SSR-25AA AC to AC Solid State Relay - 2 Pack

SSR-25AA AC to AC Solid State Relay - 2 PackSSR 25AA Solid State Relay Key Features Model: SSR 25AA Type: Single Phase Solid State Relay (AC to AC) Control Input Voltage: 80 250V AC Load Output Voltage: 24 380V AC Maximum Load Current: 25A Switching Method: Electronic, non mechanical for high speed operation Construction: Features an integrated aluminum heat dissipating base plate Replaces Cross Reference Part Numbers SSR 40AA RM1A23A25 RA2425D D2425 10 RN1A23D25 240A25 SSR 25AA H S2225X 25A H3

SSR-25AA Solid State Relay

Key Features

• Model: SSR-25AA
  
• Type: Single Phase Solid State Relay (AC to AC)
• Control Input Voltage: 80-250V AC
• Load Output Voltage: 24-380V AC
• Maximum Load Current: 25A
• Switching Method: Electronic, non-mechanical for high-speed operation
• Construction: Features an integrated aluminum heat-dissipating base plate

Replaces / Cross-Reference Part Numbers

• SSR-40AA
• RM1A23A25
• RA2425D
• D2425-10
• RN1A23D25
• 240A25
• SSR-25AA-H
• S2225X
• 25A-H3-380VAC
• RJ1A48D25

Compatibility & Fitment

A general-purpose component for switching AC electrical loads. Suitable for applications within its specified voltage and amperage ratings, including:

• Industrial automation and process control
• Programmable Logic Controller (PLC) interface
• Heating element and motor control
• Lighting systems

When to Replace

• Relay fails to activate the load circuit when control voltage is applied.
• Relay remains in the "on" state, continuously powering the load circuit regardless of control voltage.
• Intermittent or unreliable switching performance.
• Visible signs of damage or overheating on the relay housing or terminals.

Installation Tips

• Disconnect all power sources before installation or servicing.
• A heat sink is required for reliable operation with loads exceeding 10A to prevent thermal failure.
• Apply a thin layer of thermal compound between the relay's metal base and the heat sink surface.
• Ensure all wire connections to the screw terminals are secure to prevent poor contact and overheating.
• Verify that your application's control and load voltages are within the specified ranges for this relay.