J.W. Winco, Inc. Retaining Magnet Assemblies

Retaining Magnet Assemblies

2


J. W. Winco Retaining Magnet Assemblies

GN 51.3


Disc-Shaped, with Threaded Stud and Rubber JacketMetric Size, Steel

� Page 13

GN 51.5

seilbmessA tengaM gniniateR

Disc-Shaped, with Internal Thread and Rubber JacketMetric Size, Steel

� Page 12

GN 51.2

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Disc-Shaped, with Threaded Bushing and Rubber Jacket Metric Size, Steel

� Page 11

GN 58

Pot Magnet Assemblies

with Thru Hole�

Metric Size, Steel

� Page 10

GN 50.45


Disc-Shaped, with Thru Hole Metric Size, Stainless Steel

� Page 9

GN 50.4


Disc-Shaped, with Thru HoleMetric Size, Steel

� Page 8

GN 50.25


with Threaded BushingMetric Size, Stainless Steel

� Page 7

GN 50.2


Disc-Shaped, with Threaded BushingMetric Size, Steel

� Page 5

GN 50.3


Disc-Shaped, with Threaded StudMetric Size, Steel

� Page 3

GN 50.1


Disc-Shaped, without Thread Metric Size, Steel�

� Page 1

GN 52.4


Rod-Shaped, with StudMetric Size, Steel

� Page 22

GN 52.1


Rod-Shaped, with Smooth FinishMetric Size, Steel

� Page 15

GN 52.2


Rod-Shaped, with Internal ThreadMetric Size, Steel

� Page 19

GN 52.3

Sandwich Magnet Assemblies

Rod-Shaped, with Internal ThreadMetric Size, Steel

� Page 21

GN 62

U-Shaped Magnets

with Thru HoleMetric Size, Steel

� Page 25

GN 51.4


Disc-Shaped, with Thru Hole and Rubber JacketMetric Size, Steel

� Page 14

GN 54.1


Rod-Shaped, with Smooth FinishMetric Size, Brass

� Page 17

GN 60

Button-type Magnets

with Thru HoleMetric Size, Steel

� Page 24

Types of Retaining

Magnet Assemblies

� Page 26

Materials Composition

of Retaining Magnet

Assemblies

� Page 27

Pulling Force Information

for Retaining Magnet

Assemblies

� Page 28

1J. W. Winco Retaining Magnet Assemblies

Housing

Steel, zinc plated

Magnet

Hard ferrite SrFe (HF type), samarium and cobalt combination AlNiCo (SC type), or neodymium, iron and boron version NdFeB (ND type)

GN 50.1 magnets are a shielded magnetic assembly.

Mount in place with glue or with a side-mounted side screw (for example, GN 913.2 grub screw with pointed nose).

Types HF and SC temperature resistant to 390°F (200°C), Type ND temperature resistant to 175°F (80°C).

See also Types of Retaining Magnet Assemblies, page 26, Materials Composition of Retaining Magnet Assemblies, page 27, and Pulling Force Information for Retaining Magnet Assemblies, page 28.

GN 50.1 | Retaining Magnet Assemblies

HF Type Dimensions in: millimeters (inches)

Part Numberd

Dia.

d

tolerance

h

Thickness

h

tolerance

Nominal Pulling

Forces [N]

50.1-HF-1010(.39)

±.1(±.004)

4.5(.18)

+.2/-.1(+.008/-.004)

4

50.1-HF-1313(.51)

±.1(±.004)

4.5(.18)

+.2/-.1(+.008/-.004)

10

50.1-HF-1616(.63)

±.1(±.004)

4.5(.18)

+.2/-.1(+.008/-.004)

18

50.1-HF-2020(.79)

±.1(±.004)

6(.24)

+.2/-.1(+.008/-.004)

30

50.1-HF-2525(.98)

±.1(±.004)

7(.28)

+.3/-.1(+.012/-.004)

40

50.1-HF-3232

(1.26)±.1

(±.004)7

(.28)+.3/-.1

(+.012/-.004)80

50.1-HF-4040

(1.57)+.2/-.1

(+.008/-.004)8

(.31)+.4/-.1

(+.016/-.004)125

50.1-HF-5050

(1.97)+.2/-.1

(+.008/-.004)10(.39)

+.5/-.1(+.020/-.004)

220

50.1-HF-6363

(2.48)+.3/-.1

(+.012/-.004)14(.55)

+.5/-.1(+.020/-.004)

350

50.1-HF-8080

(3.15)+.5/-.1

(+.020/-.004)18(.71)

+.5/-.1(+.020/-.004)

600

50.1-HF-100100(3.94)

+.5/-.1(+.020/-.004)

22(.87)

+.5/-.1(+.020/-.004)

900

50.1-HF-125125(4.92)

+.5/-.1(+.020/-.004)

26(1.02)

+.5/-.1(+.020/-.004)

1300



SC Type Dimensions in: millimeters (inches)

ND Type Dimensions in: millimeters (inches)

Part Numberd

Dia.

d

tolerance

h

Thickness

h

tolerance

Nominal Pulling

Forces [N]

50.1-SC-66

(.24)±.1

(±.004)4.5(.18)

±.1(±.004)

5

50.1-SC-88

(.31)±.1

(±.004)4.5(.18)

±.1(±.004)

11

50.1-SC-1010(.39)

±.1(±.004)

4.5(.18)

±.1(±.004)

20

50.1-SC-1313(.51)

±.1(±.004)

4.5(.18)

±.1(±.004)

40

50.1-SC-1616(.63)

±.1(±.004)

4.5(.18)

±.1(±.004)

60

50.1-SC-2020(.79)

±.1(±.004)

6(.24)

±.1(±.004)

90

50.1-SC-2525(.98)

±.1(±.004)

7(.28)

±.2 (±.008)

150

50.1-SC-3232

(1.26)±.1

(±.004)7

(.28)±.2

(±.008)220

Part Numberd

Dia.

d

tolerance

h

Thickness

h

tolerance

Nominal

Pulling Forces [N]

50.1-ND-66

(.24)±.1

(±.004)4.5(.18)

±.1(±.004)

5

50.1-ND-88

(.31)±.1

(±.004)4.5(.18)

±.1(±.004)

13

50.1-ND-1010(.39)

±.1(±.004)

4.5(.18)

±.1(±.004)

25

50.1-ND-1313(.51)

±.1(±.004)

4.5(.18)

±.1(±.004)

60

50.1-ND-1616(.63)

±.1(±.004)

4.5(.18)

±.1(±.004)

95

50.1-ND-2020(.79)

±.1(±.004)

6(.24)

±.1(±.004)

140

50.1-ND-2525(.98)

±.1(±.004)

7(.28)

±.2(±.008)

200

50.1-ND-3232

(1.26)±.1

(±.004)7

(.28)±.2

(±.008)350


Housing and threaded stud

Steel, zinc plated

Magnet

Hard ferrite SrFe (HF type),or neodymium, iron and boron version NdFeB (ND type)


Type HF temperature resistant to 390°F (200°C), Type ND temperature resistant to 175°F (80°C).




