3
3. SPECIFICATIONS
Napi ę of power
Napi ę of power
Napi ę of power
3x400V AC 50Hz
Maximum power consumption
9.2 kVA
rated current and d / welding cycle
rated current and d / welding cycle
rated current and d / welding cycle
250 A / 60%
Current adjustment range and the welding
Current adjustment range and the welding
Current adjustment range and the welding
A 30-250
The method of regulating pr and the welding
The method of regulating pr and the welding
The method of regulating pr and the welding
Liquid
Napi ę a barren
Napi ę a barren
Napi ę a barren
65 V
Maximum current consumption and du
Maximum current consumption and du
Maximum current consumption and du
14 And
Mass
14 kg
dimensions
450 x 190 x 320 mm
Fig. 1. General view of the device and equipment
Fig. 1. General view of the device and equipment
Fig. 1. General view of the device and equipment
4. CONSTRUCTION AND OPERATION
Fundamentals and the construction of the power conversion welder s and electronics made in IGBT technology enables with Livia and ce work ę in terms of
Fundamentals and the construction of the power conversion welder s and electronics made in IGBT technology enables with Livia and ce work ę in terms of
Fundamentals and the construction of the power conversion welder s and electronics made in IGBT technology enables with Livia and ce work ę in terms of
Fundamentals and the construction of the power conversion welder s and electronics made in IGBT technology enables with Livia and ce work ę in terms of
Fundamentals and the construction of the power conversion welder s and electronics made in IGBT technology enables with Livia and ce work ę in terms of
Fundamentals and the construction of the power conversion welder s and electronics made in IGBT technology enables with Livia and ce work ę in terms of
Fundamentals and the construction of the power conversion welder s and electronics made in IGBT technology enables with Livia and ce work ę in terms of
Fundamentals and the construction of the power conversion welder s and electronics made in IGBT technology enables with Livia and ce work ę in terms of
Fundamentals and the construction of the power conversion welder s and electronics made in IGBT technology enables with Livia and ce work ę in terms of
Fundamentals and the construction of the power conversion welder s and electronics made in IGBT technology enables with Livia and ce work ę in terms of
Fundamentals and the construction of the power conversion welder s and electronics made in IGBT technology enables with Livia and ce work ę in terms of
Part ę frequency ś of 200 kHz.
Part ę frequency ś of 200 kHz.
Part ę frequency ś of 200 kHz.
Part ę frequency ś of 200 kHz.
Part ę frequency ś of 200 kHz.
The principle of operation is based on rectified voltage ę cut single-phase mains and More on voltage ę a constant-voltage conversion obtained ę body
The principle of operation is based on rectified voltage ę cut single-phase mains and More on voltage ę a constant-voltage conversion obtained ę body
The principle of operation is based on rectified voltage ę cut single-phase mains and More on voltage ę a constant-voltage conversion obtained ę body
The principle of operation is based on rectified voltage ę cut single-phase mains and More on voltage ę a constant-voltage conversion obtained ę body
The principle of operation is based on rectified voltage ę cut single-phase mains and More on voltage ę a constant-voltage conversion obtained ę body
The principle of operation is based on rectified voltage ę cut single-phase mains and More on voltage ę a constant-voltage conversion obtained ę body
The principle of operation is based on rectified voltage ę cut single-phase mains and More on voltage ę a constant-voltage conversion obtained ę body
The principle of operation is based on rectified voltage ę cut single-phase mains and More on voltage ę a constant-voltage conversion obtained ę body
The principle of operation is based on rectified voltage ę cut single-phase mains and More on voltage ę a constant-voltage conversion obtained ę body
standing on a rectangular course and passionate big part ę frequency ś Those voltage transformation ę provided within required by the welding process and
standing on a rectangular course and passionate big part ę frequency ś Those voltage transformation ę provided within required by the welding process and
standing on a rectangular course and passionate big part ę frequency ś Those voltage transformation ę provided within required by the welding process and
standing on a rectangular course and passionate big part ę frequency ś Those voltage transformation ę provided within required by the welding process and
standing on a rectangular course and passionate big part ę frequency ś Those voltage transformation ę provided within required by the welding process and
standing on a rectangular course and passionate big part ę frequency ś Those voltage transformation ę provided within required by the welding process and
standing on a rectangular course and passionate big part ę frequency ś Those voltage transformation ę provided within required by the welding process and
standing on a rectangular course and passionate big part ę frequency ś Those voltage transformation ę provided within required by the welding process and
standing on a rectangular course and passionate big part ę frequency ś Those voltage transformation ę provided within required by the welding process and
re-straightening of the resulting voltage ę photo on the voltage ę of a solid.
re-straightening of the resulting voltage ę photo on the voltage ę of a solid.
re-straightening of the resulting voltage ę photo on the voltage ę of a solid.
re-straightening of the resulting voltage ę photo on the voltage ę of a solid.
re-straightening of the resulting voltage ę photo on the voltage ę of a solid.
