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Summary of Contents for Tru-Weld TWP-1
- Page 1 OPERATION MANUAL TWE Pin Welder Model TWP-1 TRU‐WELD EQUIPMENT COMPANY 6400 N. HONEYTOWN ROAD SMITHVILLE, OHIO 44677 (330) 669‐2773 ...
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Page 2: Table Of Contents
CONTENTS Section Description Pages 1 Product Features 3 2 Specifications 4 3 External Features 5‐6 4 Safety 7‐9 5 Setup and Welding 10‐14 6 Testing Weld Settings 15 7 Inspecting The Weld 16 8 TWP‐1 Views 17 ... -
Page 3: Product Features
PRODUCT FEATURES Model: TWP‐1 The TWP‐1 incorporates the latest solid state technology into a compact and rugged, portable CD Pin Welder. This system has the capacity to weld pins (including cupped head pins) up to 10‐gauge and CD Studs up to #10. FEATURES • Digital DC voltage readout (allows for more accurate and repeatable weld settings). • Cooling fan for increased efficiency. • Dial‐down DC voltage setting (no need to turn off the unit when reset‐ ting to a lower voltage). • Only 15 amp circuit requirement (unit fused @ 15 amps). • power output @ lower DC voltage requirements. • Terminal connections on the capacitor are over 5/8” in diameter for a good seat of the terminal buss bars to increase reliability. • The terminal connections on the capacitor have 1/4‐28 socket set screws inserted into each one. The socket set screw is used to make the connec‐ tion to the buss bar. This eliminates damaging the threads in the alumi‐ num connectors of the capacitor, ensuring a solid connection. • Rigid internal construction connecting the entire internal unit to the front and rear panels minimizes the opportunity of the components coming loose during handling or operations. • The TWE‐Pin Welder is mounted in a rugged outer case for greater dura‐ bility, texture, and appearance. • The TWE‐Pin Welder weighs in at about 11 pounds for ease of carrying. ... -
Page 4: Specifications
PRODUCT SPECS SPECS TWE‐PIN WELDER 10 5/8” x 9 11/16” x 6 7/8” SIZE 270 mm x 246 mm x 174 mm WEIGHT 10.6 lbs. Weld Pins ‐ Up to 10 gauge WELD RANGE CD Studs ‐ Up to #10 DUTY CYCLE 16‐20 pins per minute 110 VAC @ 50/60Hz 15 Amp circuit or 220 PRIMARY POWER VAC @50/60Hz 7.5 Amp circuit CHARGE VOLTAGE 35‐110 VDC Operational and Safety Features • LED Voltage Meter • Safety Shutdown • Cooling Fan • Front‐Panel Informational LED’s • Dial‐Down weld voltage control ... -
Page 5: External Features
EXTERNAL FEATURES FRONT PANEL LED Display Voltage Selector Weld‐Ready Indicator TOP OPEN VIEW Capacitor ... - Page 6 EXTERNAL FEATURES SIDE VIEWS Stud Gun Control Cable Con‐ nection Stud Gun Weld Cable Con‐ nection Ground Cable Connection ON/OFF Switch Cooling Fan 15amp Circuit Breaker ...
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Page 7: Safety
SAFETY PROTECT YOURSELF AND OTHERS! Read the safety notices before using welder. ELECTRICAL No portion of the outer cover of the welding controller should be removed by any‐ one other than qualified personnel. Always disconnect the unit from the main power prior to removing cover. • This equipment contains a transformer power supply system, which is energized by AC current and transforms the AC to DC current. Due to potential dangerous electrical input and output the equipment must be disconnected from all incom‐ ing power when servicing. • Capacitors store electrical energy. Check for residual charge before performing any maintenance. • Do not use fluids to clean electrical components as these may penetrate the elec‐ trical system and cause shorts. Connection of the unit into service must be in accordance with the setup procedures as detailed in this manual. Operation of this equipment must be in accordance with all local, regional, and national safety codes. ... - Page 8 SAFETY FIRE During welding, small particles of hot metal can be expelled. Ensure that no combus‐ tible materials are near the welding area. FIRE HAZARD FROM SPARKS PERSONAL SAFETY Arc rays can burn your eyes and skin. Wear protective clothing and eye protection when welding. Loud noises from welding can damage hearing. Wear earplugs or other protective gear, if applicable. Fumes and gases expelled during welding can be hazardous to your health. Make sure welding is done in a well‐ventilated area. Hot metal splatter can cause fires and burns. Wear protective clothing, free of com‐ bustible materials. Have a fire extinguisher nearby and know how to use it. MAINTENANCE All cables must be inspected regularly to ensure that no danger exists from worn or damaged insulation or unsafe electrical connections. Take special note to the cables near the stud gun ‐ this is where maximum wear occurs. Worn cables not only produce inconsistent welds, but can overheat or spark. ...
- Page 9 SAFETY TRAINING Use of this equipment must be limited to authorized personnel only. They must be adequately trained, and have read and understood everything in this manual. The manual must be available to operators at all times. AUTHORIZED PERSONNEL ONLY INSTALLATION Select a site for the equipment which is capable of supporting the weight of the equipment, which is clear from traffic routes where people may trip over cables, or they may be damaged by other equipment or vehicles. Do not hang connecting cables over sharp edges or have near heat sources. DISPOSAL The equipment, in its entirety or as components/parts may be disposed of as general industrial waste or scrap. None of the components used in the manufacturing of the CD Welders are toxic, carcinogenic, or otherwise harmful to your health. ...