Part Numberd1

Dia.

d1

tolerance

d2

thread

l

Length

h

Thickness

h

tolerance

Nominal Pulling

Forces [N]

50.3-HF-10-M310(.39)

±.1 (±.004)

M3 x .57

(.28)4.5(.18)

+.2/-.1(+.008/-.004)

4

50.3-HF-13-M313(.51)

±.1 (±.004)

M3 x .57

(.28)4.5(.18)

+.2/-.1(+.008/-.004)

10

50.3-HF-16-M316(.63)

±.1 (±.004)

M3 x .57

(.28)4.5(.18)

+.2/-.1(+.008/-.004)

18

50.3-HF-20-M320(.79)

±.1 (±.004)

M3 x .57

(.28)6

(.24)+.2/-.1

(+.008/-.004)30

50.3-HF-25-M425(.98)

±.1 (±.004)

M4 x .78

(.31)7

(.28)+.3/-.1

(+.012/-.004)40

50.3-HF-32-M432

(1.26)±.1

(±.004)M4 x .7

8(.31)

7(.28)

+.3/-.1(+.012/-.004)

80

50.3-HF-47-M647

(1.85)+.2/-.1

(+.008/-.004)M6 x 1.0

8(.31)

9(.35)

+.5/-.1(+.020/-.004)

80

50.3-HF-63-M663

(2.48)+.3/-.1

(+.012/-.004)M6 x 1.0

15(.59)

14(.55)

+.5/-.1(+.020/-.004)

350




Part Numberd

Dia.

d

tolerance

d2

thread

l

Length

h

Thickness

h

tolerance

Nominal Pulling

Forces [N]

50.3-ND-10-M410(.39)

±.1(±.004)

M4 x .78

(.31)4.5(.18)

±.1(±.004)

25

50.3-ND-13-M513(.51)

±.1(±.004)

M5 x .88

(.31)4.5(.18)

±.1(±.004)

60

50.3-ND-16-M616(.63)

±.1(±.004)

M6 x 1.08

(.31)4.5(.18)

±.1(±.004)

95

50.3-ND-20-M620(.79)

±.1(±.004)

M6 x 1.010(.39)

6(.24)

±.1(±.004)

140

50.3-ND-25-M625(.98)

±.1(±.004)

M6 x 1.010(.39)

7(.28)

±.2(±.008)

200

50.3-ND-32-M632

(1.26)±.1

(±.004)M6 x 1.0

10(.39)

7(.28)

±.2(±.008)

350


Housing and threaded bushing

Steel, zinc plated

Magnet

Hard ferrite SrFe (HF type), samarium and cobalt combination AlNiCo (SC type), or neodymium, iron and boron version NdFeB (ND type)


Types HF and SC temperature resistant to 390°F (200°C), Type ND temperature resistant to 175°F (80°C).




Part Numberd1

Dia.

d1

tolerance

d2

threadd3

d3

tolerance

h

Thickness

h

tolerancel

t

min.

Nominal

Pulling

Forces [N]

50.2-HF-10-M310(.39)

±.1(±.004)

M3 x .56

(.24)±.1

(±.004)4.5(.18)

+.2/-.1(+.008/-.004)

7(.28)

5(.20)

4

50.2-HF-13-M313(.51)

±.1(±.004)

M3 x .56

(.24)±.1

(±.004)4.5(.18)

+.2/-.1(+.008/-.004)

7(.28)

5(.20)

10

50.2-HF-16-M316(.63)

±.1(±.004)

M3 x .56

(.24)±.1

(±.004)4.5(.18)

+.2/-.1(+.008/-.004)

7(.28)

5(.20)

18

50.2-HF-20-M320(.79)

±.1(±.004)

M3 x .56

(.24)±.1

(±.004)6

(.24)+.2/-.1

(+.008/-.004)7

(.28)5

(.20)30

50.2-HF-25-M425(.98)

±.1(±.004)

M4 x .78

(.31)±.1

(±.004)7

(.28)+.3/-.1

(+.012/-.004)8

(.31)7

(.28)40

50.2-HF-32-M432

(1.26)±.1

(±.004)M4 x .7

8(.31)

±.1(±.004)

7(.28)

+.3/-.1(+.012/-.004)

8(.31)

7(.28)

80

50.2-HF-40-M540

(1.57)+.2/-.1

(+.008/-.004)M5 x .8

10(.39)

±.1(±.004)

8(.31)

+.4/-.1(+.016/-.004)

10(.39)

9(.35)

125

50.2-HF-50-M650

(1.97)+.2/-.1

(+.008/-.004)M6 x 1.0

12(.47)

±.1(±.004)

10(.39)

+.5/-.1(+.020/-.004)

12(.47)

11(.43)

220

50.2-HF-63-M863

(2.48)+.3/-.1

(+.012/-.004)M8 x 1.25

15(.61)

±.1(±.004)

14(.55)

+.5/-.1(+.020/-.004)

16(.63)

14(.55)

350

50.2-HF-80-M10 80(3.15)

+.5/-.1(+.020/-.004)

M10 x 1.520(.79)

±.1(±.004)

18(.71)

+.5/-.1(+.020/-.004)

16(.63)

15(.59)

600

50.2-HF-100-M12100(3.94)

+.5/-.1 (+.020/-.004)

M12 x 1.7522(.87)

±.1(±.004)

22(.87)

+.5/-.1(+.020/-.004)

21(.83)

18(.71)

900

50.2-HF-125-M14125(4.92)

+.5/-.1(+.020/-.004)

M14 x 2.025(.98)

±.1(±.004)

26(1.02)

+.5/-.1(+.020/-.004)

24(.91)

20(.79)

1300



SC Type Dimensions in: millimeters (inches)


Part Numberd1

Dia.

d1

tolerance

d2

threadd3

d3

tolerance

h

Thickness

h

tolerancel

t

min.

Nominal

Pulling

Forces [N]

50.2-SC-6-M36

(.24)±.1

(±.004)M3 x .5

6(.24)

±.1(±.004)

4.5(.18)

±.1(±.004)

7(.28)

6(.24)

5

50.2-SC-8-M38

(.31)±.1

(±.004)M3 x .5

6(.24)

±.1(±.004)

4.5(.18)

±.1(±.004)

7(.28)

6(.24)

11

50.2-SC-10-M310(.39)

±.1(±.004)

M3 x .56

(.24)±.1

(±.004)4.5(.18)

±.1(±.004)

7(.28)

6(.24)

20

50.2-SC-13-M313(.51)

±.1(±.004)

M3 x .56

(.24)±.1

(±.004)4.5(.18)

±.1(±.004)

7(.28)

6(.24)

40

50.2-SC-16-M316(.63)

±.1(±.004)

M4 x .76

(.24)±.1

(±.004)4.5 (.18)

±.1(±.004)

7(.28)

6(.24)

60

50.2-SC-20-M320(.79)

±.1(±.004)

M4 x .78

(.31)±.2

(±.008)6

(.24)±.1

(±.004)7

(.28)7

(.28)90

50.2-SC-25-M425(.98)

±.1(±.004)

M4 x .78

(.31)±.2

(±.008)7

(.28)±.2

(±.008)7

(.28)7

(.28)150

50.2-SC-32-M432

(1.26)±.1

(±.004)M5 x .8

10(.39)

±.2(±.008)

7(.28)

±.2 (±.008)

8.5(.33)

8(.31)

220

Part Numberd1

Dia.

d1

tolerance

d2

threadd3

d3

tolerance

h

Thickness

h

tolerancel

t

min.

