beautypg.com

Dca-150ssvu — generator outputs/gauge reading – Multiquip DCA150SSVU User Manual

Page 33

background image

DCA-150SSVU— OPERATION AND PARTS MANUAL (STD)— REV. #1 (06/03/03) — PAGE 33

GFCI Receptacle Load Capability

The load capability of the GFCI receptacles is directly re-
lated to the voltage being supplied at either the UVWO ter-
minals or the 3 twist lock auxilliary receptacles.

Tables 9 and 10 show what amount of current is available at
the GFCI receptacles when the UVWO terminals and twist
lock receptacles are in use. Be careful that your load does
not to exceed the available current capability at the recep-
tacles.

DCA-150SSVU — GENERATOR OUTPUTS/GAUGE READING

How to Read the Output Terminal Gauge.

The gauge and selector switch on the control panel DO NOT
effect the generator output. They are provided to help ob-
serve how much power is being supplied, produced at the
UVWO terminals lugs.

When the Voltage selector switch is in the

3Ø,

240/139V

position (See Figure 16), place the

AC Voltmeter Change-

Over Switch (Figure 17) to the W-U position and the AC
Ammeter Change-Over Switch
(Figure 19) to the U or W
position to read the output on the selected leg.

Figure 16. Voltage Selector Switch 240/139V Three Phase

Position (for 3Ø, 208V, 120V voltage)

Figure 17. AC Voltmeter

Change-Over Switch

Figure 18 AC Voltmeter

Gauge

(Volt reading on W-U Lug)

Use this position for

3Ø, 208V/1Ø,120V

A

0

40

60

75

20

Figure 20. AC Ammeter

(Amp reading on U lug)

Figure 19. AC Ammeter

Change-Over Switch

The

ammeter

and

voltmeter

gauges are only active when the
UVWO terminals are in use.

NOTE

y

t

il

i

b

a

p

a

C

d

a

o

L

e

l

c

a

t

p

e

c

e

R

I

C

F

G

.

9

e

l

b

a

T

e

s

U

n

i

A

V

K

)

s

l

a

n

i

m

r

e

T

O

W

V

U

(

t

n

e

r

r

u

C

d

a

o

L

e

l

b

a

li

a

v

A

)

S

P

M

A

(

V

0

8

4

/

0

4

2

Ø

3

A

M

E

N

x

e

l

p

u

D

I

C

F

G

V

0

2

1

R

0

2

-

5

2

8

0

8

.

7

7

e

l

c

a

t

p

e

c

e

r

r

e

p

s

p

m

a

5

7

.

3

7

e

l

c

a

t

p

e

c

e

r

r

e

p

s

p

m

a

0

1

5

.

9

6

e

l

c

a

t

p

e

c

e

r

r

e

p

s

p

m

a

5

1

4

.

5

6

e

l

c

a

t

p

e

c

e

r

r

e

p

s

p

m

a

0

2

y

ti

li

b

a

p

a

C

d

a

o

L

e

l

c

a

t

p

e

c

e

R

I

C

F

G

.

0

1

e

l

b

a

T

e

s

U

n

i

W

K

)

9

6

3

6

S

C

(

k

c

o

L

-

t

s

i

w

T

t

n

e

r

r

u

C

d

a

o

L

e

l

b

a

li

a

v

A

)

S

P

M

A

(

V

0

2

1

/

0

4

2

Ø

1

A

M

E

N

x

e

l

p

u

D

I

C

F

G

V

0

2

1

R

0

2

-

5

0

6

0

8

.

8

5

e

l

c

a

t

p

e

c

e

r

r

e

p

s

p

m

a

5

6

.

7

5

e

l

c

a

t

p

e

c

e

r

r

e

p

s

p

m

a

0

1

4

.

6

5

e

l

c

a

t

p

e

c

e

r

r

e

p

s

p

m

a

5

1

2

.

5

5

e

l

c

a

t

p

e

c

e

r

r

e

p

s

p

m

a

0

2