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The YD-350GB2 CO2/MAG industrial inverter brazing power source and the YW-35DD1YAD wire feeder with intelligent control box have been developed on Panasonic digital technology. It is 100% digital controlled and offers high quality welding and easy access to the IT world.
100% full digital control
Exact output parameters
Excellent welding results especially between 200A to 250A
Sharp FTT - quick and smooth arc start
Duty cycle: 350A / 60%
Dimensions: 510 x 380 x 494 mm (L x W x H), weight: 38 kg
Digital interface with Panasonic industrial robots
400 V AC, 3 phases, 50 Hz
Wire feeder with intelligent control box YD-35DE1YAD
Parameter setting through the intelligent control box
Digital display for both programmed parameter and actual welding parameter
Easy and logical parameter setting by LCD and jog dial
Motor equipped with professional encoder provides digital feed back control of wire feeding
Quality control
memory for 32 program
Monitoring function for welding current, welding voltage, wire feeding speed etc.
Easy transfer of programs to other 350 GB2 power sources
Customer benefits
Less spatter, constant, high quality welding lowers production costs
Reliable quality for low maintenance and service cost
Easy parameter setting by jog dial
Mobile compact size |
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The YD-350GE2 MIG/MAG industrial inverter pulse brazing power source and the wire feeder YW-35DEB1YAD with intelligent professional remote control unit is based upon the latest generation of Panasonic digital technology. It has 100% digital controlled ensuring high quality welding and easy access to the IT world via PC based interface. It supports following welding methods: COฒ/MAG, Pulse-MAG, MIG and Pulse-MIG.
Welding Power Source YD-350GE2YHD 100% full digital control
Exact output parameters
Suitable for aluminium, mild steel, stainless steel welding
Quick and instantaneous arc starts
High speed welding with less spatter with 32 bit technology
Quick response to changes in arc length
Duty cycle: 350A / 60%
Sharp FTT - quick and smooth arc start
Dimensions: 510 x 380 x 570 mm (L x W x H), weight: 66 kg
Digital interface with Panasonic professional robots
400 V AC, 3 phases, 50 Hz
Wire feeder with intelligent control box
Parameter setting through the intelligent control box
Digital display for both programmed parameter and actual welding parameter
Easy and logical parameter setting by LCD and jog dial
Motor equipped with professional encoder provides digital feed back control of wire feeding
4-drive wire feeder for aluminium, 2-drive wire feeder for mild steel and stainless steel available.
Quality control
Memory for 32 programs
Monitoring function for welding current, welding voltage, wire consumption etc.
Customer Benefits
High speed, high quality, less spatter welding
Easy parameter setting by jog dial
Exact output parameters for easy parameter adjustment |
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| The original "clean" agent, carbon dioxide suppresses fire without leaving behind an agent to damage sensitive equipment. And because there is no agent to clean up, you're back in business faster. To provide the most economical system arrangement without sacrificing performance, we offer both High and Low pressure systems including the exclusive ANSULฎ "Mini-Bulk" professional tank technology. |
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Over the last 30 years, Toromont has emerged as the
undisputed international leader in the design,
engineering and fabrication of modular PROFESSIONAL CO2 plants.
We offer commercially viable solutions for a variety
of CO2 applications, from low pressure gathering to
water dehydration to high pressure (200 to 400 bar)
disposal, based on our modular approach to process
problems and our detailed understanding of the construction
of CO2 plants. |
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Hydrocarbon plants
GRASYS hydrocarbon separation plants are produced with the use of the company brand-new proprietary membrane capable of delivering substantial benefits in comparison with other gas separation technologies.
Due to their cost-effectiveness combined with required longevity GRASYS membranes may be efficiently used in industrial applications where operating conditions excludes the adoption of other polymer membrane types. Besides, this membrane gas separation technology has a modular structure allowing expansion or modification of operated systems and prompt response to any changes in feed composition during the entire life cycle of a given source (e.g. increasing CO2 concentration or changing hydrocarbon flow composition in a natural gas field) and all this without unnecessary additional costs. The description below features some of the primary applications of GRASYS gas separation systems
Natural gas sweetening
Today, membranes are used for natural gas sweetening by means of acid gases, CO2 and H2S removal and ensuring its compliance with pipeline requirements as well as for carbon dioxide removal from methane and its subsequent injection in formation in the process of tertiary oil recovery. Frequently, natural gas streams contain aggressive or highly condensable components decreasing membrane capacity. For removal of these components or maintenance/control of their concentration within the membrane capacity critical limits expensive preliminary treatment is required. This restricts the conventional membranes area of application by natural gas processing and increases their functional complexity and operating costs. The new technology makes it possible to develop contamination-resistant and cost-effective membrane systems, highly efficient by gas separation.
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Centralized monitoring and traceability of the temperatures
New LABGUARD 2 version 3.7 with alarms in real time and function back up!
AES CHEMUNEX presents version 3.7 of system LABGUARD 2. Already adopted by many laboratories in France and abroad, LABGUARD 2 is an acquisition machine and of monitoring of the temperatures (and other parameters like: relative humidity, differential pressure, CO2, O2, contacts dry...). The transmission of the data in real time by radio of the emitters towards the receiver and the computer avoids any wiring and allows a very simple and fast installation as well as a very great flexibility.
The software, conforms CFR21 leaves 11, presents a total traceability: the data base is made safe and the software delivered with file of validation (service IQ, OQ available). The new version of the software integrates the function "back up": the data are recorded in each module and can thus be recovered in the event of stop or of computer breakdown. The data security is maximum. The emitters can be supplied with industrial battery cell and/or sector.
The software is conceived in a modular way, various optional modules make it possible to meet the needs for each user (mapping, reference of alarms, localization of the apparatuses at fault, remote consultation, interfacing software quality...)
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