TE Connectivity Pushbutton Switches 201

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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 No. of Switches Angle (Actuator) Dielectric Withstand Volts (V) Terminal Material Electrical Life DC Maximum Power Rating R Load (Contact) Illumination Insulation Resistance Circuit Config Packing Method Maximum Contact Bounce Time Body Length/Diameter Body Width Length (Bushing) Sealing Contact Timing Maximum Operating Force 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 No. of Independent Keys Manufacturer Series Contact Resistance Diameter (Bushing) Actuator Travel (mm) End Contact Material PCB Hole Count 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)

7-1393246-6

TE Connectivity

PUSHBUTTON SWITCH

PANEL MOUNT

SPST

50A@250VAC

BLACK

35.15 mm

17.53 inch

40.64 mm

50A@50VDC

50 A

MOMENTARY

50 A

SOLDER

50 V

250 V

7227K2

TE Connectivity

PUSHBUTTON SWITCH

7227K2

FSMRA6JH

TE Connectivity

PUSHBUTTON SWITCH

PANEL MOUNT

SPST

BUTTON TYPE

OFF-(ON)

SILVER

WHITE

NYLON

BLACK

500VAC

COPPER ALLOY

100000 Cycle(s)

100000000 ohm

BULK

7.11 mm

6.62 inch

1.568 N

NYLON

SILVER OVER NICKEL

7.01 mm

.05A@24VDC

85 Cel

.05 A

COPPER ALLOY

-35 Cel

.167 inch

MOMENTARY

.05 A

SOLDER

100 mohm

.254

COPPER ALLOY

2

24 V

.138 inch

POLYBUTYLENE TEREPHTHALATE

PB6B2FM2M1CAL06

TE Connectivity

PUSHBUTTON SWITCH

PANEL MOUNT

SPST

GOLD OVER SILVER

BLACK

DIALLYL PHTHALATE

BULK

.12 A

.12 A

WIRE

1

50 V

125 V

POLYAMIDE

PB6B2FM3M1CAL00S500

TE Connectivity

PUSHBUTTON SWITCH

PANEL MOUNT

SPST

GOLD OVER SILVER

RED

DIALLYL PHTHALATE

BULK

.12 A

.12 A

WIRE

1

50 V

125 V

POLYAMIDE

PB6B2HS3M1CAL00Y500

TE Connectivity

PUSHBUTTON SWITCH

PANEL MOUNT

SPST

GOLD OVER SILVER

RED

DIALLYL PHTHALATE

BULK

.12 A

.12 A

WIRE

1

50 V

125 V

POLYAMIDE

TP11CGPC004

TE Connectivity

PUSHBUTTON SWITCH

PANEL MOUNT

SPST

PUSHBUTTON

OFF-(ON)

GOLD

BLACK

POLYETHYLENE

0 deg

1000VRMS

BRASS

100000 Cycle(s)

0.4VA@20VDC

1000000000 ohm

BULK

8.128 mm

5.2324 inch

EPOXY TERMINAL SEALED

BREAK-BEFORE-MAKE

3.92 N

GOLD OVER NICKEL

8.3312 mm

95 Cel

.4 A

COPPER ALLOY

-30 Cel

.129 inch

MOMENTARY

.4 A

WIRE

1

20 mohm

COPPER ALLOY

2

20 V

UL

.129 inch

POLYETHYLENE

TPA11CGRA004

TE Connectivity

PUSHBUTTON SWITCH

PANEL MOUNT

SPST

OFF-(ON)

GOLD

BLACK

POLYETHYLENE

BULK

EPOXY TERMINAL SEALED

3.92 N

.4 A

.151 inch

.4 A

SOLDER

1

COPPER ALLOY

20 V

POLYETHYLENE

W23-X1A1G-4

TE Connectivity

PUSHBUTTON SWITCH

PANEL MOUNT

SPST

4A@250VAC

BLACK

35.15 mm

17.53 inch

40.64 mm

4A@50VDC

4 A

MOMENTARY

4 A

SOLDER

50 V

250 V

Pushbutton Switches

Pushbutton switches are electronic switches that are activated by pressing a button or actuator. They are commonly used in a variety of applications, such as industrial control systems, consumer electronics, and medical devices.

Pushbutton switches typically consist of a housing, a button or actuator, and a set of electrical contacts. When the button or actuator is pressed, it completes a circuit between the contacts, allowing electrical current to flow through the switch.

Pushbutton switches come in different configurations, including momentary, latching, and toggle switches. Momentary switches are activated only while the button or actuator is pressed, while latching switches remain in the on or off position until manually reset. Toggle switches have a lever or toggle that can be flipped to turn the switch on or off.

Pushbutton switches offer several advantages over other types of switches. They provide a simple and easy-to-use 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.