RSC Series Solid State Slim Relay

Features

Ultra thin, small size, fast switching response

no contact, no spark, long service life

NO DC,AC output

MOSFET output for DC, TRIAC output for AC.

Imported optocoupler isolation

Wide supplyDC voltage range

Shenler industrial control relay is widely used in the output signal and safety drive of PLC, CNC system,

robot, intelligent manufacturing and other control systems. It is one ofthe best choices to realize the

automatic assembly line of various equipment and products such as remote control, production and

processing, packaging, transportation, detection and storage.

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RSCA Series:

Series: RSC

Load type: A: ACload

Rated load range: 24 : 240VAC

Control voltage range: D : 4-28VDC 、E:15-28VDC

Rated load current：2:2A

Load current：Blank: Zero voltage switching、R: Random switching

RSCD Series:

Series: RSC

Load type: D: DC load

Rated load voltage: 06:60VDC

Control voltage range: D : 4-28VDC 、E:15-28VDC

Load current：1:1A; 3:3A

RSCA Series:

Product performance：

Input parameter(Ta=25℃)
Part No	RSCA24D2	RSCA24D2R				RSCA24E2		RSCA24E2R
Control voltage range	4~28VDC					15~28VDC
Must turn-on voltage	4VDC					15VDC
Must turn-off voltage	1VDC					5VDC
Control current range	20mA
Output parameters(Ta=25℃)
Part No			RSCA24D2		RSCA24E2		RSCA24D2R		RSCA24E2R
Rated load voltage			240VAC
Load voltage range			24~280VAC
Maximum transient voltage			600VPK
Load current range			0.02～2A
Trigger type			Zero voltage switching				Random switching
Maximum conduction time			Yz cycle				1ms
Maximum turn-off time			Y2 cycle				Yz cycle
Non-repetitive surge current (within 10ms)			≤50A
Maximum off-state leakage current (at rated voltage)			≤1.5mA
Maximum on-state voltage drop (at rated current)			≤1.3V
Out-of-state voltage index rise rate dv/dt			200V/us
Load current safety factor			40-60%
Other parameters(Ta=25℃)
Dielectric withstand voltage(Input /Output,50Hz/60Hz)				2500VAC
Insulation resistance(@500VDC)				1000MΩ
Operating temperature range				-30℃~+80℃
Storage temperature range				-30℃~+100℃
Weight				approx.4g

Note:
1.When welding and installing the printed substrate, please complete the welding within 8 seconds at 260℃ welding temperature (no more than 2 seconds for each pin).
2.The positive and negative polarity of input and output shall not be connected wrongly, otherwise it is easy to damage the product.
3.The recommended installation torque for base wiring is 0.5N m.
4.When the ambient temperature of the product is high, please refer to the temperature curve for derating.

RSCD Series:

Product performance：

Input parameter(Ta=25℃)
Part No	RSCD06D1			RSCD06D3		RSCD06E1		RSCD06E3
Control voltage range	4~28VDC					15～28VDC
Must turn-on voltage	4VDC					15VDC
Must turn-off voltage	1VDC					5VDC
Control current range	20mA
Output parameters(Ta=25℃)
Part No.			RSCD06D1		RSCD06E1		RSCD06D3		RSCD06E3
Rated load voltage			60VDC
Load voltage range			5~60VDC
Peak withstand voltage			100VDC
oad current range			0.002～1A				0.002～3A
Non-repetitive surge current (within 10ms)			16A				30A
Maximum on-state voltage drop (at rated current)			≤1.3V				≤0.1V
Maximum off-state leakage current (at rated voltage			≤0.1mA
Maximum turn-on time			≤1ms
Maximum turn-off time			≤1ms
Load current safety factor			40～60%
Other parameters(Ta=25℃)
Dielectric withstand voltage (Input /Ou		tput,50Hz/60Hz) 2500VAC
Insulation resistance(@500VDC)		1000MΩ
Operating temperature range		-30℃~+80℃
Storage temperature range		-30℃~+100℃
Weight		4g

Note:
1.When welding and installing the printed substrate, please complete the welding within 8 seconds at 260℃ welding temperature (no more than 2 seconds for each pin).
2.The positive and negative polarity of input and output shall not be connected wrongly,otherwise it is easy to damage the product.
3.The recommended installation torque for base wiring is 0.5N m.
4.When the ambient temperature of the product is high, please refer to the temperature curve for derating.
5.When connecting inductive load, be sure to reverse parallel the freewheeling diode at the load end (see the wiring diagram for the specific connection method)!