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The YC-300BZ3 DC inverter TIG welding power source has been developed on Panasonic digital technology. It is 100% digital controlled and offers high quality welding.
Technical Data:
100% full digital control high performance welding
• Exact output parameters
• Sharp and stable arc start as low as 4 amp.
• Welding Method:
1. DC TIG, DC pulse TIG for mild and stainless steel as well as titanium 0.3 – 6 mm, copper and brass 0.5 – 3 mm
2. DC TIG arc spot for mild and stainless steel with 2 x 2 mm thickness
3. DC stick for diameter 2 – 6 mm
• Duty cycle: 300A / 40%
• Weight: 36 kg
• Digital interface with Panasonic robots
• Arc drive function for stick welding
• Dimensions: 510 x 380 x 410 mm (L x W x H)
• 400 V AC, 3 phases, 50 / 60 Hz
Digital display, LCD, jog dial
• Digital display for both programmed parameter and actual welding parameter
• Easy and logical parameter setting by LCD and jog dial
Quality control
• 99 memory programs
• Digital connection with the PC / network for production
management and quality control
Customer Benefits:
• Sharp and stable arc start
• Reliable quality for low maintenance and service cost
• Easy parameter setting by jog dial
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Welding inverters Varin are portable welding machine which are using direct current. Mostly used for welding construction and stainless steel by using rutile, basic and cellulose electrode (only VARIN 2000 CEL). They are also suitable for repairs, building yards and workshops.
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Panasonic presents the full digital AC/DC-TIG power source
YC-300BP2 which was invented for AC-, DC- and Mix- TIG welding. The BP2 can be used until an AC-frequency up to 400Hz.
The BP2 is easy to operate even if several assigned functions are selected and it has a well arranged control panel. Up to 50 different welding conditions can be stored and operated.
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Genesis 503 PME
These are inverter power sources purposely designed for exceptional quality continuous wire welding (MIG/MAG, PULSED MIG) and electrode welding (MMA); TIG welding with contact ignition is also possible.
The control panel is easy to use and 52 different synergic curves are available to the operator for MIG/MAG and pulsed MIG welding of all the most common materials.
A duty cycle tested at 40° C ensures interruption free operation to 100% at 25° C.
performance in pulsed arc welding. They are ideal for use even with thin aluminium and stainless steel sheet, with which they give a weld quality similar to that achievable with TIG welding.
The WF104 separate wire feed unit weighs only 19 kg (without wire reel) and can be positioned above the power source on a pin, which permits 360° rotation, or at a distance near the work place by means of a connection cable bundle up to 10 m long; the microprocessor, the Encoder and a sturdy 4 roller gearmotor ensure maximum precision in welding wire delivery speed.
At switch-off, the last welding condition is stored, making it easier to re-start work after interruptions.
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Pi 200 and Pi 250 are for quality welding operations in TIG AC/DC and MMA. You have never seen such a variety of readily accessible facilities for TIG weld-ing: increased programming, simple operation and user-friendly design, as well as inverter technology combined with innovative operation and communi-cation possibilities.
Mono-phase and three-phase
A high-performance mono-phase or three-phase Pi machine is always available and perfect for a wide range of TIG and MMA welding operations. Both the Pi 200 and the Pi 250 are available in three ersions, all of which have easy-to-use control panels:
Pi DC for MMA welding with simple TIG LIFTIG®.
Pi DC HP - TIG with pulse and Synergy Plus™ as standard features.
Three optional pulses:
Pi offers three optional pulse versions: traditional manual pulse, quick pulse, and Synergy Plus™ for DC welding which automatically adjusts all overarching pulse para-meters. Another advantage of Synergy Plus™ is that the traditional sound in pulse welding has been replac-ed by a sound that does not cause stress. Pi 200 HP and Pi 200 AC/DC, the two mono-phase machines, feature PFC (Power Factor Correction), a function that makes it possible to weld with up to 200 A if only 16 A mains fuses are available.
Controlled cleaning zone:
All Pi AC/DC machines - including the mono-phase version - are fitted with the D.O.C.® system,Miga-tronic's revolutionary dynamic oxide control. In
welding aluminium, D.O.C.® ensures a controlled cleaning zone along the weld, increases the welding speed by up to 30% and reduces the consumption of energy and tungsten electrodes correspondingly.
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Advanced Control Features:
- Displacement and force monitoring
- Force control
- Envelope function
- Combo mode
- Energy and time limits
The HF27 High Frequency Inverter precisely controls and monitors electrical AND mechanical weld parameters. Miniature welds are highly sensitive to small heat profile fluctuations in the resistance welding process. Overheating deforms and destroys parts, while under heating results in a weak, unacceptable bond. To achieve consistent, reliable welds of small to microminiature parts, precisely controlled heating is required. This necessitates superior control of the energy output.
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The type CVW-B balancing machine is a single machine designed for deployment in the manufacturing of torque converter turbine stators. Mass removal can be performed by adding up to three drill units. This machine is ergonomically designed for loading by its operator. Later upgrading to automation by an internal loading system (rotary index table), a robot or a loading gantry only requires minimal modifications of the safety enclosure.