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Page 10: Set-Up And Welding
SET-UP AND WELDING CONNECTING THE WELDING LEADS Connect the stud gun weld cable into the gun terminal socket on the side of the welding unit. ***NOTE ‐ the cable end plug has a flat which aligns with a dot on the panel mount socket. Secure the connector into the panel mount socket, and then turn it clockwise until it locks into proper position. Failure to do so could result in damage to the con‐ nector. Stud Gun Weld Cable Connection Ground Cable Connection Stud Gun Control Cable Connection Connect the weld gun control cable into the center panel 2‐pin socket. ***NOTE ‐ the plug has a large pin and a small pin that match the socket on the unit. This is to prevent incorrect connections. Push the plug firmly into the socket and twist clockwise to secure the plug into the correct position. Connect the Ground Cable into the ground terminal socket on the side of the unit. ... - Page 11 SET-UP AND WELDING CONNECTING THE GROUND CLAMP Attach the clamp of the welding ground lead to the work piece. Prior to securing the clamp, make certain that the contact area is free of rust, paint, grease, or any other impurities to ensure a good ground connection. ...
- Page 12 SET-UP AND WELDING SELECTING THE PROPER STUD COLLET (STUD HOLDER) The collet is selected to the proper diameter that you are welding. There are three styles of collets; • The “B” collet which is a two‐piece assembly (collet and insert). The insert deter‐ mines how much of the stud is engaged in the collet. • The CI (Collet Insert) which is a single part and the amount of the stud that is en‐ gaged is predetermined. • Standard Adjustable Chucks have an adjustable internal screw to manually adjust for the engagement of the stud. The choice between these systems is usually a matter of personal preference. Inserting the selected collet into the stud gun is a simple task. Place the collet into the front holder of the stud gun and set the locking screws to hold it in place. After inserting the collet, mount the two legs and foot piece onto the stud gun. The collet should be centered through the opening of the foot piece. Foot Piece Collet Leg Piece When the legs and foot piece are in place, insert the stud to be welded into the col‐ let. Adjust the leg and foot piece by sliding it into position until approximately 1/8” of the stud protrudes from beyond the foot piece. Lock legs in place with the set screws. ...
- Page 13 SET-UP AND WELDING SELECTING THE SPRING LOAD The proper spring pre‐load setting on the stud gun will vary depending on the se‐ lected application. Generals rules of application would be; mild steel or stainless steel usually in the 1 to 2 range, depending on the stud diameter and the thickness of the base material. Aluminum and other nonferrous metals would require settings from 3 to 5 depending on the diameter of the stud and base material thickness. Adjustment Screw Tension Indicator This spring pre‐load adjustment is made by turning the screw insert in the back of the stud gun with a screwdriver. On the bottom of the back cap of the stud gun is the indicator numbered 1 thru 5, which will show you the tension setting during the ad‐ justment.
- Page 14 SET-UP AND WELDING READY FOR WELDING When you have completed all of the previous steps to prepare for welding, including connecting the stud gun and ground cables to the unit, attaching the ground cable(s) to the work area, setting up and adjusting the stud gun for the selected stud diame‐ ter and material, you can now power on the welder. ON/OFF SWITCH 15amp Circuit Breaker The controller ON/OFF switch is located on the rear of the unit in the upper right hand corner. Below this switch is the 15amp circuit breaker for the system. VOLTAGE SELECTION • Selecting the required weld voltage is achieved by turning the selector knob. The voltage range is from 35VDC to 130VDC. • The voltage is determined by the diameter of the stud and the base material. The unit is labeled with recommended voltage settings for various applications. • Fine tuning the voltage to meet your requirement for your specific application is recommended. LED Display Voltage Selector ...
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Page 15: Testing Weld Settings
TESTING WELD SETTINGS TESTING YOUR SETTINGS When you have performed all of the presets as discussed in this manual, it is recom‐ mended that you perform several test welds with the same diameter stud and base material that you will be using. This will verify that all of the settings are correct to the results you desire. Welding is done by placing the stud into the collet, and press‐ ing the stud gun to the work piece, compressing the spring. This is why the stud must protrude beyond the foot piece at least 1/8”. Holding the gun perpendicular to the work piece, and aligning the stud to the desired position on the work piece, press down so that the foot piece is flush with the work piece (spring compressed), and depress the trigger. When removing the stud gun from the welded stud, always lift the stud gun vertically from the welded stud in order to maintain the proper tension of the collet. Spreading the collet when lifting the stud gun from the welded stud will shorten the life of the collet and will eventually create an undesirable weld. ... -
Page 16: Inspecting The Weld
SET-UP AND WELDING INSPECTING THE WELD Visually inspect the weld. A good weld will result in an all‐around weld, with a small visible amount of weld surrounding the flange of the stud. Too much splatter and the weld is too hot, lower the voltage. No splatter and the weld is too cold, increase the voltage. If you get weld flash to one side of the stud as opposed to an even amount around the base of the flange, this is called “arc blow”, and can be solved by repositioning the ground clamp or using a dual ground clamp. Proper welded studs can be tested by either torquing or bending the stud. The welded flange of the stud should stay in place using either method, even though the threaded portion of the stud breaks. If the base material is very thin, then a full slug, the diameter of the flange will pull from the base metal for a properly welded stud. ... -
Page 17: Twp-1 Views
TWP-1 VIEWS ...
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