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Table of Contents
Related Manuals for Fimer TT165 AC/DC
Summary of Contents for Fimer TT165 AC/DC
- Page 1 Instruction Manual TT165 AC/DC - TT205 AC/DC TT165 AC/DC - TT205 AC/DC...
- Page 2 Istruzioni Originali Original instructions Übersetzung der Originalbetriebsanleitung Notice originale Manual original...
- Page 5 TT165 AC/DC - TT205 AC/DC...
- Page 6 TT 165 AC/DC ¡ Fimer SpA Via Brigatti, 59 20050 Ronco Briantino TT 165 AC/DC Model : Serial Number : 090775305 EN.60974-1 EN.60974-10 da 5A / 10,2V a 165A / 16,6V 100% 165A 165A 140A =85V 16,6V 16,6V 15,6V da 5A / 10,2V a 165A / 16,6V...
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Page 7: Technical Specification
ALTRI DATI TECNICI ALTRI DATI TECNICI SPECIFICHE TECNICHE SPECIFICHE TECNICHE PESO: 13.8 Kg. DIMENSIONI: 270x600x450 CARATTERISTICA STATICA: cadente DISPOSITIVO DI PROTEZIONE DI RETE: Fusibili 20A Ritardati Int. Bipolari: 20A Curva K o C TENSIONE DI INGRESSO: 230V +/- 30% PROTEZIONE TERMICA: termostato tipo “thermic SO1”... - Page 8 TT 205 AC/DC ¢ £ Fimer SpA Via Brigatti, 59 20050 Ronco Briantino TT 205 AC/DC Model : Serial Number : 090775305 EN.60974-1 EN.60974-10 da 5A / 10,2V a 200A / 18V 100% 200A 175A 145A =85V 15,8V da 5A / 10,2V a 200A / 18V...
- Page 9 ALTRI DATI TECNICI SPECIFICHE TECNICHE ALTRI DATI TECNICI SPECIFICHE TECNICHE PESO: 16 Kg. DIMENSIONI: 270x600x450 CARATTERISTICA STATICA: cadente DISPOSITIVO DI PROTEZIONE DI RETE: Fusibili 20A Ritardati Int. Bipolari: 20A Curva K o C TENSIONE DI INGRESSO: 230V +/- 30% PROTEZIONE TERMICA: termostato tipo “thermic SO1”...
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Page 11: Table Of Contents
U S E A N D M A I N T E N A N C E M A N U A L Fimer S.p.a. thanks you for selecting this unit, it will prove to be a useful, problem-free tool for many years to come if the instructions contained in this manual are followed scru- pulously. -
Page 13: Safety Warnings
Fimer SpA declines all responsibility for injury or dama- Fumes, toxic gases and vapours can be harmful ! Read, ge caused by inexperienced, improper or neglectful use understand and observe all safety warnings to avoid harm of its equipment. -
Page 14: Pag
Welding operations require high temperatures therefore Fimer S.p.A. is carried out. Furthermore, Fimer S.p.A. will accept no responsibility for any malfunction or damage resulting as a consequen- the risk of fire is great. -
Page 15: Electric Shock
Shorten the power supply cables. Never lubricate any part of the regulator. Place EMC filters between the Welder and the power source. (Con- tact Fimer Technical Dept. in this respect ) PRESSURE REGULATOR 4 All regulators are designed for a specific type of gas. -
Page 16: General Information
1. GENERAL INFORMATION Models TT165 AC/DC and TT205 AC/DC are portable, single-phase Welders based on INVERTER technology. They are extremely compact, versatile units and can be used in all circumstances where a compact design needs to be flanked by high performance. They can be used for TIG (AC or DC) or MMA welding. - Page 17 5. Setting Indicator: Slope-Up Indicator: - Should the letters ‘E.Ln’ appear on the Lit when the Slope-Up time, increasing display and the LED 11 lights up, it means from the Initial Current (Is) value to I2. the power supply is below the standard 6.