* Features
o Modular base concept
o Mass compensation through horizontal drilling
o Expandable by one (1) to three (3) drilling units
o Siemens PLC standard
o Predefined robot interface
* Applications
o Volume production of torque converter turbine stators manually or integrated into a manufacturing cell
o Unbalance correction in polar or component format.
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Model STR
The Model STR Torque Converter Balancer is a unique machine in our STR product line. It is designed to measure and correct the residual part unbalance in fully assembled torque converters.
Features:
- Independent servo-driven upper and lower spindles.
- Dynamic unbalance measurement via exclusive measure-index-measure method.
- Unbalance correction via automatic strip feed, cutoff and welding of variable length weights onto converter housing.
- Loadable by hand, gantry or robot cell integration.
- CBI-2000 controlled servos and measurement/correction process.
- Standard pneumatic and hydraulic controls.
- Full perimeter guarding.
- Typical production rate of 60 parts/hr or greater.
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SMI series is made up of single and three-phase asynchronous electric motors with integrated frequency converter. Power range is between 0,37 kW and 7.5 kW (frame size from 71 up to 132). Unit is made up of a high-efficiency three-phase asynchronous electric motor and a compact frequency inverter placed at the non drive end. The SMI series motors are TEFC, IP 55 (available IP56), class F (class H available). SMI motors offer a wide range of overload capacity and a high thermal reserve. The frame consists of aluminium alloy. Shields and flanges are aluminium up to axis height 90 and cast iron from 100 up to 132 frame size . The inverter housing is isolated from the motor in order to avoid heat transmission (patented system); inverter dissipator is self-ventilated. The frequency converter electronics is very reliable as it has been developed in cooperation with the main inverter manufacturer companies; control can be V/F type (frequency voltage control) or SLV type (sensorless vector control). SMI motor can be easily programmed using only three buttons. On request, motor can be arranged for main Bus fields (Profibus, Interbus-S, Device, etc.):
SMI motors are projected as built-in inverter motors and not just as simple assembly of a standard motor with an inverter.
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Here at ABM the electric drives, drive mechanism, brakes and control electronics form a perfectly coordinated drive unit.
Just tell us what you want from your drive (speed, torque, speed variability from/to): We make sure that what comes out of the drive shaft is what you need.
the combination of inverter and drive (reduction ratios)
interaction of inverter and motor (configuration of winding, cut-off frequency etc.)
brake configuration (type, drive etc.)
choice of sensor
interconnection between control system and frequency converter
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Type Code: AEHEVS
3-Phase Inverter Duty Induction Motor
Low Voltage, TEFC, NEMA T-Frame, Design B or C
Output 1 ~ 300 HP
Pole (Speed) 2 ~ 6
Voltage below 600V
Frequency (Hz) 50, 60
Frame Size 143 ~ 449
Protection Enclosure IP 54
Design Standard: NEMA MG-1, MG-13
Environment: non-hazardous
Stator Insulation: Class F Insulation
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The Imperial AC Hoist Motor is renowned for providing enduring dependability and is configured for foot mounting with all currently popular machine designs. Additionally, NEMA C or D, Titan I flanges, and special mounts are available. A range of high and low slip single speed designs for the VVVF drive applications are offered, RPM from 1800 to 600.
NOTE: Consult your sales engineer for Class F and TEFC designs.
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180° tilter, the pallet turner
Brief description
To tilt a load through 180°. For instance, to change a pallet under a load. Because the entire load is rotated, i.e. the pallet lies on top and can be changed and then tilted back through 180° to the normal position. For technical specifications: see PDF.
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DP060 Automatic pallet rotater
DESCRIPTION
Machine to rotate pallets automatically
ADVANTAGES
Rotates pallets so that bottles are positionned on the pallet with their neck up side down
Easy to adjust up to 1200 x 1200mm
Complete clamping of the sides of the pallet (bottles cannot fall out)
Rotates up to 40 pallets per hour
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PalletPal Pallet Rotator / Inverter
With the ability to handle pallet loads measuring up to 48" x 48" x 60" high, the Southworth PalletPal Pallet Inverter is a simple, rugged machine designed to invert entire pallet loads. The pressure adjustable clamping mechanism easily secures loads up to 4,400 pounds and rotates them 180 degrees on a massive anti-friction turret bearing. Here are just a few uses:
Replace broken pallets
Switch loads to/from in-house or shipping pallets
Transfer from pallets to slip sheets
Replace damaged goods at the bottom of the load
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*Food manufacturers can eliminate wooden pallets from the processing floor. Timber pallets can be swapped for "clean room" standard in-house plastic or steel pallet .
*In automated storage and retrieval systems where pallets are routinely checked and defective pallet loads must be exchanged.
*Export goods on rental or in-house pallets canbe transferred to another pallet (or slip sheet) suitable for export.
*Pallet loads which need to be straightened and "squared up".
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Lev 600 pallet tilter
Handling for boxes
Capacities :
- Max load = 350 kg up to 1,70 m
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