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Table 1 - Flow Charge Recommendations

Based on % of Starting Torque for 1760 RPM NEMA Design B Motors

Rated 

Motor 

HP

FLEXIDYNE 

Mechanism 

Size

100% @ 1760 RPM

125% @ 1750 RPM

150% @ 1740 RPM

Starting 

HP

Flow Charge

Max 

Time in 

Sec.

Starting 

HP

Flow Charge

Max 

Time in 

Sec.

Starting 

HP

Flow Charge

Max 

Time in 

Sec.

Lbs.

Oz.

Lbs.

Oz.

Lbs.

Oz.

3

70C, 70D

3.0

1

1

150

3.7

1

13

123

4.5

1

14

105

5

70C, 70D

5.0

1

14

94

6.2

2

1

79

7.5

2

4

67

7-1/2

75C, 75D

7.5

1

11

71

9.4

1

14

60

11.2

2

1

54

10

75C, 75D

10.0

1

15

58

12.5

2

3

53

14.9

2

6

48

Rated 

Motor 

HP

FLEXIDYNE 

Mechanism 

Size

175% @ 1700 RPM

175% @ 1700 RPM

Starting 

HP

Flow Charge

Max 

Time in 

Sec.

Starting 

HP

Flow Charge

Max 

Time in 

Sec.

Lbs.

Oz.

Lbs.

Oz.

3

70C, 70D

5.1

2

0

93

5.1

2

0

93

5

70C, 70D

8.5

2

8

60

8.5

2

8

60

7-1/2

75C, 75D

12.7

2

4

52

12.7

2

4

52

10

75C, 75D

17.0

2

9

43

17.0

2

9

43

Based on % of Starting Torque for 1175 RPM NEMA Design B Motors

Rated 

Motor 

HP

FLEXIDYNE 

Mechanism 

Size

100% @ 1175 RPM

125% @ 1160 RPM

150% @ 1150 RPM

Starting 

HP

Flow Charge

Max 

Time in 

Sec.

Starting 

HP

Flow Charge

Max 

Time in 

Sec.

Starting 

HP

Flow Charge

Max 

Time in 

Sec.

Lbs.

Oz.

Lbs.

Oz.

Lbs.

Oz.

1

70C, 70D

1.0

1

10

500

1.2

1

12

400

1.5

1

14

33.

1-1/2

70C, 70D

1.5

1

13

300

1.9

2

1

260

2.2

2

3

210

2

75C, 75D

2.0

1

10

250

2.5

1

13

190

3.0

2

0

150

3

75C, 75D

3.0

1

15

150

3.7

2

3

125

4.5

2

7

100

Rated 

Motor 

HP

FLEXIDYNE 

Mechanism 

Size

175% @ 1130 RPM

200% @ 1100 RPM

Starting 

HP

Flow Charge

Max 

Time in 

Sec.

Starting 

HP

Flow Charge

Max 

Time in 

Sec.

Lbs.

Oz.

Lbs.

Oz.

1

70C, 70D

1.7

2

1

290

1.9

2

4

260

1-1/2

70C, 70D

2.5

2

6

190

2.8

2

9

170

2

75C, 75D

3.4

2

2

135

3.8

2

6

120

3

75C, 75D

5.1

2

10

89

5.7

2

12

82

Based on % of Starting Torque for 875 RPM NEMA Design B Motors 

Rated 

Motor 

HP

FLEXIDYNE 

Mechanism 

Size

100% @ 875 RPM

125% @ 870 RPM

150% @ 850 RPM

Starting 

HP

Flow Charge

Max 

Time in 

Sec.

Starting 

HP

Flow Charge

Max 

Time in 

Sec.

Starting 

HP

Flow Charge

Max 

Time in 

Sec.

Lbs.

Oz.

Lbs.

Oz.

Lbs.

Oz.

1/2

70C, 70D

.50

1

12

900

.62

1

15

850

.75

2

1

800

3/4

70C, 70D

.75

2

0

800

.94

2

3

570

1.1

2

6

500

1

75C, 75D

1.0

1

13

520

1.2

2

0

400

1.5

2

3

330

1-1/2

75C, 75D

1.5

2

2

330

1.9

2

7

300

2.2

2

10

250

Rated 

Motor 

HP

FLEXIDYNE 

Mechanism 

Size

175% @ 840 RPM

200% @ 820 RPM

Starting 

HP

Flow Charge

Max 

Time in 

Sec.

Starting 

HP

Flow Charge

Max 

Time in 

Sec.

Lbs.

Oz.

Lbs.

Oz.

1/2

70C, 70D

.85

2

4

750

.94

2

6

570

3/4

70C, 70D

1.3

2

8

400

1.4

2

12

350

1

75C, 75D

1.7

2

7

320

1.9

2

8

300

1-1/2

75C, 75D

2.5

2

11

220

2.3

2

12

200

Содержание FLEXIDYNE 70C

Страница 1: ...ing without slip and with 100 efficiency Consequently the motor accelerates instantly to base speed while the load starts gradually and smoothly Housing Flow Charge Output Shaft Rotor Flexible Couplin...

Страница 2: ...will be observed with greater amounts of flow charge The FLEXIDYNE mechanism should start the load smoothly and without delay provided the proper amount of flow charge has been used Should the accele...

Страница 3: ...e housing cavity before the unit locks in Any acceleration time between the minimum and maximum listed is acceptable although a shorter acceleration time will generally provide longer wear life For ap...

Страница 4: ...s Oz Lbs Oz 1 70C 70D 1 0 1 10 500 1 2 1 12 400 1 5 1 14 33 1 1 2 70C 70D 1 5 1 13 300 1 9 2 1 260 2 2 2 3 210 2 75C 75D 2 0 1 10 250 2 5 1 13 190 3 0 2 0 150 3 75C 75D 3 0 1 15 150 3 7 2 3 125 4 5 2...

Страница 5: ...36 2 5 143 140 88 85 49 45 33 29 3 0 133 120 80 74 45 39 28 25 4 0 90 83 60 54 36 30 23 19 6 0 60 38 21 13 8 0 41 29 16 10 10 0 36 23 13 8 Starting HP Maximum Allowable Acceleration Time in Seconds Fo...

Страница 6: ...and needle bearing inner race 7 Remove the six drive hub screws and remove the drive hub housing Remove housing seal 8 Remove rotor retainer and seal felt 9 Remove ball bearing snap ring and remove b...

Страница 7: ...1 305138 411296 419007 407082 305018 419190 305091 305138 411296 419007 407082 305018 419190 305091 305138 411296 419007 407082 305018 419190 305091 305138 411296 419007 407082 305018 419190 30 32 34...

Страница 8: ...tainless flow charge 3 Add flow charge Flexidyne Mechanism Doesn t Slip 1 Improper installation Output shaft jammed against housing 2 Flow charge in bearings causing bearing seizure 1 Readjust spacing...

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