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AlphaCom is packaged with network troubleshooting tools, flexible configurations for IT controlled deployments, ActiveX developer toolkit, and commercial support. Do not use generic "1510" diagrams
The following pin assignments are essential for troubleshooting or installing the 1510A-5250 controller: Expected Signal/Condition MCOR Power 5V output to throttle MCOR Signal ~0.5V at rest; ~5V at full pedal Logic Ground Must equal 0V Pedal Switch 0V (Up); Pack Voltage (Down) Reverse Alarm Low 0V when in Reverse; Pack Voltage in Neutral Key Switch Pack Voltage when Key is ON Main Solenoid Pack Voltage (Neutral); ~0V when Solenoid is engaged Speed Sensor Toggles 0V to 5V when wheels turn slowly Speed Sensor Power 15V supply to sensor Reverse Switch Pack Voltage when in Reverse Main Terminal Connections
The Curtis 1510A-5250 is a highly popular and versatile electronic controller used in various industrial and commercial applications. As with any complex electronic device, understanding the wiring diagram is crucial for proper installation, troubleshooting, and maintenance. In this article, we will provide an in-depth look at the Curtis 1510A-5250 wiring diagram, covering its components, connections, and essential safety precautions.
Do not use generic "1510" diagrams. The 5250 suffix indicates specific software for shunt-wound motors. A 1510A-5250 diagram is NOT identical to a 1510A-5350 (which uses a different throttle map).
The following pin assignments are essential for troubleshooting or installing the 1510A-5250 controller: Expected Signal/Condition MCOR Power 5V output to throttle MCOR Signal ~0.5V at rest; ~5V at full pedal Logic Ground Must equal 0V Pedal Switch 0V (Up); Pack Voltage (Down) Reverse Alarm Low 0V when in Reverse; Pack Voltage in Neutral Key Switch Pack Voltage when Key is ON Main Solenoid Pack Voltage (Neutral); ~0V when Solenoid is engaged Speed Sensor Toggles 0V to 5V when wheels turn slowly Speed Sensor Power 15V supply to sensor Reverse Switch Pack Voltage when in Reverse Main Terminal Connections
The Curtis 1510A-5250 is a highly popular and versatile electronic controller used in various industrial and commercial applications. As with any complex electronic device, understanding the wiring diagram is crucial for proper installation, troubleshooting, and maintenance. In this article, we will provide an in-depth look at the Curtis 1510A-5250 wiring diagram, covering its components, connections, and essential safety precautions.
Do not use generic "1510" diagrams. The 5250 suffix indicates specific software for shunt-wound motors. A 1510A-5250 diagram is NOT identical to a 1510A-5350 (which uses a different throttle map).