Panasonic ADJH23112 Datasheet & Stock

The ADJH23112 from Panasonic Electric Works is a DJ-H power relay (ADJH). It is suitable for lighting and motor load applications. This relay is also used in applications like smart house (shutter and blind control) and lighting control applications. It has minimum insulation resistance (initial) of 1000Mohm at 500VDC measured portion is the same as the case of dielectric voltage. This power relay has high inrush capability (tungsten load (TV-20 class), electronic ballast load (NEMA410), capacitive load (IEC60669-1)). Dielectric strength (initial) is 1500Vrms for 1min (detection current: 10mA) between open contacts and 4000Vrms for 1min (detection current: 10mA) between contact and coil. The surge withstand voltage (initial) between contact and coil is 12000V, set time is maximum 20ms (initial) (at 20°C, rated voltage without bounce and reset time is maximum 20ms (initial) at 20°C, rated voltage without bounce. Minimum mechanical life is 1×10^6 (at 180 times/min).




1 form A, 50A latching relay, protective construction, flux resistant type, AgSnO2 contact material

2 coil latching operating function, manual switch type

Rated voltage is 12VDC, rated operating current is 166.7mA (set coil), 166.7mA (reset coil) at 20°C

Coil resistance is 72ohm (set coil), 72ohm (reset coil) at 20°C

Rated operating power is 2000mW, maximum allowable voltage is 130% of rated voltage at 20°C

Maximum contact resistance (initial) is 20mohm (by voltage drop 24VDC, 1A)

50A, 277VAC contact rating (resistive load), 13850VA (50A, 277V) switching power (resistive load)

Maximum switching voltage is 480VAC, maximum switching current is 50A (AC)

PCB mounting, minimum switching load (reference value) is 100mA, 5VDC

Dimension is 39mm x 15mm x 33mm, weight is 31g, -40 to +85°C ambient temperature





Applications


Automation & Process Control,

Industrial





Footnotes
It is recommended to apply rated voltage for minimum 100ms pulse across coil to secure sure operation considering ambient temperature and condition change through service life.