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Turquoise Stroke Switches

Lineup
- ABJ (BJ) Turquoise Switches Ultra-miniature Size Sealed Switches
- ABS (BS) Turquoise Switches Subminiature Size Sealed Switches
- ABV (BV) Turquoise Switches Miniature Size Sealed Switches
- Turquoise Stroke Switches Long Stroke and Sliding Contact Construction Sealed Switches
- Turquoise Stroke Mini Switches Small size and Long Stroke Sliding Contact Construction Sealed Switches
- Turquoise Stroke Mini Switch Resistor installed type Small seal switches with wiring failure detecting function
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FAQ

Basic Information

Part Number

Rating/Performance

Dimensions

Contact rating

1 mA 5 V DC to 100 mA 30 V DC

Note: Please consult us regarding 42 V DC rating.

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Operation environment and conditions

Item	Specifications
Ambient and storage temperature	-40°C to +85°C (no freezing and condensing)
Allowable operating speed	30 to 500 mm/sec.
Max. operating cycle rate	120 cpm

*	When switching at low and high speeds or under vibration, or in high-temperature, high-humidity environments, life and performance may be reduced significantly depending on the load capacity. Please consult us.

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Electrical characteristics

Dielectric strength (Initial)	Between non-continuous terminals: 600 Vrms, Between each terminal and other exposed metal parts: 1,500 Vrms, Between each terminal and ground: 1,500 Vrms (at detection current of 1 mA)
Insulation resistance (Initial)	Min. 100 MΩ (at 500 V DC insulation resistance meter) (Locations measured same as dielectric strength.)
Contact resistance (Initial)	Max. 1 Ω (by voltage drop 0.1 A 6 to 8 V DC)

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Characteristics

Item		Specifications
Electrical switching life	5 V DC 1 mA (Resistive load)	Min. 5 x 10⁵ Note 1)	Switching frequency: 20 times/min. Conduction ratio: 1:1 Pushbutton operation speed: 100 mm/s Pushbutton switching position: free position (FP) to operation limit position (TTP)
	16 V DC 50 mA (Resistive load)	Min. 5 x 10⁵ Note 2)
	30 V DC 100 mA (Resistive load)	Min. 2 x 10⁵ Note 2)
Vibration resistance (malfunction vibration resistance)		Single amplitude: 0.75 mm Amplitude of vibration: 10 to 55 Hz (4 minutes cycle) Direction and time: 30 minutes each in X, Y and Z directions
Vibration resistance (malfunction vibration resistance)		Amplitude of vibration: 5 to 200 Hz (10 minutes cycle) Acceleration: 43.1 m/s² Direction and time: 30 minutes each in X, Y and Z directions
Shock resistance (malfunction shock resistance)		Shock value: 980 m/s² Direction and time: 5 times each in X, Y and Z directions
Vibration resistance endurance		Frequency of vibration: 33.3 Hz, Acceleration: 43.1 m/s² Direction and time: 8 hours each in X, Y and Z directions
Terminal strength		6 N min. (each direction) *Terminal deformation possible.
Heat resistance		85°C 500 houres
Cold resistance		-40°C 500 houres
Humidity resistance		40°C 95% RH 500 houres
Thermal shock resistance		30 min. at 85°C to 30 min at -40°C for 1,000 cycles
Unit weight		Approx. 0.8 g (terminal type), Approx. 5.4 g (wire leads side type)
Protection grade		IP67 (except exposed terminal part of terminal type)

*	As long as there are no particular designations, the following conditions apply to the test environment. • Ambient temperature: 5 to 35°C • Relative humidity: 25 to 85% RH • Air pressure: 86 to 106 kPa

Note 1:		Switching life for single switching (COM-N.C. or COM-N.O. connection) and double switching (COM-N.C. and COM-N.O. connection).
Note 2:		Switching life is for single switching life. For double switching it is greater than 10⁵ times.

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Protection grade

1. JIS C0920 (water-resistance experiments for electrical machines and protection rating against incursion of solid substances): Immersion protected (Note 1)
2. IEC 60529 (rating for outer shell protection): IP67 (Immersion protected) (Note 1)
3. JIS D0203 (method for testing moisture resistance and water resistance in automotive components): Equivalent of D2 (Note 2)

Note 1)		A concrete testing method is to check for any adverse effect on the structure after leaving it submerged for 30 minutes under 1 m of water (with temperature difference between water and switch no larger than 5°C).
Note 2)		A concrete testing method is to check for any adverse effect on the structure after leaving it submerged for 10 minutes under 10 cm water (with temperature difference between water and switch no larger than 30°C).

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Operating characteristics

Characteristics		Pin plunger	Leaf leve	Simulated leaf lever
Operating Force (OF) Max. *Note 2		1.5 mm	1.7 mm	1.5 mm
Total travel Force (TF) Max. (reference value)		(2.0 N)	(3.1 N)	(2.8 N)
Free Position (FP) Max.	From mounting boss and hole center line	9.2 mm	11.5 mm	14.4 mm
Free Position (FP) Max.	From standoff	13.4 mm	15.7 mm	18.6 mm
Operating Position on N.C. side (OP (N.C.) ) *Note 3	From mounting boss and hole center line	8.7±0.3 mm	9.8±0.5 mm	12.5±0.5 mm
Operating Position on N.C. side (OP (N.C.) ) *Note 3	From standoff	12.9±0.3 mm	14.0±0.5 mm	16.7±0.5 mm
Operating Position on N.O. side (OP (N.O.) ) *Note 4	From mounting boss and hole center line	8.4±0.3 mm	9.3±0.5 mm	12.0±0.5 mm
Operating Position on N.O. side (OP (N.O.) ) *Note 4	From standoff	12.6±0.3 mm	13.5±0.5 mm	16.2±0.5 mm
Release Position on N.C. side (RP (N.C.) ) *Note 5	From mounting boss and hole center line	8.8±0.3 mm	10.1±0.5 mm	12.9±0.5 mm
Release Position on N.C. side (RP (N.C.) ) *Note 5	From standoff	13.0±0.3 mm	14.3±0.5 mm	17.1±0.5 mm
Release Position on N.O. side (RP (N.O.) ) *Note 6	From mounting boss and hole center line	8.5±0.3 mm	9.6±0.5 mm	12.4±0.5 mm
Release Position on N.O. side (RP (N.O.) ) *Note 6	From standoff	12.7±0.3 mm	13.8±0.5 mm	16.6±0.5 mm
Over travel on N.C. side (OT (N.C.) ) Min.		2.5 mm	3.1 mm	3.3 mm
Over travel on N.O. side (OT (N.O.) ) Min.		2.2 mm	2.6 mm	2.8 mm
Total Travel Position (TTP) (reference value)	From mounting boss and hole center line	(5.9 mm)	(6.2 mm)	(8.7 mm)
Total Travel Position (TTP) (reference value)	From standoff	(10.1 mm)	(10.4 mm)	(12.9 mm)

Notes:	1.	The above indicates the characteristics when operating the pushbutton from the vertical direction.
	2.	Indicates operation load for N.O. contact to achieve ON status.
	3.	Indicates position for N.C. contact to achieve OFF status.
	4.	Indicates position for N.O. contact to achieve ON status.
	5.	Although there is some overlap in the range of the operating position (OP) on the N.C. and N.O. sides due to the tolerance, in actuality there is always an intermediate OFF range (the N.C. and N.O. sides will never ON at the same time.)
	6.	Indicates position for N.C. contact to achieve ON status.
	7.	Indicates position for N.O. contact to achieve OFF status.