SSVA-270 Welding inverter
SSVA-270 Welding inverter
MMA
SSVA-270 — a multifunctional current source inverter — can be:
- a direct current (DC) source with adjustable current-voltage characteristic (CVC) slope for manual metal arc welding (MMA) with coated electrodes of 1.6―6.0 mm with any type of coating and an output current up to 270 A;
- a DC source as a piece of equipment for gas-shielded arc welding with mechanized feeding of welding wire of 0.6―1.2 mm (MIG/MAG);
- a DC source as a piece of equipment for tungsten inert gas arc welding with contacting arc ignition (TIG) (also possible to install an oscillator unit for non-contact ignition);
- 12 V car battery charger/starter.
PRICE:
from 15200 UAH
/ from 15390 UAH including VAT
SPECIFICATIONS
HIGHLIGHTS
PACKAGE CONTENTS
AVAILABLE VARIANTS
SPECIFICATIONS
Wire diameter, MIG/MAG mode, mm0.6―1.2when used in conjunction with SSVA wire feeder
Item | Value | Note |
---|---|---|
Nominal voltage, V | 220 | |
Operating voltage range, V | 165―275 | Or a equivalent resistance of a electric grid is not more than 4 Ω |
Output amperage adjustable range, A | 5―270 | Electric grid 220 V 70 A |
Operating ambient temperature range, °C | -30…+45 | There are no fundamental limitations for operation at lower temperatures |
Consumed power (household electric grid 220 В, 16 А), kW, not over | 2.7 (12 A) | At output direct current to 110 A |
Consumed power (industrial electric grid 220 В, 25 А), kW, not over | 5.5 (25 A) | At output direct current to 160 A |
Consumed power (industrial electric grid 220 В, 70 А), kW, not over | 16.0 (65 A) | At output direct current to 270 A |
No-load power, W, not over | 40 | |
Maximum short-circuit current, A | ~ 350 | |
Rated duty cycle, %, not less | up to 160 А ― 100, 240 А ― 60, 270 А ― 45 |
|
Overall efficiency, %, not less | 88 | |
Power factor (cos φ) | 0.67 | |
Electrode diameter, mm | 1.6―6.0 | With any electrode coating |
Wire diameter, MIG/MAG mode, mm | 0.6―1.2 | When used in conjunction with SSVA wire feeder |
Output voltage adjustable range, MIG/MAG mode, V | 10.0―29.0 | |
Insulation resistance at voltage of 2.5 kV, MΩ, not less | 50 | Standard ― 300 |
Dimensions (Length × Width × Height), mm | 510 × 175 × 240 | |
Weight, kg, not over | 12 | Without welding cables |
Note:
-
- To operate at maximum power, a 220 V electrical grid must provide the ability to operate with a current consumption of up to 70 A
HIGHLIGHTS
The use of inverter technologies with microprocessor control of arc parameters provides following advantages:
- high power with small dimensions and weight;
- exceptional energy-saving parameters;
- stable welding parameters to any values of a welding current;
- stable arc, independent of voltage fluctuations in electrical grid (165―275 V);
- at MIG/MAG mode, comfortable welding in wide range of welded metal thicknesses;
- welding of aluminum with a wire of 1.0―1.2 mm at MIG/MAG mode in inert gas atmosphere (argon);
- input voltage control system helps protect a machine when connected to a 380 V electrical grid;
- "Hot-start", "Arc-Force", "Anti-stick" modes facilitate work in hard-to-reach locations, allow welding even for beginners;
- intelligent cooling control system provides a maximum duty cycle factor;
- a internal scheme provides a limiter of no-load voltage, that allows safe welding operations in wells, inside tanks, in damp areas;
- high workability, reliability and maintainability;
- possibility of expanding functionality, improving consumer properties by updating a firmware (a software of a microcontroller).
PACKAGE CONTENTS
- SSVA-270 current source inverter — 1 pce
- 3 m welding cable (КГ) 1 × 25 with MK 400 ABICOR BINZEL ground clamp — 1 set
- 3 m welding cable (КГ) 1 × 25 with DE 2300 ABICOR BINZEL electrode holder — 1 set
- Operation manual — 1 pce
AVAILABLE VARIANTS
Name | Price of good (cost of service) for non-payers of VAT, UAH |
---|---|
Modification of a new welding machine for 380 V | 1200 / 1200 (including VAT) |
Connector mounting for SSVA-PU/PU-3 | 200 / 240 (including VAT) |
We reserve the right to change technical specifications in order to improve reliability, improve consumer properties and add new functionality.