The Liquid-Cooled Induction Heating System is designed for preheating, hydrogen bake-out and stress relieving applications up to 1450° F (788° C). The system can be operated in the Manual Programming mode where a power output is applied to a part for a specified time or in the Temperature Based Programming mode where part temperature is used to control power output. Liquid-cooled heating cables provide a highly versatile tool for preheating a variety of pipe diameters and even flat plate. In general, shorter cables are used for smaller diameter pipe and are easier to handle and set-up. Longer cables are used for larger diameter pipe or small pressure vessels and tanks. Great for preheat applications on geometrics that prevent use of air-cooled blankets.
Typical Applications for Liquid-Cooled Induction Heating Systems
Pipe Fabrication Shops
•Provides uniform heating around the circumference of higher strength pipe.
•Reduces set-up time and time-to-temperature in preheat applications.
•Significantly reduces consumable costs.
•Eliminates propane costs.
Field Construction of Power and Process Piping
•Provides uniform heating around the circumference of higher strength pipe.
•Provides rapid time-to-temperature, reducing total weld cycle time.
•Easy to set-up and operate in preheat applications - welder friendly.
•Reduces consumable costs.
Shrink Fit
•Expand impellers, flanges, and other interference fit components for removal or installation on a shaft.
Shipbuilding - Prop Shafts, Piping Systems, Plate (High Duty Cycle/High Temp)
•Provides uniform rapid heating in plate and pipe applications.
•Adaptable to heavy plate applications.
•Provides a safer, friendlier work environment for welders and operators. Personnel are not exposed to open flame, explosive gases or hot heating elements.
•Power efficient compared to resistance heating.
Mining
•Provides uniform heating on high hardness material to prevent cracking.
•More flexible than air-cooled systems for complex shapes.
•Enables higher preheat temperatures than air-cooled systems.
•Eliminates propane costs.
Quick Specs
Applications
|
Transmission Pipeline - Construction/Repair Pipe Fabrication Shops
Power Piping - Construction/Repair
Petrochemical - Construction/Repair
Shipbuilding
Mining Equipment Maintenance
Drill Pipe Manufacturing
Shrink Fit
|
| Process |
Induction Heating |
| Input Power |
60-575 VAC,
3-Phase, 60 Hz
400-460 VAC,
3-Phase, 50/60 Hz |
| Temperature Rating |
Storage: -40°C-+60°C Operation: -30°C-+50°C |
| Rated Output |
35 kW at 100% Duty Cycle, 5-30 KHz |
| Input Amperes at Rated Output |
400 V: 60 Amps
460 V: 50 Amps
575 V: 40 Amps |
| Dimensions |
H: 27-1/2 in (699 mm)
W: 21-3/4 in (552 mm)
D: 36-3/4 in (933 mm) |
| Weight |
Net: 227 lb (103 kg) Ship: 265 lb (120 kg) |
ProHeat™ 35 Induction Power Source
Built-In Temperature Controller
The ProHeat 35 Induction Power Source is equipped with a built-in temperature controller. The controller provides for Manual Programming or Temperature Based Programming. Manual programming provides for setting a power
level and a time duration. This is beneficial in preheat applications where a part is heated to temperature and the heating device removed. Temperature Based Programming provides the ability to develop procedures for preheat, hydrogen bake-out or stress relieve. Four control thermocouple inputs and two monitoring thermocouple inputs are provided
for heating. The control thermocouples are read by the controller which regulate the heat rise based on the hottest thermocouple and cooling based on the coolest thermocouple. This capability helps to insure the heating and cooling rates are not violated during the procedure. The controller is designed to be easily understood and programmed.
On-Board Diagnostics
The ProHeat 35 Induction Power Source is designed with on-board diagnostics with operator tutoring. Operating parameters are available at the touch of a button. Induction parameters are highly dependent on how the heating system (blanket or cable) is placed on the part to be heated. The ProHeat provides for Limit Conditions where a parameter maximum has occurred. The ProHeat will continue to deliver power, notify the operator and then provide helpful information to increase the output. The ProHeat will also identify Fault Conditions and provide information. The purpose of these capabilities is to provide continuing education of the operator on the use of induction heating equipment and protect the system.
