Standard Ignition RY-625 Starter Relay

Starter Relay for Chrysler, Dodge, and Plymouth

Standard Ignition RY-625 is a 12-volt starter relay built for select Chrysler, Dodge, and Plymouth vehicles. It uses a square 2-connector layout with 8 blade terminals and a mounting bracket for direct replacement service in the starting circuit.

Key Features

• 30 amp amperage rating for starter relay operation
• 12-volt electrical system application
• Female 2-connector, square housing design
• 8 male blade terminals for vehicle-specific connection
• Mounting bracket included for secure installation
• Composite housing built for harsh underhood temperatures and conditions
• Brass or copper contacts used where specified for wear resistance

Detailed Description

RY-625 is a Standard Ignition starter relay engineered for starting-system service on 1992-1995 Chrysler LeBaron, 1992-1995 Dodge Spirit, 1995 Plymouth Acclaim, 1992-1994 Dodge Shadow, 1992-1994 Plymouth Sundance, and 1993 Chrysler New Yorker. This part number, RY-625, is built to match the electrical and connector requirements of the listed applications, making it a direct-fit choice for relay replacement in the starter circuit. This part cross-references Davico Mfg 19388 for the same application.

Common Uses

• No-crank condition caused by a failed starter relay
• Intermittent starter engagement
• Starter circuit voltage transfer issues
• Relay contact wear from repeated starting cycles
• Heat-related relay failure in the underhood electrical system

Installation Notes and Tips

Verify connector shape, terminal count, and bracket style before installation. Match the relay to the vehicle’s 12-volt starting circuit and confirm the application by year, make, and model. For Chrysler LeBaron, Dodge Spirit, and Plymouth Acclaim applications, compare the existing relay layout to the RY-625 housing and terminal configuration before replacement.

Quality Assurance

Standard Ignition manufactures this relay under TS16949 and ISO9001 certified processes, with quality control maintained from component selection through final assembly. The design uses durable composite housing and specified contact materials to support consistent electrical performance in demanding vehicle environments.