UL Other Function Relays 7

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Part	Manufacturer	Relay Action	Relay Function	Coil or Input Supply Type	Reference Standard	Maximum Contact AC Rating (R Load)	Dielectric Strength Between Open Contacts	Relay Form	Operate Time	Electrical Life	Maximum Contact DC Power Rating (R Load)	Release Time	Insulation Resistance	Body Length/Diameter	Body Width	Coil Resistance	Sealing	Weight	No. of Terminals	Physical Dimension	End Contact Plating	Body Height	Dielectric Strength Between Coil & Contacts	Maximum Contact DC Rating (R Load)	Maximum Operating Temperature	Maximum AC Contact Current	Minimum Operating Temperature	DC Coil Release Voltage	Terminal Finish	Maximum DC Contact Current	Termination Type	Nominal Coil Voltage	DC Coil Operate Voltage	Contact Resistance	Input Switching Control Type	End Contact Material	PCB Hole Count	Maximum DC Contact Voltage	Maximum AC Contact Voltage	JESD-609 Code	Terminal Length	Maximum DC Coil Voltage	Maximum Contact AC Power Rating (R Load)	Contact or Output Supply Type
713-5	Hasco Components International	Latched	SPST	DC	UL		600 Vrms	1 Form A	500 µs	50000000 Cycle(s)		200 µs	1 GΩ	1.125 in (28.57 mm)	7.62 in (193.548 mm)	500 Ω	Epoxy		4	1.125 x 0.3 x 0.42 in (28.57 x 7.62 x 10.66 mm)		0.42 in (10.66 mm)	2.5 kVrms					500 mV			Solder	5 V	3.75 V	150 mΩ	Random		4				0.1496 in (3.8 mm)			AC/DC
8L61-12-011	Coto Technology	Momentary	SPDT	DC	UL	0.25A@100VAC	200 Vrms	1 Form C	1 ms		3W@100VDC	1 ms	1 GΩ	0.768 in (19.5 mm)	7.62 in (193.548 mm)	500 Ω	Hermetical		8	0.768 x 0.3 x 0.273 in (19.5 x 7.62 x 6.93 mm)		0.273 in (6.93 mm)	1.5 kVrms	0.25A@100VDC	85 °C (185 °F)	250 mA	-20 °C (-4 °F)	1 V	Matte Tin	250 mA	Solder	12 V	9.6 V		Random			100 V	100 V	e3		15 V		AC/DC
276XAXH-24D	Schneider Electric Sa		SPST	DC	UL	7A@240VAC	1 kVrms	1 Form A	10 ms	100000 Cycle(s)				0.807 in (20.49 mm)	12.7 in (322.58 mm)	2.88 kΩ	Epoxy	5.5 g	5	0.807 x 0.5 x 0.394 in (20.49 x 12.7 x 10 mm)		0.394 in (10 mm)	2 kVrms	7A@30VDC	70 °C (158 °F)	7 A	-40 °C (-40 °F)			7 A	Solder	24 V			Random	Silver Alloy	5	30 V	240 V		0.1378 in (3.5 mm)			AC/DC
AZ943-1CH-12DEG	American Zettler	Latched	SPDT	DC	UL	10A@277VAC	750 Vrms	1 Form C	10 ms	100000 Cycle(s)	210W@30VDC	5 ms	100 MΩ	0.758 in (19.25 mm)	15.49 in (393.446 mm)	400 Ω	Epoxy	10 g	5	0.758 x 0.61 x 0.628 in (19.25 x 15.49 x 15.95 mm)	Gold	0.628 in (15.95 mm)	1.5 kVrms	10A@30VDC	90 °C (194 °F)	10 A	-40 °C (-40 °F)		Tin	10 A	Solder	12 V	9 V	100 mΩ	Random	Silver Tin Oxide	5	30 V	277 V	e3	0.1378 in (3.5 mm)	15.6 V	2770VA@277VAC	AC/DC
AZ943-1CH-24DEG	American Zettler	Latched	SPDT	DC	UL	10A@277VAC	750 Vrms	1 Form C	10 ms	100000 Cycle(s)	210W@30VDC	5 ms	100 MΩ	0.758 in (19.25 mm)	15.49 in (393.446 mm)	1.6 kΩ	Epoxy	10 g	5	0.758 x 0.61 x 0.628 in (19.25 x 15.49 x 15.95 mm)	Gold	0.628 in (15.95 mm)	1.5 kVrms	10A@30VDC	90 °C (194 °F)	10 A	-40 °C (-40 °F)		Tin	10 A	Solder	24 V	18 V	100 mΩ	Random	Silver Tin Oxide	5	30 V	277 V	e3	0.1378 in (3.5 mm)	31.2 V	2770VA@277VAC	AC/DC
AZ21501-1A-12DEF	American Zettler	Latched	SPST	DC	UL	40A@300VAC	1.5 kVrms	1 Form A	15 ms	100000 Cycle(s)	1200W@110VDC	10 ms	1 GΩ	1.28 in (32.5 mm)	27.6 in (701.04 mm)	160 Ω	Epoxy	30 g	5	1.28 x 1.087 x 0.807 in (32.5 x 27.6 x 20.5 mm)		0.807 in (20.5 mm)	2.5 kVrms	40A@110VDC	125 °C (257 °F)	40 A	-55 °C (-67 °F)		Tin	40 A	Solder	12 V	9 V	50 mΩ	Random		5	110 V	300 V	e3	0.1299 in (3.299 mm)	15.6 V	7200VA@300VAC	AC/DC
AZ21501-1A-110DEF	American Zettler	Latched	SPST	DC	UL	40A@300VAC	1.5 kVrms	1 Form A	15 ms	100000 Cycle(s)	1200W@110VDC	10 ms	1 GΩ	1.28 in (32.5 mm)	27.6 in (701.04 mm)	13.445 kΩ	Epoxy	30 g	5	1.28 x 1.087 x 0.807 in (32.5 x 27.6 x 20.5 mm)		0.807 in (20.5 mm)	2.5 kVrms	40A@110VDC	125 °C (257 °F)	40 A	-55 °C (-67 °F)		Tin	40 A	Solder	110 V	82.5 V	50 mΩ	Random		5	110 V	300 V	e3	0.1299 in (3.299 mm)	143 V	7200VA@300VAC	AC/DC

Other Function Relays

Relays are electrical switches that can be controlled by an external signal. They consist of an electromagnetic coil that generates a magnetic field when a current is applied to it, and a set of contacts that are switched by this field. Relays are commonly used to switch high-power loads with low-power control signals, making them useful in a variety of applications such as home automation, industrial control systems, and automotive electronics.

Other function relays include specialized types of relays that are designed for specific applications. For example, solid state relays use semiconductor devices to switch the load, which can provide advantages such as faster switching speeds, higher reliability, and lower power consumption compared to traditional electromechanical relays. Reed relays use magnetic contacts that are enclosed in a hermetically sealed glass tube, making them suitable for applications where high reliability and long life are important.

Other types of relays include latching relays, which can maintain their state even after the control signal is removed; polarized relays, which are designed to operate in a specific direction; and safety relays, which are designed to protect people and equipment from dangerous situations. Some relays also feature built-in features such as timers, counters, and logic functions, allowing them to perform more complex control tasks.