5. Cape AND CONNECTION TO SUPPLY NETWORK AND MORE
5. Cape AND CONNECTION TO SUPPLY NETWORK AND MORE
5. Cape AND CONNECTION TO SUPPLY NETWORK AND MORE
5. Cape AND CONNECTION TO SUPPLY NETWORK AND MORE
5. Cape AND CONNECTION TO SUPPLY NETWORK AND MORE
5. Cape AND CONNECTION TO SUPPLY NETWORK AND MORE
1.
Rectifier inverter 250C are ARC and adapted to cooperate with the network and Three-phase and
1.
Rectifier inverter 250C are ARC and adapted to cooperate with the network and Three-phase and
1.
Rectifier inverter 250C are ARC and adapted to cooperate with the network and Three-phase and
1.
Rectifier inverter 250C are ARC and adapted to cooperate with the network and Three-phase and
1.
Rectifier inverter 250C are ARC and adapted to cooperate with the network and Three-phase and
1.
Rectifier inverter 250C are ARC and adapted to cooperate with the network and Three-phase and
1.
Rectifier inverter 250C are ARC and adapted to cooperate with the network and Three-phase and
3x400V 50 Hz fused 16A by time-delayed action. Power should be Æ
3x400V 50 Hz fused 16A by time-delayed action. Power should be Æ
stable, with no voltage drops EC.
It is forbidden to supply devices and Equipment aggregates pr and dotwórczych!
stable, with no voltage drops EC.
It is forbidden to supply devices and Equipment aggregates pr and dotwórczych!
stable, with no voltage drops EC.
It is forbidden to supply devices and Equipment aggregates pr and dotwórczych!
stable, with no voltage drops EC.
It is forbidden to supply devices and Equipment aggregates pr and dotwórczych!
stable, with no voltage drops EC.
It is forbidden to supply devices and Equipment aggregates pr and dotwórczych!
stable, with no voltage drops EC.
It is forbidden to supply devices and Equipment aggregates pr and dotwórczych!
stable, with no voltage drops EC.
It is forbidden to supply devices and Equipment aggregates pr and dotwórczych!
2. office and equipped device with one is the power cord and months. before connect and EXCLUDING power should with make sure y Æ
2. office and equipped device with one is the power cord and months. before connect and EXCLUDING power should with make sure y Æ
2. office and equipped device with one is the power cord and months. before connect and EXCLUDING power should with make sure y Æ
2. office and equipped device with one is the power cord and months. before connect and EXCLUDING power should with make sure y Æ
2. office and equipped device with one is the power cord and months. before connect and EXCLUDING power should with make sure y Æ
2. office and equipped device with one is the power cord and months. before connect and EXCLUDING power should with make sure y Æ
2. office and equipped device with one is the power cord and months. before connect and EXCLUDING power should with make sure y Æ
2. office and equipped device with one is the power cord and months. before connect and EXCLUDING power should with make sure y Æ
2. office and equipped device with one is the power cord and months. before connect and EXCLUDING power should with make sure y Æ
2. office and equipped device with one is the power cord and months. before connect and EXCLUDING power should with make sure y Æ
2. office and equipped device with one is the power cord and months. before connect and EXCLUDING power should with make sure y Æ
2. office and equipped device with one is the power cord and months. before connect and EXCLUDING power should with make sure y Æ
si é, or switch and power switch (1) is in the OFF position (OFF and attached).
si é, or switch and power switch (1) is in the OFF position (OFF and attached).
si é, or switch and power switch (1) is in the OFF position (OFF and attached).
si é, or switch and power switch (1) is in the OFF position (OFF and attached).
si é, or switch and power switch (1) is in the OFF position (OFF and attached).
si é, or switch and power switch (1) is in the OFF position (OFF and attached).
si é, or switch and power switch (1) is in the OFF position (OFF and attached).
3. It should with make sure y Æ si E, E power cord and cy has been properly placed in the socket, and ff and pi
3. It should with make sure y Æ si E, E power cord and cy has been properly placed in the socket, and ff and pi
3. It should with make sure y Æ si E, E power cord and cy has been properly placed in the socket, and ff and pi
3. It should with make sure y Æ si E, E power cord and cy has been properly placed in the socket, and ff and pi
3. It should with make sure y Æ si E, E power cord and cy has been properly placed in the socket, and ff and pi
3. It should with make sure y Æ si E, E power cord and cy has been properly placed in the socket, and ff and pi
3. It should with make sure y Æ si E, E power cord and cy has been properly placed in the socket, and ff and pi
3. It should with make sure y Æ si E, E power cord and cy has been properly placed in the socket, and ff and pi
3. It should with make sure y Æ si E, E power cord and cy has been properly placed in the socket, and ff and pi
3. It should with make sure y Æ si E, E power cord and cy has been properly placed in the socket, and ff and pi
3. It should with make sure y Æ si E, E power cord and cy has been properly placed in the socket, and ff and pi
oxidation of the contacts.
