ON-OFF Slide Switches 6

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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 Angle (Actuator) Dielectric Withstand Volts (V) Terminal Material Electrical Life DC Maximum Power Rating R Load (Contact) Insulation Resistance Packing Method Body Length/Diameter Body Width Sealing No. of Switch Sections 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 Minimum Operating Temperature Length (Actuator) Terminal Finish Switch Action Maximum DC Contact Current Termination Type No. of Independent Keys Manufacturer Series Contact Resistance Actuator Travel (mm) End Contact Material PCB Hole Count No. of Positions Maximum DC Contact Voltage Additional Features Maximum AC Contact Voltage JESD-609 Code Terminal Length AC Maximum Power Rating R Load (Contact) Material (Actuator)

500SDP1S1M2QEA

E-switch

SLIDE SWITCH

THROUGH HOLE-STRAIGHT

DPDT

SLIDE

ON-OFF

2A@250VAC

SILVER

STAINLESS STEEL

0 deg

COPPER ALLOY

1000000000 ohm

12.7 mm

11.43 inch

EPOXY

SILVER

7.6962 mm

5A@28VDC

85 Cel

2 A

COPPER ALLOY

-30 Cel

.2 inch

Silver (Ag)

HORIZONTAL

5 A

SOLDER

100 mohm

COPPER ALLOY

2

28 V

250 V

e4

.189 inch

NYLON

R13-608A1-02-BB-9A

Multicomp Pro

PANEL MOUNT

SPST

SLIDE

ON-OFF

10A@250VAC

1500VAC

100000000 ohm

27.5082 mm

13.4874 inch

9.4996 mm

85 Cel

10 A

-20 Cel

.437 inch

QUICK CONNECT

R13

50 mohm

1

250 V

.315 inch

0.5HP@250VAC

78J04

Grayhill

THROUGH HOLE-STRAIGHT

SPDT

SLIDE

ON-OFF

HAND

GOLD OVER NICKEL

0 deg

500VAC

COPPER ALLOY

20000 Cycle(s)

1000000000 ohm

22.352 mm

9.652 inch

BREAK-BEFORE-MAKE

THERMOPLASTIC

GOLD OVER NICKEL

6.731 mm

0.15A@30VDC

SOLVENT

85 Cel

BRASS

-40 Cel

.05 inch

TIN-LEAD/NICKEL

VERTICAL

.15 A

SOLDER

78

100 mohm

COPPER ALLOY

16

4

30 V

ISOLATED POLES

.136 inch

THERMOPLASTIC

A6D-6101

Omron

THROUGH HOLE-STRAIGHT

6PST

SLIDE

ON-OFF

0 deg

500VAC

2000 Cycle(s)

100000000 ohm

17.2974 mm

6.604 inch

MAKE-BEFORE-BREAK

POLYBUTYLENE TEREPHTHALATE

3.4036 mm

0.03A@30VDC

70 Cel

BERYLLIUM COPPER

-20 Cel

0 inch

HORIZONTAL

.03 A

SOLDER

A6D

100 mohm

BERYLLIUM COPPER

12

2

30 V

.181 inch

POLYPHENYLENE TEREPHTHALATE

A6D-8101

Omron

THROUGH HOLE-STRAIGHT

8PST

SLIDE

ON-OFF

0 deg

500VAC

2000 Cycle(s)

100000000 ohm

22.4028 mm

6.604 inch

MAKE-BEFORE-BREAK

POLYBUTYLENE TEREPHTHALATE

3.4036 mm

0.03A@30VDC

70 Cel

BERYLLIUM COPPER

-20 Cel

0 inch

HORIZONTAL

.03 A

SOLDER

A6D

100 mohm

BERYLLIUM COPPER

16

2

30 V

.181 inch

POLYPHENYLENE TEREPHTHALATE

A6D-4101

Omron

THROUGH HOLE-STRAIGHT

4PST

SLIDE

ON-OFF

0 deg

500VAC

2000 Cycle(s)

100000000 ohm

12.192 mm

6.604 inch

MAKE-BEFORE-BREAK

POLYBUTYLENE TEREPHTHALATE

3.4036 mm

0.03A@30VDC

70 Cel

BERYLLIUM COPPER

-20 Cel

0 inch

HORIZONTAL

.03 A

SOLDER

A6D

100 mohm

BERYLLIUM COPPER

8

2

30 V

.181 inch

POLYPHENYLENE TEREPHTHALATE

Slide Switches

Slide switches are electronic switches that are activated by sliding a lever back and forth. They are commonly used in a variety of applications, such as consumer electronics, industrial control systems, and home appliances.

Slide switches typically consist of a housing, a slider lever, and a set of electrical contacts. When the lever is slid in one direction, it completes a circuit between the contacts, allowing electrical current to flow through the switch. When the lever is slid in the opposite direction, the circuit is broken and the current stops flowing.

Slide 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.

Slide 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.