SP3T Rotary Switches 8

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Part RoHS Manufacturer Switch Type Mounting Feature Switch Function Type (Actuator) Contact Function Solderability AC Maximum Rating R Load (Contact) Center Contact Plating Color (Actuator) Housing Material Body Color Dielectric Withstand Volts (V) Terminal Material AC Maximum Rating M Load (Contact) Electrical Life DC Maximum Power Rating R Load (Contact) Illumination Insulation Resistance Packing Method Body Length/Diameter Body Width Length (Bushing) Sealing No. of Switch Sections Contact Timing Insulator Material End Contact Plating Body Height DC Maximum Rating R Load (Contact) Finish (Actuator) Washability Maximum Operating Temperature Maximum AC Contact Current Center Contact Material AC Maximum Rating I Load (Contact) Minimum Operating Temperature Length (Actuator) Terminal Finish Switch Action Maximum DC Contact Current Termination Type Manufacturer Series Contact Resistance Diameter (Bushing) End Contact Material PCB Hole Count No. of Positions Maximum DC Contact Voltage Additional Features Maximum AC Contact Voltage JESD-609 Code Indexing Angle Type (Bushing) Terminal Length AC Maximum Power Rating R Load (Contact) Material (Actuator)

312-3

Ohmite Manufacturing

ROTARY SWITCH

PANEL MOUNT

SP3T

SHAFT TYPE

30A@300VAC

84 mm

1

57.2 mm

30A@20VDC

30 A

LATCHED

30 A

SOLDER

312

3

20 V

300 V

30 deg

212-3

Ohmite Manufacturing

ROTARY SWITCH

PANEL MOUNT

SP3T

SHAFT TYPE

20A@150VAC

57 mm

1

44.5 mm

20A@20VDC

20 A

LATCHED

20 A

SOLDER

212

3

20 V

150 V

30 deg

111-3

Ohmite Manufacturing

ROTARY SWITCH

PANEL MOUNT

SP3T

SHAFT TYPE

15A@125VAC

56 mm

1

28.7 mm

15A@20VDC

15 A

LATCHED

15 A

SOLDER

111

3

20 V

125 V

30 deg

0033.4214

Schurter Ag

ROTARY SWITCH

THROUGH HOLE-STRAIGHT

SP3T

SCREW DRIVER/COIN TYPE

6.3A@250VAC

BULK

20 mm

1

24 mm

6.3A@250VDC

6.3 A

TIN/TIN COPPER

LATCHED

6.3 A

SOLDER

3

250 V

PANEL MOUNT-THREADED ALSO AVAILABLE

250 V

e3/e2

75CP36-01-1-03N

Grayhill

ROTARY SWITCH

THROUGH HOLE-STRAIGHT

SP3T

INTEGRAL KNOB TYPE

.2A@115VAC

10000 Cycle(s)

7.57 mm

1

9.5 mm

.2A@30VDC

.2 A

GOLD

LATCHED

.2 A

SOLDER

3

30 V

115 V

e4

36 deg

MRB14B

Nkk Switches

ROTARY SWITCH

THROUGH HOLE-STRAIGHT

SP3T

ROTARY

ON-ON-ON

WAVE

GOLD

500VAC

BRASS

10000 Cycle(s)

0.4VA@28VDC

100000000 ohm

15.748 mm

14.5034 inch

.276 inch

BREAK-BEFORE-MAKE

GOLD

10.9982 mm

70 Cel

BERYLLIUM COPPER

-10 Cel

.394 inch

TIN

CIRCULAR

SOLDER

80 mohm

COPPER

8

e3

45 deg

M6P0.75

.138 inch

BRASS

A11505RNZQE

ITT Cannon

ROTARY SWITCH

PANEL MOUNT-THREADED

SP3T

HIGH-FLATTED

2.5A@125VAC

15000 Cycle(s)

26.19 mm

EPOXY TERMINAL SEALED

1

12.83 mm

.35A@125VDC

85 Cel

2.5 A

-30 Cel

Silver (Ag)

LATCHED

.35 A

SOLDER

A115

3

125 V

125 V

e4

45 deg

R10305RN02Q

C & K Components

ROTARY SWITCH

THROUGH HOLE-STRAIGHT

SP3T

FLAT TYPE

5A@125VAC

SILVER

NYLON

1000VRMS

COPPER

10000 Cycle(s)

1000000000 ohm

23.37 mm

EPOXY

1

MAKE-BEFORE-BREAK

SILVER

6.99 mm

.5A@125VDC

95 Cel

5 A

COPPER

-30 Cel

.5 inch

SILVER

LATCHED

.5 A

SOLDER

10 mohm

COPPER

3

125 V

125 V

e4

36 deg

.28 inch

NYLON

Rotary Switches

Rotary switches are electronic switches that are activated by rotating a dial or knob. They are commonly used in a variety of applications, such as audio equipment, industrial control systems, and consumer electronics.

Rotary switches typically consist of a housing, a dial or knob, and a set of electrical contacts. When the dial or knob is rotated, it completes a circuit between the contacts, allowing electrical current to flow through the switch. Some rotary switches also include detents or stops that provide tactile feedback as the dial is rotated.

Rotary switches come in different configurations, including single-pole, double-pole, and multi-pole switches. They also come in different contact arrangements, such as make-before-break, break-before-make, and center-off switches.

Rotary switches offer several advantages over other types of switches. They provide a simple and intuitive means of controlling circuits, and they offer tactile feedback that can help to ensure reliable operation. They are also highly durable and can withstand frequent use and harsh environments.