Nominal

Pulling Forces

[N]

50.2-ND-6-M36

(.24)±.1

(±.004)M3 x .5

6(.24)

±.1(±.004)

4.5(.18)

±.1(±.004)

7(.28)

6(.24)

5

50.2-ND-8-M38

(.31)±.1

(±.004)M3 x .5

6(.24)

±.1(±.004)

4.5(.18)

±.1(±.004)

7(.28)

6(.24)

13

50.2-ND-10-M310(.39)

±.1(±.004)

M3 x .56

(.24)±.1

(±.004)4.5(.18)

±.1(±.004)

7(.28)

6(.24)

25

50.2-ND-13-M313(.51)

±.1(±.004)

M3 x .56

(.24)±.1

(±.004)4.5(.18)

±.1(±.004)

7(.28)

6(.24)

60

50.2-ND-16-M316(.63)

±.1(±.004)

M4 x .76

(.24)±.1

(±.004)4.5(.18)

±.1(±.004)

7(.28)

6(.24)

95

50.2-ND-20-M320(.79)

±.1(±.004)

M4 x .78

(.31)±.2

(±.008)6

(.24)±.1

(±.004)7

(.28)7

(.28)140

50.2-ND-25-M425(.98)

±.1(±.004)

M4 x .78

(.31)±.2

(±.008)7

(.28)±.2

(±.008)7

(.28)7

(.28)200

50.2-ND-32-M432

(1.26)±.1

(±.004)M5 x .8

10 (.39)

±.2(±.008)

7(.28)

±.2(±.008)

8.5(.33)

8(.31)

350


Housing and threaded bushing

Stainless steel

Magnet

Hard ferrite SrFe (HF type)


Due to the lower magnetic conductivity of the stainless steel housing, the magnetic forces are lower than with steel.

Temperature resistant to 390°F (200°C).




Part Numberd1

Dia.

d1

tolerance

d2

threadd3

h

Thickness

h

tolerance

l

Length

t

min.

Nominal

Pulling Forces

[N]

50.25-HF-25-M525(.98)

±.1(±.004)

M5 x .88

(.31)7

(.28)+.3/-.1

(+.012/-.004)9

(.35)9

(.35)32

50.25-HF-32-M532

(1.26)±.1

(±.004)M5 x .8

8(.31)

7(.28)

+.3/-.1(+.012/-.004)

9(.35)

9(.35)

64

50.25-HF-40-M540

(1.57)+.2/-.1

(+.008/-.004)M5 x .8

8(.31)

8(.31)

+.3/-.1(+.012/-.004)

8.5(.33)

9(.35)

100

50.25-HF-50-M550

(1.97)+.2/-.1

(+.008/-.004)M5 x .8

8(.31)

10(.39)

+.4/-.1(+.016/-.004)

8.5(.33)

9(.35)

175

50.25-HF-63-M563

(2.48)+.3/-.1

(+.012/-.004)M5 x .8

8(.31)

14(.55)

+.5/-.1(+.020/-.004)

8(.31)

9(.35)

280


Housing

Steel, zinc plated

Magnet



To ensure that the magnetic forces are not impaired, the mounting screws must be made of non-magnetic material.

Type HF temperature resistant to 390°F (200°C),




Part Numberd1

Dia.

d1

toleranced2 d3 d4 d5

h

Thickness

h

tolerancet

Nominal Pulling

Forces [N]

50.4-HF-1616(.63)

±.1(±.004)

3.5(.14)

–7.5(.30)

–4.5(.18)

+.2/-.1(+.008/-.004)

– 14

50.4-HF-2020(.79)

±.1(±.004)

4.1(.16)

–10.5(.41)

–6

(.24)+.2/-.1

(+.008/-.004)– 27

50.4-HF-2525(.98)

±.1(±.004)

5.5(.22)

–12(.47)

–7

(.28)+.3/-.1

(+.012/-.004)– 36

50.4-HF-3232

(1.26)±.1

(±.004)5.5(.22)

–12(.47)

–7

(.28)+.3/-.1

(+.012/-.004)– 72

50.4-HF-4040

(1.57)+.2/-.1

(+.008/-.004)5.5(.22)

–13.5(.53)

–8

(.31)+.4/-.1

(+.016/-.004)– 90

50.4-HF-5050

(1.97)+.2/-.1

(+.008/-.004)–

8.5(.33)

–22(.87)

10(.39)

+.5/-.1(+.020/-.004)

8.5(.33)

180

50.4-HF-6363

(2.48)+.3/-.1

(+.012/-.004)–

8.5(.33)

–24(.94)

14(.55)

+.5/-.1(+.020/-.004)

12(.47)

290

50.4-HF-8080

(3.15)+.5/-.1

(+.020/-.004)–

8.5(.33)

–11.5(.45)

18(.71)

+.5/-.1(+.020/-.004)

15(.59)

540

50.4-HF-100100(3.94)

+.5/-.1(+.020/-.004)

–10.5(.41)

–34

(1.34)22(.87)

+.5/-.1(+.020/-.004)

18(.71)

680


Housing

Stainless steel

Magnet



Due to the lower magnetic conductivity of the stainless steel housing, the magnetic forces are lower than with steel.


Type HF temperature resistant to 390°F (200°C),




Part Numberd1

Dia.

d1

toleranced2 d3 d4 d5

h

Thickness

h

tolerancet

Nominal

Pulling

Forces [N]

50.45-HF-2020(.79)

±.1(±.004)

4.1(.16)

–10(.39)

–6

(.24)+.2/-.1

(+.008/-.004)– 22

50.45-HF-2525(.98)

±.1(±.004)

5.5(.22)

–11.5(.45)

–7

(.28)+.3/-.1

(+.012/-.004)– 29

50.45-HF-3232

(1.26)±.1

(±.004)5.5(.22)

–11.5(.45)

–7

(.28)+.3/-.1

(+.012/-.004)– 58

50.45-HF-4040

(1.57)+.2/-.1

(+.008/-.004)5.5(.22)

–11.5(.45)

–8

(.31)+.4/-.1

(+.016/-.004)– 72

50.45-HF-5050

(1.97)+.2/-.1

(+.008/-.004)–

8.5(.33)

–22(.87)

10(.39)

+.5/-.1(+.020/-.004)

8.5(.33)

145

50.45-HF-6363

(2.48)+.3/-.1

(+.012/-.004)–

8.5(.33)

–24(.94)

14(.55)

+.5/-.1(+.020/-.004)

12(.47)

230


GN 58 | Pot Magnet Assemblies

Housing

Steel

Magnet

Aluminum, nickel and cobalt combination AlNiCo (AN type)

Red lacquered finish

GN 58 magnets are a shielded magnetic assembly.


For easier handling and/or to avoid demagnetization, these magnets have an iron plate on their magnetic surface.

Type AN temperature resistant to 535°F (280°C), Red lacquer temperature resistant to 355°F (180°C).


AN Type Dimensions in: millimeters (inches)

Part Numberd1

Dia.

d2

Bore

d3

Dia.

h

Thickness

Nominal Pulling Forces

[N]

58-AN-1919(.75)

3.7(.15)

7.5(.30)

7.5(.30)

30

58-AN-2929

(1.14)4.7 (.19)

10(.39)

8.5(.33)

50

58-AN-3838

(1.50)4.7 (.19)

11(.43)

10.5(.41)

130


Housing

Steel, zinc plated

Magnet

Neodymium, iron and boron version NdFeB (ND type)

Rubber jacket

Elastomer (TPE), 73 shore, black

GN 51.2 magnets are a shielded magnetic assembly with rubber jacket.

