Technical Description; Description; Data Plate; Duty Cycle And Overheating - Oerlikon CITOLINE 2500M Instrucciones De Seguridad, Empleo Y Mantenimiento

EN
1.0

TECHNICAL DESCRIPTION

1.1

DESCRIPTION

This equipment is a modern power source for MIG/MAG welding.
1.2

DATA PLATE

250A MS
PRIMARY
Single phase supply
Frequency
Effective consuption
Maximum consuption
SECONDARY
Open circuit voltage
Welding current
Duty cycle 30%
Duty cycle 60%
Duty cycle 100%
Protection class
Insulation class
Weight
Dimensions
European Standards
250A M
PRIMARY
Single phase supply
Frequency
Effective consuption
Maximum consuption
SECONDARY
Open circuit voltage
Welding current
Duty cycle 30%
Duty cycle 60%
Duty cycle 100%
Protection class
Insulation class
Weight
Dimensions
European Standards
TECHNICAL DESCRIPTION
230 V (+/- 10%)
50 Hz
29,6 A
54 A
20 ÷ 53 V
32 A ÷ 250 A
250 A
180 A
140 A
IP 23
H
Kg. 86
mm 500 x 870 x 950
EN 60974.1 / EN 60974.10
230 V (+/- 10%)
50 Hz
29,6 A
54 A
20 ÷ 53 V
32 A ÷ 250 A
250 A
180 A
140 A
IP 23
H
Kg. 86
mm 500 x 870 x 950
EN 60974.1 / EN 60974.10
300A MS
Single phase supply
Frequency
Effective consuption
Maximum consuption
Open circuit voltage
Welding current
Duty cycle 30%
Duty cycle 60%
Duty cycle 100%
Protection class
Insulation class
Weight
Dimensions
European Standards
300A M
Single phase supply
Frequency
Effective consuption
Maximum consuption
Open circuit voltage
Welding current
Duty cycle 30%
Duty cycle 60%
Duty cycle 100%
Protection class
Insulation class
Weight
Dimensions
European Standards
1.3

DUTY CYCLE AND OVERHEATING

The duty cycle is the percentage of a 10 minute period for which
the welder can continue to weld without overheating. If the ma-
chine overheats, the welding current is shut off and the relative in-
dicator lamp illuminates. In this case, leave the machine to cool for
approx. 15 minutes and, before restarting, lower the welding cur-
rent value and relative voltage or reduce the work time.
Example: 250 A - 30% means working for 3 minutes at 250 A with
7 minutes rest time.
1.4

VOLT - AMPERE CURVES

The volt-ampere curves show the welder's maximum output cur-
rents and voltage.
See page VI.
3 EN
PRIMARY
230 V (+/- 10%)
50 Hz
37 A
67 A
SECONDARY
20 ÷ 55 V
28 A ÷ 300 A
300 A
215 A
165 A
IP 23
H
Kg. 86
mm 500 x 870 x 950
EN 60974.1 / EN 60974.10
PRIMARY
230 V (+/- 10%)
50 Hz
37 A
67 A
SECONDARY
20 ÷ 55 V
28 A ÷ 300 A
300 A
215 A
165 A
IP 23
H
Kg. 86
mm 500 x 870 x 950
EN 60974.1 / EN 60974.10