Purpose
Designed and built to industry standards, Hess MFDC system components are interchangeable and easy to maintain and service. Upgrade your existing AC or DC welding system and literally realize hundreds of thousands of dollars per year in energy savings.
Description
Butt welding is widely used to join the ends of coiled bands that are subsequently rollformed into rims for automotive, truck and ATV wheels. The process requires precise control of pressure, position and current. A dedicated microprocessor provides real-time, closed loop control of the welding platen position and upset force as well as command and monitoring of the required welding current.
Hess MFDC Welding Control Power Mizer Energy Solution components include:
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Inverter Control Panel Improves the power factor delivered to the welding process. |
MFDC Welding Control Panel Controls all parameters of the welding process. |
New Compact Transformers Connects to the existing welding bus. |
All Hess MFDC system components are industry standard and interchangeable, making the system easy to maintain and service. Existing AC (cam operated or hydraulic) and DC (fl ash or flashless) butt welding systems can be upgraded.
The system is designed, built and serviced by Hess and replaces older control systems.
Why Choose Hess?
Hess' expertise and experience encompasses a full range of mechanical and machine control solutions. Our years of experience in the core technologies of band preparation, welding lines and rim and disc assembly enable us to design and build machines that are robust and built to operate easily, efficiently and consistently to your requirements.
What Can Hess Welding Technology Do For You?
All system components are industry standard and Interchangeable, making the system easy to maintain and service.
| Upgrade | Save |
|---|---|
| MFDC Welding System from | Welding Energy Costs Per Year |
| AC System | up to 50% |
| DC System | up to 30% |
EXAMPLE: Using a cost of $0.0945 per kw/hr, you can realize energy savings of over $235,000 in one year. NOTE: This calculation is based on a typical 1200KVA welder (3 phase DC) running for an eight hour shift, five days a week with an average of 50 weeks per year.
Calculate your own savings!
Contact Hess for a personalized cost savings analysis today!
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