They are especially suitable for applications where the surface is easily marred. Also, these magnets have an increased coefficient of friction, which creates high lateral retaining force.

Type ND temperature resistant to 175°F (80°C).




Part Numberd1

Dia.

d2

thread

d3

Dia.

h

Thickness

l

Length

t

min.

Nominal Pulling

Forces [N]

51.2-ND-1212(.47)

M4 x .78

(.31)7

(.28)8

(.31)6

(.24)10

51.2-ND-2222(.87)

M4 x .78

(.31)6

(.24)5.5(.22)

5(.20)

50

51.2-ND-3131

(1.22)M4 x .7

8(.31)

6(.24)

5.5(.22)

5(.20)

75

51.2-ND-4343

(1.69)M4 x .7

8(.31)

6(.24)

4.5(.18)

5(.20)

85

51.2-ND-6666

(2.60)M5 x .8

10(.39)

8.5(.33)

6.5(.26)

8(.31)

180

51.2-ND-8888

(3.46)M8 x 1.25

12(.47)

8.5(.33)

8.5(.33)

11(.43)

420


Housing

Steel, zinc plated

Magnet


Rubber jacket








Part Numberd1

Dia.

d2

thread

h

Thicknesst1 t2

Nominal Pulling

Forces [N]

51.5-ND-2222(.87)

M4 x .76

(.24)4.5(.18)

.8(.03)

35

51.5-ND-3131

(1.22)M5 x .8

6(.24)

4.5(.18)

.8(.03)

75

51.5-ND-4343

(1.69)M4 x .7

5.5(.22)

4(.16)

.8(.03)

85

51.5-ND-6666

(2.60)M6 x 1.0

8.5(.33)

6(.24)

1.8(.07)

180

51.5-ND-8888

(3.46)M6 x 1.0

8.5(.33)

6(.24)

1.8(.07)

420


Housing and stud

Steel, zinc plated

Magnet


Rubber jacket








Part Numberd1

Dia.

d2

thread

h

Thickness

l

Length

Nominal Pulling

Forces [N]

51.3-ND-2222(.87)

M4 x .76

(.24)6.5(.26)

50

51.3-ND-4343

(1.69)M6 x 1.0

6(.24)

16(.59)

85

51.3-ND-6666

(2.60)M6 x 1.0

8.5(.33)

16(.59)

180

51.3-ND-8888

(3.46)M8 x 1.25

8.5(.33)

16(.59)

420


Housing

Steel, zinc plated

Magnet


Rubber jacket








Part Numberd1

Dia.d2 d3

h

Thicknesst1

Nominal Pulling

Forces [N]

51.4-ND-2222(.87)

4(.16)

8(.31)

6(.24)

3.5(.14)

35

51.4-ND-3131

(1.22)6

(.24)9

(.35)6

(.24)3.5(.14)

75

51.4-ND-5757

(2.24)8

(.31)25.3(1.00)

7.5(.30)

3.5(.14)

175

51.4-ND-6666

(2.60)5.5(.22)

25(.98)

8.5(.33)

3.5(.14)

210


Housing

Type 1 – Steel, zinc plated Type 2 – Steel, plain finish

Magnet

Aluminum, nickel and cobalt combination AlNiCo (AN type), or neodymium, iron and boron version NdFeB (ND type)

Note: AN type has brass lining between housing and magnet; ND type has plastic lining between housing and magnet


Mounting options include pressing in, shrinking in, or gluing in.

Type AN temperature resistant to 535°F (280°C), Type ND temperature resistant to 175°F (80°C).



AN Type Dimensions in: millimeters (inches)

Type 2 – Plain Steel Nominal

Pulling

Forces

[N]Part Number

d

Dia.

d

tol.h

h

tol.k*

52.1-AN-6-26

(.24)h6

10(.39)

±.2(±.008)

2(.08)

2

52.1-AN-8-28

(.31)h6

12(.47)

±.2(±.008)

3(.12)

4

52.1-AN-10-210(.39)

h616(.63)

±.2(±.008)

6(.24)

8.5

52.1-AN-13-213(.51)

h618(.71)

±.2(±.008)

6(.24)

12

52.1-AN-16-216(.63)

h620(.79)

±.2(±.008)

6(.24)

20

52.1-AN-20-220(.79)

h625(.98)

±.2(±.008)

5(.20)

40

52.1-AN-25-225(.98)

h630

(1.18)±.2

(±.008)7

(.28)60

52.1-AN-32-232

(1.26)h6

35(1.38)

±.2(±.008)

4(.16)

160

52.1-AN-40-240

(1.57)h6

45(1.77)

±.2(±.008)

5(.20)

240

52.1-AN-50-250

(1.97)h6

50(1.97)

±.2(±.008)

– 400

52.1-AN-63-263

(2.48)h6

60(2.36)

±.2(±.008)

5 (.20)

660

Type 1 – Zinc Plated Steel

Part Numberd

Dia.

d

tol.h

h

tol.k*

52.1-AN-6-16

(.24)±.2

(±.008)20(.79)

±.2(±.008)

12(.47)

52.1-AN-8-18

(.31)±.2

(±.008)20(.79)

±.2(±.008)

11(.43)

52.1-AN-10-110(.39)

±.2(±.008)

20(.79)

±.2(±.008)

10(.39)

52.1-AN-13-113(.51)

±.2(±.008)

20(.79)

±.2(±.008)

8(.31)

52.1-AN-16-116(.63)

±.2(±.008)

20(.79)

±.2(±.008)

6(.24)

52.1-AN-20-120(.79)

±.2(±.008)

25(.98)

±.2(±.008)

5(.20)

52.1-AN-25-125(.98)

±.2(±.008)

35(1.38)

±.2(±.008)

13(.51)

52.1-AN-32-132

(1.26)±.2

(±.008)40

(1.57)±.2

(±.008)9

(.35)

52.1-AN-40-140

(1.57)±.2

(±.008)50

(1.97)±.2

(±.008)10(.39)

52.1-AN-50-150

(1.97)±.2

(±.008)60

(2.36)±.2

(±.008)10(.39)

52.1-AN-63-163

(2.48)±.2

(±.008)65

(2.56)±.2

(±.008)10(.39)

*k is the maximum dimension by which the retaining magnet can be shortened without losing its properties.