Connect 5.1 and supply cables and smokers to plug network
Connect 5.1 and supply cables and smokers to plug network
Connect 5.1 and supply cables and smokers to plug network
Connect 5.1 and supply cables and smokers to plug network
Connect 5.1 and supply cables and smokers to plug network
Line with yellow-green (conductor) should be with s connected and whether Æ the mains plug in the place marked with "PE" b and d with "N".
Line with yellow-green (conductor) should be with s connected and whether Æ the mains plug in the place marked with "PE" b and d with "N".
Line with yellow-green (conductor) should be with s connected and whether Æ the mains plug in the place marked with "PE" b and d with "N".
Line with yellow-green (conductor) should be with s connected and whether Æ the mains plug in the place marked with "PE" b and d with "N".
Line with yellow-green (conductor) should be with s connected and whether Æ the mains plug in the place marked with "PE" b and d with "N".
Line with yellow-green (conductor) should be with s connected and whether Æ the mains plug in the place marked with "PE" b and d with "N".
Line with yellow-green (conductor) should be with s connected and whether Æ the mains plug in the place marked with "PE" b and d with "N".
Line with yellow-green (conductor) should be with s connected and whether Æ the mains plug in the place marked with "PE" b and d with "N".
Line with yellow-green (conductor) should be with s connected and whether Æ the mains plug in the place marked with "PE" b and d with "N".
Line with yellow-green (conductor) should be with s connected and whether Æ the mains plug in the place marked with "PE" b and d with "N".
Line with yellow-green (conductor) should be with s connected and whether Æ the mains plug in the place marked with "PE" b and d with "N".
Line with yellow-green (conductor) should be with s connected and whether Æ the mains plug in the place marked with "PE" b and d with "N".
Line with yellow-green (conductor) should be with s connected and whether Æ the mains plug in the place marked with "PE" b and d with "N".
Wires black, red, blue s and Implement wires and cymi power to the office and lation (phase) and receivables with s connected and whether Æ a mains
Wires black, red, blue s and Implement wires and cymi power to the office and lation (phase) and receivables with s connected and whether Æ a mains
Wires black, red, blue s and Implement wires and cymi power to the office and lation (phase) and receivables with s connected and whether Æ a mains
Wires black, red, blue s and Implement wires and cymi power to the office and lation (phase) and receivables with s connected and whether Æ a mains
Wires black, red, blue s and Implement wires and cymi power to the office and lation (phase) and receivables with s connected and whether Æ a mains
Wires black, red, blue s and Implement wires and cymi power to the office and lation (phase) and receivables with s connected and whether Æ a mains
Wires black, red, blue s and Implement wires and cymi power to the office and lation (phase) and receivables with s connected and whether Æ a mains
Wires black, red, blue s and Implement wires and cymi power to the office and lation (phase) and receivables with s connected and whether Æ a mains
Wires black, red, blue s and Implement wires and cymi power to the office and lation (phase) and receivables with s connected and whether Æ a mains
Wires black, red, blue s and Implement wires and cymi power to the office and lation (phase) and receivables with s connected and whether Æ a mains
Wires black, red, blue s and Implement wires and cymi power to the office and lation (phase) and receivables with s connected and whether Æ a mains
Wires black, red, blue s and Implement wires and cymi power to the office and lation (phase) and receivables with s connected and whether Æ a mains
Wires black, red, blue s and Implement wires and cymi power to the office and lation (phase) and receivables with s connected and whether Æ a mains
plug at the place indicated by symbols L1, L2, L3 b and d with R1, S2, T3. respectively SC Temp and phase conductors connection to plug in a
plug at the place indicated by symbols L1, L2, L3 b and d with R1, S2, T3. respectively SC Temp and phase conductors connection to plug in a
plug at the place indicated by symbols L1, L2, L3 b and d with R1, S2, T3. respectively SC Temp and phase conductors connection to plug in a
plug at the place indicated by symbols L1, L2, L3 b and d with R1, S2, T3. respectively SC Temp and phase conductors connection to plug in a
plug at the place indicated by symbols L1, L2, L3 b and d with R1, S2, T3. respectively SC Temp and phase conductors connection to plug in a
plug at the place indicated by symbols L1, L2, L3 b and d with R1, S2, T3. respectively SC Temp and phase conductors connection to plug in a
plug at the place indicated by symbols L1, L2, L3 b and d with R1, S2, T3. respectively SC Temp and phase conductors connection to plug in a
plug at the place indicated by symbols L1, L2, L3 b and d with R1, S2, T3. respectively SC Temp and phase conductors connection to plug in a
plug at the place indicated by symbols L1, L2, L3 b and d with R1, S2, T3. respectively SC Temp and phase conductors connection to plug in a
designated space is arbitrary and does not cause changes in the office workplace and device.
designated space is arbitrary and does not cause changes in the office workplace and device.
designated space is arbitrary and does not cause changes in the office workplace and device.
