Ef performance with electric and air motors – Finish Thompson S1, S2, S3, S4 User Manual

Page 8

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ELECTRIC MOTOR IDENTIFICATION

(S1 Sample Label)

AIR MOTOR IDENTIFICATION

(S4 Sample Label)

AIR MOTOR

SPECIFICATIONS

MODEL S1

MODEL S2

MODEL S3

MODEL S4

A

/

N

s

tl

o

V

5

1

1

s

tl

o

V

0

3

2

s

tl

o

V

5

1

1

e

g

a

tl

o

V

l

a

n

i

m

o

N

A

/

N

0

6

/

0

5

0

6

/

0

5

0

6

z

tr

e

H

A

/

N

s

p

m

A

0

.

2

s

p

m

A

1

.

1

s

p

m

A

0

.

2

s

p

m

A

d

e

t

a

R

P

H

2

/

1

s

tt

a

W

0

3

2

s

tt

a

W

0

5

2

)

s

tt

a

W

0

3

2

(

P

H

3

/

1

r

e

w

o

P

t

u

p

n

I

s

u

o

u

n

it

n

o

C

s

u

o

u

n

it

n

o

C

s

u

o

u

n

it

n

o

C

s

u

o

u

n

it

n

o

C

e

l

c

y

C

y

t

u

D
RPM (low / high speed)

8,000 / 14,000

8,000 / 14,000

8,000 / 14,000

300 - 11,000

)

m

/l

7

5

(

M

P

G

0

.

5

1

)

m

/l

4

6

(

M

P

G

0

.

7

1

)

m

/l

4

6

(

M

P

G

0

.

7

1

)

m

/l

4

6

(

M

P

G

0

.

7

1

w

o

l

F

.

x

a

M

)

M

2

.

5

(

.t

F

7

1

)

M

6

(

.t

F

0

2

)

M

6

(

.t

F

0

2

)

M

6

(

.t

F

0

2

d

a

e

H

.

x

a

M
Max. Air Pressure / CFM

N/A

N/A

N/A

40 psi / 27 CFM

MOTOR SPECIFICATIONS

Enclosure

N/A

ELECTRIC MOTORS (2 SPEED)

Double Insulated, ENC 3

Double Insulated, IP24

Splash-Proof

Double Insulated, IP24

Splash-Proof

Certificates or Approvals

Splash-Proof

0.0

5.0

10.0

15.0

20.0

25.0

0 2 4 6 8 10 12 14 16 18

Flow - USGPM(LPM)

H

ea

d

- F

ee

t (

M

et

er

s)

S1/S2/S3 Motors

S1/S2/S3 Motors - Low Speed

S4 (Air Motor)

(7.6)

(6.0)

(3.0)

(1.5)

(4.5)

(7.6) (15.1) (22.7)

(30.3) (37.8)

(45.4)

(52.9)

(60.5)

(68.1)

EF Performance with Electric and Air Motors

6

Viscosity performance based on electric motor at high speed.

Viscosity

100 cP

200 cP

300 cP

Max. Flow

7 gpm

27 lpm

5 gpm 19 lpm

3.7 gpm

14 lpm

Max. Head

16 feet (4.9 m)

Note: All testing was performed with water at 68

o

F. Actual performance can vary by +/- 10%.

Actual performance will decrease with increased fluid viscosity and specific gravity. Viscosity and
performance are based on electric motor at high speed.

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