Type 1 - Zinc Plated Steel

Part Numberd

Dia.

d

tol.h

h

tol.k*

52.1-ND-4-14

(.16)±.2

(±.008)20(.79)

±.2(±.008)

15(.59)

52.1-ND-5-15

(.20)±.2

(±.008)20(.79)

±.2(±.008)

15(.59)

52.1-ND-6-16

(.24)±.2

(±.008)20(.79)

±.2(±.008)

15(.59)

52.1-ND-8-18

(.31)±.2

(±.008)20(.79)

±.2(±.008)

15(.59)

52.1-ND-10-110(.39)

±.2(±.008)

20(.79)

±.2(±.008)

15(.59)

52.1-ND-13-113(.51)

±.2(±.008)

20(.79)

±.2(±.008)

15(.59)

52.1-ND-16-116(.63)

±.2(±.008)

20(.79)

±.2(±.008)

15(.59)

52.1-ND-20-120(.79)

±.2(±.008)

25(.98)

±.2(±.008)

18(.71)

52.1-ND-25-125(.98)

±.2(±.008)

35(1.38)

±.2(±.008)

27(1.06)

52.1-ND-32-132

(1.26)±.2

(±.008)40

(1.57)±.2

(±.008)32

(1.26)

Type 2 – Plain Steel Nominal

Pulling

Forces

[N]Part Number

d

Dia.

d

tol.h

h

tol.k*

– – – – – – 2.5

– – – – – – 4.5

52.1-ND-6-26

(.24)h6

10(.39)

±.2(±.008)

5(.20)

6

52.1-ND-8-28

(.31)h6

12(.47)

±.2(±.008)

7(.28)

12

52.1-ND-10-210(.39)

h616(.63)

±.2(±.008)

11(.43)

24

52.1-ND-13-213(.51)

h618(.71)

±.2(±.008)

13(.51)

60

52.1-ND-16-216(.63)

h620(.79)

±.2(±.008)

15(.59)

90

52.1-ND-20-220(.79)

h625(.98)

±.2(±.008)

18(.71)

135

52.1-ND-25-225(.98)

h630

(1.18)±.2

(±.008)22(.87)

190

52.1-ND-32-232

(1.26)h6

35(1.38)

±.2(±.008)

27(1.06)

340

*k is the maximum dimension by which the retaining magnet can be shortened without losing its properties.


SC Type Dimensions in: inches (millimeters)

Housing

Brass

Magnet

Samarium and cobalt combination AlNiCo (SC type), or neodymium, iron and boron version NdFeB (ND type)


The configuration of magnetic and iron poles is known as a sandwich magnet assembly. These retaining magnets provide superior holding power and work well with smaller workpieces.

Mounting options include pressing in or gluing in.

Type SC temperature resistant to 390°F (200°C), Type ND temperature resistant to 175°F (80°C).



*k is the maximum dimension by which the retaining magnet can be shortened without losing its properties.**Mounting these retaining magnets directly in steel components will create a magnetic short-circuit which reduces the magnetic power by as much as 15%. To avoid this effect, the k2 distance between the brass housing and the steel component should be observed. These distances should also be maintained if the retaining magnet is shortened.

Part Numberd

Dia.h

h

tol.k1* k2**

Nominal Pulling

Forces [N]

54.1-SC-66

(.24)20(.79)

±.2(±.008)

10(.39)

1.5(.06)

8

54.1-SC-88

(.31)20(.79)

±.2(±.008)

10(.39)

1.5(.06)

42

54.1-SC-1010(.39)

20(.79)

±.2(±.008)

8(.31)

2(.08)

40

54.1-SC-1313(.51)

20(.79)

±.2(±.008)

6(.24)

2.5(.10)

60

54.1-SC-1616(.63)

20(.79)

±.2(±.008)

2(.08)

3(.12)

125

54.1-SC-2020(.79)

25(.98)

±.2(±.008)

5(.20)

4(.16)

250

54.1-SC-2525(.98)

35(1.38)

±.3(±.012)

7(.28)

5(.20)

400

54.1-SC-3232

(1.26)40

(1.57)±.3

(±.012)4.5(.22)

6(.24)

600




Part Numberd

Dia.h

h

tol.k1* k2**

Nominal Pulling

Forces [N]

54.1-ND-66

(.24)20(.79)

±.2(±.008)

10(.39)

1.5(.06)

10

54.1-ND-88

(.31)20(.79)

±.2(±.008)

10(.39)

1.5(.06)

22

54.1-ND-1010(.39)

20(.79)

±.2(±.008)

8(.31)

2(.08)

45

54.1-ND-1313(.51)

20(.79)

±.2(±.008)

6(.24)

2.5(.10)

70

54.1-ND-1616(.63)

20(.79)

±.2(±.008)

2(.08)

3(.12)

150

54.1-ND-2020(.79)

25(.98)

±.2(±.008)

5(.20)

4(.16)

280

54.1-ND-2525(.98)

35(1.38)

±.3(±.012)

7(.28)

5(.20)

450

54.1-ND-3232

(1.26)40

(1.57)±.3

(±.012)4.5(.22)

6(.24)

700

*k is the maximum dimension by which the retaining magnet can be shortened without losing its properties.**Mounting these retaining magnets directly in steel components will create a magnetic short-circuit which reduces the magnetic power by as much as 15%. To avoid this effect, the k2 distance between the brass housing and the steel component should be observed. These distances should also be maintained if the retaining magnet is shortened.


AN Type Dimensions in: inches (millimeters)

Housing

Steel, zinc plated

Magnet



Mounting options include pressing in, shrinking in, or gluing in.




Part Numberd1

Dia.

d1

tol.

d2

Threadh

h

tol.

t

min.

Nominal Pulling

Forces [N]

52.2-AN-66

(.24)±.2

(±.008)M3 x .5

20(.79)

±.2(±.008)

5(.20)

2

52.2-AN-88

(.31)±.2

(±.008)M3 x .5

20(.79)

±.2(±.008)

5(.20)

4

52.2-AN-1010(.39)

±.2(±.008)

M4 x .720(.79)

±.2(±.008)

7(.28)

8.5

52.2-AN-1313(.51)

±.2(±.008)

M4 x .720(.79)

±.2(±.008)

7(.28)

12

52.2-AN-1616(.63)

±.2(±.008)

M4 x .720(.79)

±.2(±.008)

7(.28)

20

52.2-AN-2020(.79)

±.2(±.008)

M6 x 1.025(.98)

±.2(±.008)

7(.28)

40

52.2-AN-2525(.98)

±.2(±.008)

M6 x 1.035

(1.38)±.2

(±.008)9

(.35)60

52.2-AN-3232

(1.26)±.2

(±.008)M8 x 1.25

40(1.57)

±.2(±.008)

9(.35)

160

52.2-AN-4040

(1.57)±.2

(±.008)M8 x 1.25

50(1.97)

±.2(±.008)

9(.35)

240

52.2-AN-5050

(1.97)±.2

(±.008)M10 x 1.5

60(2.36)

±.2(±.008)

12(.47)

400

52.2-AN-6363

(2.48)±.2

(±.008)M12 x 1.75

65(2.56)

±.2(±.008)

14(.55)

660




Part Numberd1

Dia.

d1

tol.

d2

Threadh

h

tol.

t

min.

Nominal Pulling

Forces [N]

52.2-ND-66

(.24)±.2

(±.008)M3 x .5

20(.79)

±.2(±.008)

5(.20)

6

52.2-ND-88

(.31)±.2

(±.008)M3 x .5

20(.79)

±.2(±.008)

5(.20)

12

52.2-ND-1010(.39)

±.2(±.008)

M4 x .720(.79)

±.2(±.008)

7(.28)

24

52.2-ND-1313(.51)

±.2(±.008)

M4 x .720(.79)

±.2(±.008)

7(.28)

60

52.2-ND-1616(.63)

±.2(±.008)

M4 x .720(.79)

±.2(±.008)

7(.28)

90

52.2-ND-2020(.79)

±.2(±.008)

M6 x 1.025(.98)

±.2(±.008)

7(.28)

135

52.2-ND-2525(.98)

±.2(±.008)

M6 x 1.035

(1.38)±.2

(±.008)9

(.35)190

52.2-ND-3232

(1.26)±.2

(±.008)M8 x 1.25

40(1.57)

±.2(±.008)

9(.35)

340

52.2-ND-4040

(1.57)±.2

(±.008)M8 x 1.25

50(1.97)

±.2(±.008)

9(.35)

600

52.2-ND-5050

(1.97)±.2

(±.008)M10 x 1.5

60(2.36)

±.2(±.008)

12(.47)

900

52.2-ND-6363

(2.48)±.2

(±.008)M12 x 1.75

65(2.56)

±.2(±.008)

14(.55)

1300



Housing

Steel, red lacquered finish

Magnet




Type AN magnet temperature resistant to 535°F (280°C), Red lacquered finish temperature resistant to 355°F (180°C).


