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Ratings
Actuator Flexible rod (coil spring)(high OF)
Sensitivity Standard sensitivity
Operation type General type
Operating mechanism Snap action
Switching mechanism Self-reset type
Contact method Single-Pole, Double-Throw type
Contact form 1c
Contact gap 0.5 mm
Load General load
Rated current 15 A
Ratings (AC)Non-Inductive load Rated voltage: 125 VAC, Resistive load: 15 A (NC) 15 A (NO), Lamp load: 2 A (NC) 1 A (NO)
Rated voltage: 250 VAC, Resistive load: 15 A (NC) 15 A (NO), Lamp load: 1 A (NC) 0.5 A (NO)
Ratings (AC)Inductive load Rated voltage: 125 VAC, Inductive load: 7 A (NC) 7 A (NO), Motor load: 2.5 A (NC) 2 A (NO)
Rated voltage: 250 VAC, Inductive load: 5 A (NC) 5 A (NO), Motor load: 1.5 A (NC) 1 A (NO)
Ratings (DC)Non-Inductive load Rated voltage: 8 VDC, Resistive load: 15 A (NC) 15 A (NO), Lamp load: 3 A (NC) 1.5 A (NO)
Rated voltage: 14 VDC, Resistive load: 15 A (NC) 15 A (NO), Lamp load: 3 A (NC) 1.5 A (NO)
Rated voltage: 30 VDC, Resistive load: 6 A (NC) 6 A (NO), Lamp load: 3 A (NC) 1.5 A (NO)
Rated voltage: 125 VDC, Resistive load: 0.5 A (NC) 0.5 A (NO), Lamp load: 0.5 A (NC) 0.5 A (NO)
Rated voltage: 250 VDC, Resistive load: 0.25 A (NC) 0.25 A (NO), Lamp load: 0.25 A (NC) 0.25 A (NO)
Ratings (DC)Inductive load Rated voltage: 8 VDC, Inductive load: 15 A (NC) 15 A (NO), Motor load: 5 A (NC) 2.5 A (NO)
Rated voltage: 14 VDC, Inductive load: 10 A (NC) 10 A (NO), Motor load: 5 A (NC) 2.5 A (NO)
Rated voltage: 30 VDC, Inductive load: 5 A (NC) 5 A (NO), Motor load: 5 A (NC) 2.5 A (NO)
Rated voltage: 125 VDC, Inductive load: 0.05 A (NC) 0.05 A (NO), Motor load: 0.05 A (NC) 0.05 A (NO)
Rated voltage: 250 VDC, Inductive load: 0.03 A (NC) 0.03 A (NO), Motor load: 0.03 A (NC) 0.03 A (NO)
Ratings explanation Lamp load has an inrush current of 10 times the steady-state current. Inductive load has a power factor of 0.4 Min. (AC) and a time constant of 7 ms Max. (DC). Motor load has an inrush current of 6 times the steady-state current.
Inrush current NC: 30 A
NO: 15 A
Ambient temperature Operating: -10 CEL to 60 CEL
Storage: -10 CEL to 60 CEL
(with no icing or condensation)
Ambient humidity Operating: 35%RH to 95%RH
Storage: 35%RH to 95%RH
(with no icing or condensation)
Characteristics
Speed of permissible operation 1 mm/s to 1000 mm/s
Operating specification (Mechanically) 120 operations / 1 minute Max.
Operating specification (Electrically) 20 operations / 1 minute Max.
Contact resistance 15 m Ohm Max. (Initial value)
(Measuring method is voltage drop method at 1 A, 6 to 8 VDC.)
Insulation resistance Between each terminal of the same polarities: 100 M Ohm Min.
Between live-metallic part and ground: 100 M Ohm Min.
Between each terminal and non-live-metallic part: 100 M Ohm Min.
(at 500 VDC Megger)
Dielectric strength Between each terminal of the same polarities: 1,000 VAC
Between live-metallic part and ground: 2,000 VAC
Between each terminal and non-live-metallic part: 2,000 VAC
(50/60 Hz for 1 min.)
Mechanical durability 1,000,000 operations Min.
Electrical durability 100,000 operations Min. (rating load)
Vibration resistance (Malfunction) Vibration frequency range: 10 to 20 Hz, Double amplitude: 1.5 mm, Malfunction: 1 ms max. at the free position and the total travel of 40 mm.
Shock resistance (Destruction) 1,000 m/s2
Shock resistance (Malfunction) Malfunction time is 1 ms max. at the free position and the total travel of 40 mm at 50 m/s2.
Degree of protection Drip-proof type
IEC60529 (JEM): Equivalent to IP62
Mounting Method Mounting with screw
Material of case Thermosetting resin
Operating characteristics
Operating Force (OF) Standard value 0.49 N Max.
Pre-Travel (PT) Reference value 20 mm Max.
Over-Travel (OT) Standard value 42 to 60 mm
Total travel (TT) Standard value 40 mm Max.

Precautions for correct use:
The actuator can be operated from any direction, except the direction of the axis of the actuator.
An operating object should operate the actuator within 30 mm from the top of actuator. Do not operate the actuator within 80 mm from the mounting hole to avoid the damage of the actuator.
When shaking off the actuator, the actuator returns and causes contact chattering of the switch. Use chattering amends circuit to avoid the contact chattering, if there is no obstacle.
Do not use the switch by shaking off the actuator in case of the switching, if a power circuit because contact weld will be occurred due to the chattering caused by the actuator return.

Note:
Cap-rubber is made from weather-proof rubber (Chloroprene rubber).

As of February 26, 2008

For print

As of February 26, 2008