HGN Series AC Solid State Relays, adapting ignition-proof engineering plastic cover, filled with EPOXY, screw thread connection, have the features of hard structure, vibration-proof capability high, input current small convenient to interface with terminals of computer and various digital tele-control circuit. This series products are widely used in the fields of petrochemical equipment, foodstuff producing mechanism, textile and plastic mechanisms, packaging machines, tool numerical control, gymnasium equip. Speciality be the same with canker, aquosity request prevent explode scurvines circumstance, and often switch of occasion .
SELECTING CODE :
Teahnical Data :
Input type
D:DC Control
A:AC Control
Control voltage range
3-32 VDC
90-280 Vrms (50-60Hz)
Turn-on voltage(Max.)
3.0 VDC
90 Vrms
Turn-off voltage(Min.)
1.0 VDC
10 Vrms
Nominal input impedance
500 Ohms
60 Ohms
Typical input current
10mA@5 VDC 22mA@ 24 VDC
5mA@220 VAC 2.2mA@110 VAC
Max.Reverse voltage
-32 VDC
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Teahnical Data :
Output current type
10
15
25
40
Operating voltage range
2:28 280VAC 3:48 480VAC
Max. Load current
10A
15A
25A
40A
Max. Surge current-Non repetitive (10ms)
120Apk
160Apk
250Apk
300Apk
2Max. I t for fusing(10ms)
272A s
128 2As
312 5 sA2
450 2As
Thermal resistance junction to case(Rjc)
2.5 /W
2.3 /W
1.1 /W
0.9 /W
Min. Off-state dv/dt
250V/usec
500V/usec
250V/usec
250V/usec
Max. Over-zero voltage
35VAC
Min. Load current
100mA
Max. On-state voltage drop
1.5VAC@rated current
Max. Off-state leakage current
5mA,1mA /no RC @rated voltage
Transient over voltage
2:800Vpk 3:1000Vpk
Operating frequency range
47 63Hz
Dielectric strength 50Hz 1Min( )
4000VAC input-output 2500VAC input/output-base
Insulation resistance
1000M 500VDC Voltage Test
Vibration resistance Destructive Functional
117.6mm/s2(12G),10-55 Hz double Amplitude of 2 mm 117.6mm/s2(12G),10-55 Hz double Amplitude of 2 mm
Destructive FunctionalShock resistance
Min.980m/s2(100G)(5 times each for X,Y,Z axis) Min.980m/s2(100G)(4 times each for X,Y,Z axis)
Max. Capacitance
8pF input-output
Max. Turn-on time
Zero voltage turn-on
(1/2 cycle of load power)+1msec(DC input) (3/2 cycle of load power)+1msec(AC input)
Random turn-on
1msec
Max. Turn-off time
(1/2 cycle of load power)+1msec(DC input) (3/2 cycle of load power)+1msec(AC input)