Technical Description; Description; Technical Specifications; Duty Cycle And Overheating - Air Liquide CEMONT PUMA S 1400 Instrucciones De Seguridad, Empleo Y Mantenimiento

EN
1.0

TECHNICAL DESCRIPTION

1.1

DESCRIPTION

The system consists of a modern direct current generator for the
welding of metals, developed via application of the inverter. This
special technology allows for the construction of compact light
weight generators with high performance. l'ts adjust ability, ef-
feciency and energy consumption make it an excellent work tool
suitable for coated electrode and GTAW (TIG) welding.
1.2

TECHNICAL SPECIFICATIONS

DATA PLATE 130 A
PRIMARY
Single phase supply
Frequency
Effective consuption
Maximum consuption
SECONDARY
Open circuit voltage
Welding current
Duty cycle 35%
Duty cycle 60%
Duty cycle 100%
Protection class
Insulation class
Weight
Dimensions
European Standards
DATA PLATE 150 A
PRIMARY
Single phase supply
Frequency
Effective consuption
Maximum consuption
SECONDARY
Open circuit voltage
Welding current
Duty cycle 25%
Duty cycle 60%
Duty cycle100%
Protection class
Insulation class
Weight
Dimensions
European Standards
TECHNICAL DESCRIPTION
DATA PLATE VERSION 150 A FOR GENERATOR
230 V
50 Hz / 60 Hz
16A
27A
85V
5A ÷ 150A
150A
120A
1.3
100A
Duty cycle is the percentage of 10 minutes at 40°C ambient tem-
perature that the unit can weld at its rated output without overheat-
ing. If the unit overheats, the output stops and the over
IP 23
temperature light comes On. To correct the situation, wait fifteen
H
minutes for unit to cool. Reduce amperage, voltage or duty cycle
before starting to weld again (See page IV - VI).
Kg. 10
1.4
mm 190 x 300 x 400
EN 60974.1 / EN
Volt-ampere curves show the maximum voltage and amperage
60974.10
output capabilities of the welding power source. Curves of other
settings fall under curves shown (See page IV - VI).
2.0
IMPORTANT: BEFORE CONNECTING, PREPARING OR US-
230 V
ING EQUIPMENT, READ SAFETY PRECAUTIONS.
50 Hz / 60 Hz
2.1
16 A
31 A
Serious damage to the equipment may result if the power source
is switched off during welding operations.
Check that the power socket is equipped with the fuse indicated in
85 V
the features label on the power source. All power source models
5 A ÷ 150 A
are designed to compensate power supply variations. For varia-
150 A
tions of ±10%, a welding current variation of ±0.2% is created.
120 A
100 A
IP 23
H
Kg 7
145 x 230 x 365
EN 60974.1 / EN
60974.10
150 A VERSION FOR GENERATOR
The welder is designed to be worked from a generator.
Before connecting the welder to the generator it is important to es-
tablish that the generator has the following technical requirement:
3 EN
PRIMARY
Single phase supply
Frequency
Effective consuption
Maximum consuption
SECONDARY
Open circuit voltage
Welding current
Duty cycle 35%
Duty cycle 60%
Duty cycle100%
Protection class
Insulation class
Weight
Dimensions
European Standards

DUTY CYCLE AND OVERHEATING

VOLT - AMPERE CURVES

INSTALLATION

CONNECTING THE POWER SOURCE TO THE MAINS
ELECTRICITY SUPPLY.
BEFORE INSERTING THE MAINS
PLUG, IN ORDER TO AVOID THE FAIL
OF POWER SOURCE, CHECK IF THE
MAINS CORRESPONDS TO THE
WISHED MAIN SUPPLY.
ON - OFF SWITCH: This switch has two positions: I
and 0.
230 V
50 Hz / 60 Hz
19 A
31 A
85 V
5 A ÷ 150 A
150 A
120 A
100 A
IP 23
H
Kg 7
145 x 230 x 365
EN 60974.1 / EN
60974.10