GN 52.3 | Sandwich Magnet Assemblies

Part Numberd1

Dia.

d2

Threadh

t

min.

Nominal Pulling Forces

[N]

52.3-AN-12.512.5(.49)

M4 x .716(.43)

7(.28)

20

52.3-AN-1717(.67)

M6 x 1.016(.43)

5(.20)

26

52.2-AN-2121(.83)

M6 x 1.019(.75)

7(.28)

40

52.2-AN-2727

(1.06)M6 x 1.0

25(.98)

9(.35)

65

52.2-AN-3535

(1.38)M6 x 1.0

30(1.18)

9(.35)

150



Housing and stud

Steel, zinc plated

Type D – Unthreaded stud Type E – Threaded stud

Magnet



Type D with smooth stud is designed for sheet metal applications where the stud can be punched or riveted, to hold the magnet assembly in place.

The ND version sizes market with an asterisk are available upon request with a minimum quantity order.




Type D – Unthreaded Stud

Part Numberd1

Dia.

d2

Dia.tol.

±.2mm

h

tol.

±.2mm

l

length

52.4-AN-6-3-D6

(.24)3

(.12)20(.79)

8(.31)

52.4-AN-8-3-D8

(.31)3

(.12)20(.79)

8(.31)

52.4-AN-10-4-D10(.39)

4(.16)

20(.79)

8(.31)

52.4-AN-13-4-D13(.51)

4(.16)

20(.79)

8(.31)

52.4-AN-16-5-D16(.63)

5(.20)

20(.79)

8(.31)

52.4-AN-20-6-D20(.79)

6(.24)

25(.98)

8(.31)

52.4-AN-25-8-D25(.98)

8(.31)

35(1.38)

10(.39)

52.4-AN-32-10-D32

(1.26)10(.39)

40(1.57)

10(.39)

52.4-AN-40-15-D40

(1.57)15(.59)

50(1.97)

15(.59)

52.4-AN-50-18-D50

(1.97)18(.71)

60(2.36)

18(.71)

52.4-AN-63-20-D63

(2.48)20(.79)

65(2.56)

20(.79)

Type E – Threaded Stud Nominal

Pulling

Forces

[N]

Part Numberd

Dia.

d3

Threadh

h

tol.

±.2mm

l

length

52.4-AN-6-M3-E6

(.24)M3 x .5

10(.39)

20(.79)

7(.28)

2

52.4-AN-8-M3-E8

(.31)M3 x .5

12(.47)

20(.79)

7(.28)

4

52.4-AN-10-M4-E10(.39)

M4 x .716(.63)

20(.79)

8(.31)

8.5

52.4-AN-13-M4-E13(.51)

M4 x .718(.71)

20(.79)

8(.31)

12

52.4-AN-16-M4-E16 (.63)

M4 x .720(.79)

20(.79)

10(.39)

20

52.4-AN-20-M6-E20(.79)

M6 x 1.025(.98)

25(.98)

12(.47)

40

52.4-AN-25-M6-E25(.98)

M6 x 1.030

(1.18)35

(1.38)10(.39)

60

52.4-AN-32-M8-E32

(1.26)M8 x 1.25

35(1.38)

40(1.57)

15(.59)

160

52.4-AN-40-M8-E40

(1.57)M8 x 1.25

45(1.77)

50(1.97)

15(.59)

240

52.4-AN-50-M10-E50

(1.97)M10 x 1.5

50(1.97)

60(2.36)

15(.59)

400

52.4-AN-63-M12-E63

(2.48)M12 x 1.75

60(2.36)

65(2.56)

20(.79)

660



ND Type Dimensions in: inches (millimeters)

Type D – Unthreaded Stud

Part Numberd1

Dia.

d2

Dia.tol.

±.2mm

h

tol.

±.2mm

l

length

52.4-ND-6-3-D6

(.24)3

(.12)20(.79)

8(.31)

52.4-ND-8-3-D8

(.31)3

(.12)20(.79)

8(.31)

52.4-ND-10-4-D10(.39)

4(.16)

20(.79)

8(.31)

52.4-ND-13-4-D13(.51)

4(.16)

20(.79)

8(.31)

52.4-ND-16-5-D16(.63)

5(.20)

20(.79)

8(.31)

52.4-ND-20-6-D20(.79)

6(.24)

25(.98)

8(.31)

52.4-ND-25-8-D25(.98)

8(.31)

35(1.38)

10(.39)

52.4-ND-32-10-D32

(1.26)10(.39)

40(1.57)

10(.39)

52.4-ND-40-15-D*40

(1.57)15(.59)

50(1.97)

15(.59)

52.4-ND-50-18-D*50

(1.97)18(.71)

60(2.36)

18(.71)

52.4-ND-63-20-D*63

(2.48)20(.79)

65(2.56)

20(.79)

Type E – Threaded Stud Nominal

Pulling

Forces

[N]

Part Numberd

Dia.

d3

Threadh

H

tol.

±.2mm

l

length

52.4-ND-6-M3-E6

(.24)M3 x .5

10(.39)

20(.79)

7(.28)

6

52.4-ND-8-M3-E8

(.31)M3 x .5

12(.47)

20(.79)

7(.28)

12

52.4-ND-10-M4-E10(.39)

M4 x .716(.63)

20(.79)

8(.31)

24

52.4-ND-13-M4-E13(.51)

M4 x .718(.71)

20(.79)

8(.31)

60

52.4-ND-16-M4-E16(.63)

M4 x .720(.79)

20(.79)

10(.39)

90

52.4-ND-20-M6-E20(.79)

M6 x 1.025(.98)

25(.98)

12(.47)

135

52.4-ND-25-M6-E25(.98)

M6 x 1.030

(1.18)35

(1.38)10(.39)

190

52.4-ND-32-M8-E32

(1.26)M8 x 1.25

35(1.38)

40(1.57)

15(.59)

340

52.4-ND-40-M8-E*40

(1.57)M8 x 1.25

45(1.77)

50(1.97)

15(.59)

600

52.4-ND-50-M10-E*50

(1.97)M10 x 1.5

50(1.97)

60(2.36)

15(.59)

900

52.4-ND-63-M12-E*63

(2.48)M12 x 1.75

60(2.36)

65(2.56)

20(.79)

1300



Magnet



GN 60 magnets have a split magnetic surface. These are non-shielded magnetic systems produced by casting.





GN 60 | Button-Type Magnets

Part Number

d1

Dia.

