product info
  NAME
AC-AC Solid State Relay
  DOWNLOAD PDF
  PRODUCT TYPE
Relay
    Solid State Relay
  MODEL
PN-10AA
PN-25AA
PN-40AA
PN-25AA-H
PN-40AA-H
description
Application :
  • High rellability by S.M.T & TQC.(Surface Mounting Technology)
  • High Isolation over than 50MQ/500VDC
  • High dielectric over than 2.5KV
  • Low enable current less than 7.5mA/12VDC CMOSIC or TTL Compatible.
  • Low EMI/EFI& surge by Zeero cross Trigger Method.
  • High surge current duration,over 10 Times of rated current/one cycle.
  • High surge voltage duration by snubber circuit.
  • Guiding of Model :
    Control Method :
    Zero Cross Trigger Method
    Output TURN ON or TURN OFF only on zero cross point of sine wave,may avoid surge or EMI/RFI occurring.
    Specially suited to control resistive,capacitive and Non-saturated inductive loads
    Variable resistance control method
    Power output is controlled by the trigger angle of triac with variable resister 250KQ/110VAC,500KQ/220VAC
    Application Hints :         
    Input
    NPN Output NO
    Input
    NPN Output NO
    Input
    NPN Output NO
    Input
    NPN Output NO
    Input
    NPN Output NO
    Input
    NPN Output NO
    Type
    Standard type
    High voltage type
    Model
    PN-10AA
    PN-25AA
    PN-40AA
    PN-25AA-H
    PN-40AA-H
    Rated load current
    10A
    25A
    40A
    25A
    40A
    Input voltage
    80-250VAC, 50/60Hz
    Min. on/off voltage
    ON>45V, OFF<35V
    Trigger current
    5.0mA/110V max.
    Control method
    Zero cross trigger
    Operating voltage
    24-380VAC
    90-480VAC
    Min. black voltage
    600VAC
    Voltage drop
    1.6V/25℃
    Max. durated current
    135A
    275A
    410A
    275A
    410A
    Leakage current
    3.0mA
    3.0mA
    5.0mA
    3.0mA
    5.0mA
    Response time
    ON<20ms/OFF<20ms
    Dielectric strength
    Over 2.5KVAC/ 1min.
    Isolation strength
    Over 50M/500VDC
    Operating temperature
    -20℃~+80℃
    Housing Material
    Intensive ABS
    Weight
    110G
    Dimension and connection diagram :