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Page 18: Connection To Power Supply
If a welding pedal (optional accessory) is according to the final cable length. The used, a suitable current level command is TT165 AC/DC and TT205 AC/DC models... -
Page 19: Output Connections
4.2 TIG WELDING CONNECTIONS require a three-wire cable (2 phases and 1) Connect the earth cable to the special earth) with a minimum cross section area equal to 2.5 mm². socket on the front panel of the unit (Fig. 1 –... -
Page 20: Welding Methods
5. Open the gas cylinder 6.1.2 MMA WELDING FEATURES valve (1). Press the torch button and check While welding the following features come that gas is flowing through correctly. into effect: WARNING: Arc Force: Whenever the arc tends to Cylinders contain high pressure gas. -
Page 21: Dc Welding
3. Connect the earth clamp to the Before welding the following settings must workpiece. be programmed: 4. Place the electrode in the clamp. 1) Arc generation mode (Lift or HF) 5. During the entire welding process 2) Welding mode (2T, 4T or 4T Bi-Level) 3) Welding procedure (Normal or Pulsed) maintain a 3-4mm distance from the welding pool that has been created. - Page 22 Led 18 ON: 2T welding (HF once. Pressing again terminate Arc generation) process. The torch will continue welding until the The microprocessor controls the increasing torch button is released. and decreasing current time and the gas The microprocessor will regulate the flow in order to ensure optimum results.
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Page 23: Welding Process Selection (Normal Or Pulsed)
4T Bi-Level Mode. The length of time the welding current To select this mode press button 20 (Fig.1) remains al l2 value versus the duration of repeatedly until one the following occurs, as the complete duty cycle can also be appropriate (please also refer to previous adjusted. -
Page 24: Welding Parameter Setting
welding pool that has been Range di Default DESCRIPTION Reference LED Name Setting variazione Para. created. Pre-Gas Phase 6.2.3 0 - 20s 0.5s 9. To stop welding, release the torch button (Gas flow before welding) (or press it again if in 4T mode) and Initial Current 6.2.3 From 5A... -
Page 25: Ac- Tig Welding
6.3 AC - TIG Welding (LED 22, 23 and 32 Lift generation minimises electromagnetic disturbance and weld Fig.1 ON) Select this mode pressing pool pollution. button 24 repeatedly until LED 32 To select Lift mode, press button 20 (Fig. 1) (normal TIG welding) or LED 33 (pulsed repeatedly until one of the following occurs, TIG welding) of Figure 1 lights up. - Page 26 microprocessor will The microprocessor controls the increasing regulate the increases and and decreasing current time and the gas decreases in current and gas flow in order flow in order to ensure optimum results. to ensure optimum results. Gas flows immediately when the torch Gas flows immediately when the torch button is pressed.
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Page 27: Welding Process Selection (Normal Or Pulsed)
6.3.5 TIG Welding While welding the current can be decreased from l2 to lf by lightly pressing the torch Follow these instructions in TIG Lift-Arc button (for less than 0.7 seconds). mode: To restore the pre-set current value, press 1. Set the welding current turning knob 25, the button again lightly. -
Page 28: Welding Parameter Setting
Descr. Range di Valore TIG welding with HF Arc LED Nome DESCRIZIONE variazione Paragrafo default generation is very similar to Lift-Arc 6.2.3 0 - 20s 0.5s Tempo di Pre-Gas (Tempo in cui viene welding. The only difference is, the fatto fluire il gas prima di iniziare la saldatura) electrode does not need to make contact... -
Page 29: Remote Connections
The most common problems and their The resistance value is of secondary solutions are listed below: importance: 2.2kOhm anc 10kOhm SOLUZIONE DIFETTO CAUSA 1/2W components are acceptable. Fimer supply accessory Stringere la Cattivo contatto Arco spento required. pinza e controllare... - Page 30 NOTE ..........................................................................................................................................................................................
- Page 31 Per RAEE s’intendono i rifiuti di Apparecchiature Elettriche ed Elettroniche (AEE) incluse di tutti i componenti,i sottoinsiemi ed i materiali di consumo che sono parte integrante del prodotto nel momento in cui si assume la decisione di disfarsene. La Legislazione prevede la suddivisione in 2 categorie principali chiamate RAEE PROFESSIONALI o RAEE DOMESTICI. Per RAEE PROFESSIONALI s’intendono tutti i rifiuti di apparecchiature elettriche ed elettroniche destinate ad uso pret- tamente industriale.