3 – installation, 1. specifications, 2. volt-ampere curves – Miller Electric SYNCROWAVE 250 TM-353E User Manual

Page 10

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TM-353 Page 6

Syncrowave 250

SECTION 3 – INSTALLATION

3-1.

Specifications

Amperes Input at AC Balanced

Rated Load Output,

50/60 Hz, Single-Phase

Rated

Welding Output

PFC**

200 V

230 V

460 V

575 V

KVA

KW

Amp

Range

Max

OCV

IP

Rating

NEMA Class II

(40) – 250

No

PFC

106

(4.6*)

92

(4*)

46

(2*)

37

(1.6*)

21

(0.89*)

11.4

(0.68*)

Amperes, 30 Volts

AC, 40% Duty

Cycle

With
PFC

76

66

33

26

15.2

11.4

5–310 A

80 V

21

*While idling
**Power Factor Correction

Rated

Amperes Input at AC Balanced

Rated Load Output,

50/60 Hz, Single-Phase

Rated

Welding

Output

PFC

**

200

V

220

V

230

V

260

V

380

V

415

V

460

V

520

V

575

V

KVA

KW

Amp

Range

Max

OCV

IP

Rating

NEMA

Class I

(60) – 200

No

PFC

85

(4.6*)

77

(4.2*)

74

(4*)

65

(3.5*)

45

(2.4*)

41

(2.2*)

37

(2*)

33

(1.8*)

30

(1.6*)

17

(0.9*)

8.3

(0.7*)

Amperes,

28 Volts

AC, 60%

Duty Cycle

With
PFC

55

(57*)

64

(51*)

48

(49*)

48

(49*)

37

(30*)

34

(27*)

24

(25*)

48

(49*)

19

(20*)

11

(11*)

8.3

(0.6*)

5–310 A

80 V

21

*While idling
**Power Factor Correction

3-2.

Volt-Ampere Curves

The volt-ampere curves show the
minimum and maximum voltage
and amperage output capabilities of
the welding power source. Curves
of other settings fall between the
curves shown.

ssb1.1 10/91 – SB-116 199 / SB-116 200

A. DC Mode

B. AC Mode

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