Nominal

Dimension

d1

Actual

Nominal

Dimension

d2

Bore

d3

Max. Dia. Screw

Head

h

Thicknesss t

Nominal Pulling

Forces [N]

60-AN-1313(.51)

13(.51)

4.2(.17)

7(.28)

10(.39)

2(.08)

4.5(.18)

7

60-AN-1919(.75)

19.1(.75)

4.8(.19)

8.7(.34)

12.7(.50)

5.7(.22)

6.5(.26)

19

60-AN-2525(.98)

25.4(1.00)

4.5(.18)

8.5(.33)

20(.79)

5.6(.22)

8(.31)

40

60-AN-3232

(1.26)31.8(1.25)

7.1(.28)

10(.39)

25.4(1.00)

7.9(.31)

12.7(.50)

66



Magnet



GN 62 magnets have a split magnetic surface. These are non-shielded magnetic systems produced by casting.





Magnetic surfacesMagnetic surfaces

Type 1 = 57, 70, 79b

= 22, 30, 39, 451b

2b

1b

1b

Type

2bhh

ss

m

dd

d

GN 62 | U-Shaped Magnets

Part Number b1 b2

d

Max. Dia. Screw

Head

h

Thicknessm s

Nominal Pulling

Forces [N]

62-AN-2222(.87)

25(.98)

7(.28)

17(.67)

–8

(.31)30

62-AN-3030

(1.18)20(.79)

5(.20)

20(.79)

–15(.59)

45

62-AN-3939

(1.54)25.4(1.00)

4.7(.19)

25(.98)

–19(.75)

90

62-AN-4545

(1.77)30

(1.18)4.7(.19)

30(1.18)

–23(.91)

120

62-AN-5757

(2.24)44.5(1.75)

8(.31)

35(1.38)

31.5(1.24)

27.8(1.09)

180

62-AN-7070

(2.76)57

(2.24)8

(.31)41

(1.61)38

(1.50)35

(1.38)320

62-AN-7979

(3.11)82

(3.23)9.5(.37)

54(2.13)

43(1.69)

38.5(1.51)

470


The use of retaining magnet assemblies is a

simple solution for no-wear magnetic holding of

an object.

Due to their structure, these magnet assemblies

have only one magnetic pulling force level. The

full magnetic force is focused directly onto the

adhesive surface by means of iron magnetic

poles.

The spatial effect of the magnetic field is limited

by shielded systems, so that surrounding

objects are not magnetized.

Ø d = 6 - 125 mm, h = 4,5 - 26Housing: Steel, zinc plated, red lacquered finish, or stainless steel.

Ø d = 12 - 88, h = 6 - 8.5 mm Housing: Steel, zinc plated, with rubber jacket.

Ø d = 6 - 32 mm, h = 20 - 40 mm Sandwich configuration of the steel poles, housing brass.

Ø d = 4 - 63 mm, h = 10 - 65 mm Housing: Steel, zinc plated, red lacquered finish.

Rod gripper

Button-type/U-Magnets

Ø d = 13 - 32 mm, h1 = 10 - 25.4 mm, b = 22 - 79 mm, h2 = 17 - 54 mmCast, unshielded system, red lacquered.

Flat gripper

Types of Retaining Magnet Assemblies


Hard ferrite (HF)

SrFe (Strontium ferrite).

Magnets made of hard ferrite (80% iron oxide)

are made by sintering process.

Like all ceramic materials, these magnets

are very hard and brittle and virtually non-

machinable.

The magnetic adhesive force drops when the

magnet is heated.

AlNiCo (AN)

Aluminium nickel cobalt.

Magnets made of AlNiCo (main constituents

include aluminium, nickel, cobalt and iron) are

made by sintering or casting process.

The material is very hard and tough, but can be

redressed.

These magnets are used in applications in

which the magnetic field is to remain as static

and stable as possible; also under higher

temperature fluctuations.

SmCo (SC)

Samarium cobalt.

Magnets made of SmCo (main constituents

include samarium and cobalt) are made by

sintering process.

The material is very hard and brittle and is

virtually non-machinable.


magnet is heated.

NdFeB (ND)

Neodymium iron boron.

Magnets made of NdFeB (main constituents

include neodymium, iron and boron) are made

by sintering process.

The material is very hard and brittle and is

virtually non-machinable.

This material delivers ultimate magnetic holding

power.


magnet is heated.

Description Hard ferrite (HF) AlNiCo (AN) SmCo (SC) NdFeB (ND)

Pulling force good medium strong very strong

Max. working temperature* ~ 390°F (200°C) ~ 840°F(450°C) ~ 390°F (200°C) ~ 175°F (80°C)

Corrosion resistance very good very good good less good

Machineability not possible diamond cutting, grinding not possible not possible

Demagnetisation capability moderate easy very difficult difficult

by demagnetizing fields by demagnetizing fields only by large demagnetizing fields

only by large demagnetizing fields

Price very reasonable high very high reasonable

* The maximum temperature used is only a guide value, because it also depends on the dimensions of the magnet.

Comparison of Magnet Materials

Materials Composition of Retaining Magnet Assemblies


Other factors aside from the magnet material

and the size of the magnet affecting the

magnetic pulling force are:

- an air gap (magnetically non-conductive

materials act like an air gap)

- the quality of the surface (roughness and

shape)

- the temperature

- the content of ferro-magnetic material in the

steel; the components must also be sufficiently

thick to be able to absorb the entire magnetic

flux.

The magnetic pulling force can also be impaired

by alternating thermal stress and by chemical

factors (aggressive baths, gases, etc.).

The diagrams and graphs below show guide

values relating to the impact on the magnetic

pulling force caused by different mechanical

specifications.

The nominal magnetic pulling forces shown in

the tables of the standard pages are minimum

values which are achieved at:

- room temperature

- perpendicular “tear-off” under full surface

contact of the magnet

- workpieces made of low-carbon steel with

a minimum thickness of 10 mm

100 % technically pure iron

95% St37

95% C15

94% 34CrNiMo6

93% St52-3

92% 90MnV8

90% C45

87% Ck45

86% C60

84% 42CrMo4

75% St50

~ 72% X155CrMo12

65% X210CrW12

50% 20MnCr5

30% GG

0% non-ferrous metals

Hardened workpieces are bad conductors of the magnetic flux. The magnetic pulling force is therefore lower.

Influence of the air gap Influence of the material (steel grade)

Influence of the workpiece surface

on the magnetic pulling force

The displacement force is also influenced by the surface roughness and the magentic pulling force.

