9icnet provides you with RT314F24 designed and produced by TE Connectivity Potter & Brumfield Relays, which is sold in 9icnet on the spot, and can be purchased through channels such as the original factory and agents. RT314F24 price reference $7.74000. TE Connectivity Potter & Brumfield Relays RT314F24 Package/Specification: RELAY GEN PURPOSE SPDT 16A 24V. You can download RT314F24 english data, pin diagram, Datasheet data sheet function manual, the data contains detailed pin diagrams of diode rectifiers, application circuit diagrams of functions, voltages, usage methods and tutorials.
Prices and stocks marked on 9icnet are for reference only. If you don't find what you are looking for, you can contact us by email or online message, such as RT314F24 price, stock quantity, data sheet and manufacturer. We look forward to your contact and provide you with quality service.
The RT314F12 is RELAY GEN PURPOSE SPDT 16A 12V, that includes RT1 Bistable, SCHRACK Series, they are designed to operate with a Low Profile Relays Product, Type is shown on datasheet note for use in a Miniature, that offers Packaging features such as Tube, Part Aliases is designed to work in 8-1393239-7, as well as the Through Hole Mounting Style, the device can also be used as PC Pin Termination Style. In addition, the Height is 15.7 mm, the device is offered in 29 mm Length, the device has a 12.7 mm of Width, and Mounting Type is Through Hole, and the Features is Insulation - Class F, Sealed - Flux Protection, and Contact Material is Silver Nickel (AgNi), and the Contact Termination is Solder Pin, and Contact Form is SPDT (1 Form C), and the Operate Time is 10ms, and Release Time is 10ms, and the Relay Type is General Purpose, and Coil Type is Latching, Dual Coil, and the Coil Current is 50mA, and Coil Voltage is 12VDC, and the Contact Rating Current is 16A, and Switching Voltage is 400VAC - Max, and the Turn On Voltage Max is 8.4 VDC, and Coil Resistance is 240 Ohms, and the Contact Current Rating is 20 A, and Maximum Switching Current is 30 A, and the Power Consumption is 600 mW, and Coil Termination is Solder Pin.
The RT314F05 is RELAY GEN PURPOSE SPDT 16A 5V, that includes 12.7 mm Width, they are designed to operate with a Miniature Type, Turn On Voltage Max is shown on datasheet note for use in a 3.5 VDC, that offers Termination Style features such as PC Pin, Switching Voltage is designed to work in 400VAC - Max, as well as the RT1 Bistable, SCHRACK Series, the device can also be used as 10ms Release Time. In addition, the Relay Type is General Purpose, the device is offered in Low Profile Relays Product, the device has a 600 mW of Power Consumption, and Part Aliases is 8-1393239-5, and the Packaging is Tube, and Operate Time is 10ms, and the Mounting Style is Through Hole, and Mounting Type is Through Hole, and the Maximum Switching Current is 30 A, and Length is 29 mm, and the Height is 15.7 mm, and Features is Insulation - Class F, Sealed - Flux Protection, and the Contact Termination is Solder Pin, and Contact Rating Current is 16A, and the Contact Material is Silver Nickel (AgNi), and Contact Form is SPDT (1 Form C), and the Contact Current Rating is 20 A, and Coil Voltage is 5VDC, and the Coil Type is Latching, Dual Coil, and Coil Termination is Solder Pin, and the Coil Resistance is 42 Ohms, and Coil Current is 119mA.
The RT314F06 is RELAY GEN PURPOSE SPDT 16A 6V, that includes 109mA Coil Current, they are designed to operate with a Latching, Dual Coil Coil Type, Coil Voltage is shown on datasheet note for use in a 6VDC, that offers Contact Form features such as SPDT (1 Form C), Contact Rating Current is designed to work in 16A, as well as the Insulation - Class F, Sealed - Flux Protection Features, the device can also be used as Through Hole Mounting Type. In addition, the Operate Time is 10ms, the device is offered in Tube Packaging, the device has a General Purpose of Relay Type, and Release Time is 10ms, and the Series is RT1 Bistable, SCHRACK, and Switching Voltage is 400VAC - Max, and the Termination Style is PC Pin, and Turn On Voltage Max is 4.2 VDC.