To Next PageTo Next PageWhat to do if my Curtis MultiMode 1215-8 vehicle does not move forward?
If your Curtis Controller-equipped vehicle isn't moving forward, the issue might be with the forward switch or its wiring. Inspect the forward switch and wiring, and replace if necessary. After that, re-test the vehicle. If the programmer indicates the forward switch is closing and the vehicle now moves as expected, the problem is resolved.
General| Brand | Curtis |
|---|---|
| Model | MultiMode 1215-8 |
| Category | Controller |
| Language | English |
Details on how to mount the controller, including dimensions and location considerations.
Describes the 24-pin low current connector and its pin assignments for control logic.
Explains the high current bus bar connections for battery and motor.
Shows a typical wiring diagram for walkie and rider applications.
Details wiring for various throttle types, starting with 5kΩ–0.
Explains wiring for the 0–5kΩ resistive throttle, including broken wire protection.
Describes wiring for voltage-based and electronic throttles, and their return paths.
Details two wiring methods for the 0-5V throttle and fault conditions.
Explains two wiring methods for the 0-10V throttle and its fault detection.
Covers wiring for 3-wire potentiometers, voltage divider mode, and broken wire protection.
Discusses main contactors, forward/reverse contactors, switches, and protection devices.
Provides a step-by-step checkout procedure for the installation.
Outlines steps to test the controller's fault detection capabilities.
Describes how the programmer aids in diagnosing and troubleshooting vehicle problems using menus.
Lists fault codes, explanations, and possible causes for troubleshooting.
Explains how the controller's LED indicates fault codes and how to interpret them.
Explains current limiting for controller and system protection.
Describes the controller's automatic fault detection system and codes.
Lists methods for recovering from various fault conditions.
Explains overtemperature protection and its effects on operation.
Details overvoltage protection and how the controller recovers.
Explains undertemperature operation and current limit cutback.
Details undervoltage protection and controller behavior.