Force Measure

1 Newton (N) = .225 lbs.

Displacement force = 20 % – 30 %

of the magnetic pulling force

Pulling Force Information for Retaining Magnet Assemblies

Terms and conditions

Delivery: J.W. Winco, Inc. (“J.W. Winco”) will make every effort to meet or exceed the time frames shown. However, unforeseen circumstances may cause temporary delays. Normal parcel shipments will be received by a reputable commercial freight carrier within 3 business days of shipment date. If Buyer requires a shorter delivery service, a variety of carrier options are available. Under no circumstances will J.W. Winco be responsible for or incur any liability for damages, costs or expenses of any nature (whether general, consequential, as a penalty or as liquidated damages or otherwise) due to any delays in delivery, or failure to make delivery at an agreed or specified time, which result from circumstances beyond J.W. Winco‘s reasonable control. Acceptance by Buyer of the items when received waives any claim for loss or damage resulting from a delay, regardless of the cause of the delay. If Buyer delays or suspends the shipment, Buyer will pay the invoice price for the items as per the payment terms, together with our handling and storage charges in effect. For shipments requiring LTL Collect, we will not be held responsible for items lost or damaged while under the care of carriers. All other export or overseas shipments will be routed per Buyer‘s request and expense. Same day delivery is available, upon request, depending on the time of the day and the destination. There is a $35.00 service charge for same day delivery, in addition to the regular freight charge. Customers wanting to use their collect number for UPS shipping charges are required to provide said collect number in writing on a purchase order. If a customer provides an incorrect number, said customer accepts liability for reimbursement to J.W. Winco, Inc. for UPS‘s $10.00 correction fee and associated shipping charges. In order to prevent any possible fraudulent claims and losses due to misuse, customers‘ UPS collect numbers will not be stored at J.W. Winco, Inc., and therefore will need to be provided in writing by the customer on each occasion of use.

Freight terms: For orders $20.00 and over, all parcel shipments to all 50 states in the U.S.A. and Puerto Rico are FOB-destination and are freight prepaid. For orders lessthan $20, customers will be required to pay shipping costs.All standard UPS shipping to Canada is free. Services requiring a higher level of service than what is standard in your state, for example next day air, in the United Stateswill be billed collect or at actual cost, plus insurance onmerchandise over $100.00 in value. All LTL shipments will be billed collect. The risk of loss to the items (includingdamage or destruction thereto) passes to Buyer upon shipment. Freight terms are subject to changewithout notice.

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Customer satisfaction guarantee–returns:

J.W. Winco‘s goal is to achieve total Buyer satisfaction. As long as standard catalog items are in good condition, Buyer can return the merchandise, within 60 days, freight prepaid, and J.W. Winco will issue full credit for the item not including freight charges. After 60 days all items will be charged a 25% minimum re-stocking fee. All returns must be approved by a J.W. Winco Sales Associate and have a return authorization number issued before the return of said goods. All returns must be returned via UPS-Ground with the return shipping charges prepaid and with reference to the J.W. Winco return authorization number and invoice number. On the return of merchandise from a foreign country, including Mexico and Canada, J.W. Winco will not be responsible for any brokerage fees and duty fees regardless of reason for return. Modified and special

destruction thereto) remains with Buyer when returning catalog items until J.W. Winco receives the items.

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Cancellation policy: All standard stocked components can be cancelled at no charge before shipping, provided total order value is less than $5,000.00, if greater than $5,000 there will be a minimum 25% cancellation fee. Before shipping, all blanket orders on standard components are subject to a minimum 25% cancellation charge.

Special order items:

Special order items of non-stock or modified parts are subject to a +/- 10% quantity shipping variance unless quoted otherwise. All special order items of non-stock or modified parts cannot be cancelled or returned.

Specifications: All specifications are subject to change without notice.

General:

(a) No modification or waiver of these Terms and Conditions is valid unless expressly agreed to by J.W. Winco in writing. No waiver by J.W. Winco of any default under these Terms and Conditions is a waiver of any other or subsequent default.(b) No agreement is formed hereunder unless Buyer‘s order is accepted by J.W. Winco in writing.(c) The unenforceability or invalidity of one or more of the provisions of these Terms and Conditions will not affect the enforceability or validity of any other provision of these Terms and Conditions.(d) THESE TERMS AND CONDITIONS CONTEMPLATE THE

COMPLETE AGREEMENT BETWEEN J.W. WINCO AND BUYER AND NO ADDITIONAL OR DIFFERENT TERMS OR CONDITIONS STATED BY BUYER SHALL BE BINDING UNLESS AGREED TO BY J.W. WINCO IN WRITING. No course of dealing, usage of trade or course of performance will be relevant to supplement or explain any terms used in these Terms and Conditions.(e) These Terms and Conditions are governed by and shall be construed in accordance with the Uniform Commercial Code as enacted by the State of Wisconsin.

Business hours: 8:00 a.m. to 5:00 p.m. Central Standard Time, Monday through Friday. Various Holiday closings are observed.

Limited Warranty

Limited Warranty: All products sold, are warranted by J.W. Winco, Inc. only to purchasers for resale or for use in business or original equipment manufacture, against defects in workmanship or materials under normal use for 90 days after date of purchase from J.W. Winco, Inc. Any part which is determined by J.W. Winco to be defective in material or workmanship and returned to J.W. Winco, shipping costs prepaid, will be, as the exclusive remedy, repaired or replaced. At J.W Winco‘s option the purchase price may be refunded. All returns must be pre-approved by an authorized J.W. Winco sales associate prior to return. All returns must reference the invoice number and return authorization number marked on the exterior of the package. Any damage or tampering to products resulting from improper packaging or handling will void any warranty or refunds at J.W. Winco‘s option.

Limitation of liability: The above limited warranty is in lieu

of all other warranties, expressed or implied, and there are no warranties which extend beyond the face hereof. J.W. Winco will not be liable for incidental, consequential or special damages or for any loss, damage or expense arising from the sale, use or installation of the items or from any other cause whatsoever, whether based on warranty (expressed or implied) or otherwise based on contract or in tort. J.W. Winco expressly disclaims any liability for consequential and/or incidental damages for all the following, but not limited to, lost sales, lost profits and injury to person or property. J.W. Winco‘s liability is limited to, and shall not exceed, the purchase price of the product.

Warranty disclaimer: J.W. Winco has made diligent effort to illustrate and describe the products in this catalog accurately; however, such illustrations and descriptions are for the sole purpose of identification, and do not express or imply a warranty that the products are merchantable, or fit for a particular purpose, or that the product will necessarily conform to the illustrations or descriptions. No warranty or affirmation of fact, expressed or implied, other than set forth in the limited warranty statement above is made or authorized by J.W. Winco, Inc. J.W. Winco does not warrant or represent that merchandise sold complies with any Law, including but not limited to, OSHA, the Walsh-Healy Public Contracts Act, and/or regulations promulgated thereunder.

No warranties to consumers: J.W. Winco makes no warranties to those defined as consumers in the Magnuson-Moss Warranty-Federal Trade Commission Improvement Act.

Advice: J.W. Winco assumes no obligation or liability for advice or assistance given or results obtained in connection with any goods sold. All such advice or assistance is given and accepted at Purchaser‘s risk. Any decisions as to use or installation of goods sold hereunder is that of the Purchaser.

Cross reference information: Product cross- reference comparisons do not imply that all products compared are available, or in the case of functional equivalency, that performance and other characteristics are perfectly comparable. For critical applications, review specifications prior to purchase.

order items cannot be cancelled or returned. The risk of loss to the items (including damage or

J.W. Winco, Inc.*

Phone: 262/786-8227 800/877-8351Fax: 262/786-8524 800/472-0670

E-mail: [email protected]

P.O. Box 5100352815 S. Calhoun Rd.New Berlin, WI 53151-0035

J.W. Winco Canada, Inc.

Phone: 800/877-8351Fax: 800/472-0670

E-mail: [email protected]

2199 Dunwin Drive Mississauga, ON L5L 1X2

*J.W. Winco, Inc. is ISO 9001:2008 Certified.

www.jwwinco.com

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Documents

J.W. Winco, Inc. Retaining Magnet Assemblies