PCS05
PCS05 is Printed Circuit Board Solid State Relay manufactured by Picker Components.
FEATURES
5 amp rating @ 30 degrees C Industry standard footprint 4000 volt dielectric strength Will switch up to 440 volts Built in snubbers Back to back SCR or Triac output Solid epoxy encapsulation
Pending
INPUT PARAMETERS
Input Input Voltage Must Operate Voltage Must Release Voltage Typical Input Current Low Range (L) 3 VDC to 15 VDC Max 3 VDC Min 1.0 VDC 15 m A DC High Range (H) 15 VDC to 32 VDC Max 15 VDC Min 1.0 VDC 15 m A DC
GENERAL PARAMETERS
Dielectric strength (input to output) Insulation Resistance Vibration Resistance Ambient operating temperature Ambient storage temperature Ambient humidity Weight 48 to 264 VAC for 240 VAC rated relay 48 to 440 VAC for 380 VAC rated relay 0.1 Amps to 5 Amps 250 Amps Peak 1.5 milliamps 1.5 Volts 4000 Vrms 1000 megohms @ 500VDC DA 1.5 mm 10 to 50 Hz -30 to +80 degrees C -30 to +100 degrees C 45% to 85% 15 grams max
Data Shee
OUTPUT PARAMETERS
Load Voltage Range Load Current Range Max Surge current (10 ms) Max off-state leakage current Max on-state voltage drop Maximum Turn-on Time
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6 5 4 3 2 1
Maximum Load Current vs. Ambient Temperature
Zero Crossing 10 milliseconds Random 1 millisecond 10 milliseconds 600 V for 240 VAC and 800 V for 380 VAC 200V / micro second 0.5
Maximum turn-off time Transient overvoltage Minimum off-state dv/dt Minimum power factor
Maximum Load Current Amps
ORDERING INFORMATION
Example: Model DC Input Range L: 3 VDC to 15 VDC, H: 15 VDC to 32 VDC Load Voltage 240 or 380 Type of Operation Z: Zero cross turn on; R: Random turn on Output Type S: SCR, T: Triac PCS05 L 240 Z T
0 -30
0 10 20 30 40 50 60 70 80
Ambient Temperature (degrees C) Description
The PCS05 relay is pin for pin patible with standard OAC type I/O modules. The PCS05 is available with random turn-on as an alternate to zero-cross turn-on. The PCS05 SSR offers a choice of 240VAC or 380VAC versions and input ranges of 3 to 15 v DC and 15 to 32 VDC. All Models include an internal snubber.
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PCS05 Rev A 4-28-05
3220...