Welcome to our company in Nanjing
Our company view
Nanjing Auto Electric Co., Ltd (NAEC) was established in 2001, taking promoting "Lean Fabrication to Global Energy Engineering Industry" as its mission, NAEC's core business is to provide Lean-fabrication One-stop Solution to energy engineering contractors and fabricators. With advanced innovation ability and continuous integration of new technology & processes, NAEC's solution ensure its users high quality and efficient fabrication, and make itself become worldwide clients' most preferred partner.
Our Strategic Clients are
EPC companies, Contractors or Fabricators in Onshore Oil & Gas Exploration, Transportation, Storage, Refinery & Chemical
EPC companies, Contractors, Fabricators or Equipment Manufacturers in Offshore Oil & Gas Exploration, Treatment, Transportation & Storage
EPC companies, Contractors or Fabricators in Nuclear Power, Wind Power, or Thermal Power
Various Energy Engineering Equipment Manufacturers
We provide Lean-fabrication One-stop Solution for Energy Engineering EPC Companies/ Contractors/ Fabricators, Based on Following Systems:
NAEC Lean-fabrication Mode
NAEC Lean-fabrication Management System
NAEC Lean-fabrication Production System
NAEC Lean-fabrication One-stop Solution can help engineering fabrication operators to solve project problems. It can organize fabrication production and ensure the final delivery in good quality and on time.
Pipe Spool Fabrication Machines
| 1 |
|
Pipe Cutting& Beveling All-in-one Machine
>Suitable for pipes not larger than 8",max.thickness:20mm
>Cutting efficiency:100times/8hrs
>PLC control with automatic measuring to guarantee the same processing cycle
>Widely used for small bore C.S/S.S production lines |
| 2 |
|
High Speed Band-saw Cutting Machine
>Three models available(16"type,24"type",48"type)
>PLC system control;self-measuring function with precision:±0.5mm
>Using hydraulic self-centering chuck
>It only takes 6 minutes to cut a 24" pipe of 25mm thickness
>Widely used for C.S/S.S production lines. |
| 3 |
|
High Speed CNC Pipe End Beveling Machine
>Automatic self-centering chuck
>Single V,double V,U type bevel
>Can be matched with pipe end turning devic
>High speed beveling:for example,it only takes 2.5minutes to get a 37.5 degree bevel for a S.S pipe end(diameter :610mm,thickness:25mm)
>Several models available:16",24",32",48" |
| 4 |
|
Two / Multi- Axis CNC Flame/Plasma Cutting Machine
>High efficient pipe cutting with automatic self-measuring function, pipe end beveling, intersection line profiling for both main and branch pipe.
>Five/multi-axis cutting machine can profile more complicated outlines with various bevel type
>Standard machine suitable for pipes nor larger than 24'' |
| 5 |
|
Multi-function Pipe Fitting-up Station
>Suitable for flange,elbow,tee,reducer to pipe and special T-joint fitting-up.
>Light-duty type(manual) and heavy-duty type(motorized) are available.
>Different types available, 8" type, 24" type, 32" type, 48" type, 60" type |
| 6 |
|
Automatic Pipe Welding Station
>With two welding heads
>TIG/MIG/SAW are optional
>PLC system control & WPS programmed
>Max. efficiency fo reach welding head can be 400D.I/8hrs even use TIG/MIG technology.
>Different types available, 8" type, 24" type, 32" type, 48" type, 60" type |
| 7 |
|
Conveyor Handling System
>used for pipe convenient transporation during in pipe spool fabrication.
>Its speed is adjustable between 2M to 20M/min. |
Tank Construction Machines
| 1 |
|
Girth Seam Welding Machine
>Applicable to both bottom-to-top and top-to-bottom tank erection
>Adopting Sub Arc Welding technology
>Standard machine suitable for shell plate width: 1.3M-2.8M
>Max. Efficiency of AGW could be 30 times as manual welding |
| 2 |
|
Vertical Seam Welding Machine
>Suitable for tank plate wall thickness is from 10mm to 50mm
>Motor frequency inverter drive system
>Weatherproof control box with digital display for welding speed
>Travel speed: 0~2200mm/min
>Beveled gear drive reducer, good locking ability in both directions |
| 3 |
|
Butt/Corner Seam Welding Machine
>Applicable to butt seam welding of bottom plates
>With magnetic idler system
>More than 99% Qualified first X-ray test.
>Suitable for both Top-to-Bottom and Bottom-to-Top Tank Construction Method |
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