:
VFD;
automation equipment;
small motor;
terminal area.
10.2 Section No.2
Placement:
power cabinet;
load motor;
regenerative module.
10.3 Section No.3
Placement:
VFD up to 200 kW;
250 kW motor;
generator;
AFE;
power busbars.
11. COATING
11.1 Surface Preparation
abrasive blasting;
degreasing;
priming.
11.2 Painting
Parameter Value
Type Powder coating
Thickness 80–120 μm
Color RAL 7035
12. MANUFACTURING REQUIREMENTS
12.1 Tolerances
Parameter Value
Dimensional deviation ±2 mm
Flatness deviation ≤1 mm/m
Alignment accuracy ≤0.1 mm
12.2 Inspection
Mandatory:
geometry inspection;
weld inspection;
alignment verification;
coating inspection.
13. DOCUMENTATION PACKAGE
The contractor shall provide:
assembly drawing;
frame drawings;
welding drawings;
specification;
cutting map;
assembly node drawings;
support drawings;
bill of materials;
product passport.
14. GENERAL REQUIREMENTS
The contractor shall:
develop a 3D model;
approve drawings;
approve assemblies;
approve materials;
approve welding technology.
15. PROJECT STAGES
Stage 1 — Design
3D modeling;
drawings;
layout development.
Stage 2 — Manufacturing
cutting;
welding;
painting.
Stage 3 — Inspection
geometry check;
assembly;
verification.
16. DELIVERABLES
The contractor shall supply:
completed frame;
full drawing package;
specification;
product passport;
inspection results. read less
Things to know
Intermediate
Skill Level
Open budget
Hourly
Part-time
Job type
Under 1-month
Job duration
Areas of expertise
3D and 2D CAD
Engineering Design
Lighting Analysis
Lighting Design
Power Supply Design
+2 more
Job categories
Mechanical Drafting
Mechanical Engineering
Design Engineering Services
About the client
Payment not ready
Ukraine (11:12 pm)
Posted
Active
Job activity
19 Applicants
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Mechanical Engineering & DFM for Multi-Material Consumer Product (Overmolding & MagSafe)
Remote - Posted
Hello,
I am looking for an experienced Mechanical Engineer / Product Designer to transform an established aesthetic concept into a manufacturing-ready 3D CAD model (DFM) a...
Mechanical Engineering
Design for Manufacturability (DFM Services)
Design for Manufacturing and Assembly
3D Modeling
3D Product Modeling
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MEP Electrical project engineer
Remote - Posted
We have a hospital electrical project which drawings, engineering, products specs are done. We look for an experienced engineer for us to double check product details if match...
Electrical Engineering
Electrical Schematic Drawing Services
Electrical Drafting
Design Engineering Services
MEP Drafting Services
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Expert Engineer needed to design a centrifugal plantain slicer for snacks
Remote - Posted
Project Requirements
Compact design.
Food-grade stainless steel materials with sanitary finishes.
Demountable for easy cleaning.
Reliable motor capable of processing 100 k...
Mechanical Design Services
Mechanical Engineering
Mechanical Engineers Staffing & Recruiting Services
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Expert Engineer needed to design a centrifugal plantain slicer for snacks
Remote - Posted
Project Requirements
Compact design.
Food-grade stainless steel materials with sanitary finishes.
Demountable for easy cleaning.
Reliable motor capable of processing 100 k...
Mechanical Design Services
Mechanical Engineering
Mechanical Engineers Staffing & Recruiting Services
View job
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