What to do if battery voltage is too high at initial key switch closure on GE Controller?
If the battery voltage is too high when you turn on the GE Controller, make sure the battery voltage is not more than 86 volts. Also, check the battery charger to ensure it's outputting the correct voltage.
What to do if battery voltage is too low at initial key switch closure on GE Controller?
If the battery voltage is too low when you initially turn on the GE Controller, check that the battery voltage is at least 68.3 volts. If needed, charge the battery.
What to do if the accelerator pedal is depressed with no direction selected on GE Controller?
If the accelerator pedal is depressed without a direction selected on your GE Controller, this can happen when the accelerator voltage at P7 is greater than 2.5V, and neither the forward (P4) nor reverse (P5) switch is activated (both are less than 50% of battery volts). The status code will disappear when you engage a directional switch or release the accelerator pedal.
What to do if emergency brake switch is open on GE IC3645SH7R353T1 Controller?
If the emergency brake switch is open on the GE Controller, it means the voltage at P13 is above 2.5 volts. You should adjust or replace the brake switch to ensure the voltage at P13 is less than 2.5VDC.
What to do if GE IC3645SH7R353T1 Controller will not operate and buzzer sounds?
If the GE Controller won't operate and the buzzer sounds, it may be due to a mis-adjusted or defective emergency brake switch input. Check the start switch to ensure it closes when the accelerator pedal is pressed.
What to do if accelerator voltage input is too high on power up after initial key switch closure on GE IC3645SH7R353T1?
If the accelerator voltage input is too high on power up after initial key switch closure on your GE Controller, adjust or replace the accelerator unit to ensure that the voltage at P7 is less than 0.9 volts before depressing the pedal. This issue occurs when the accelerator input voltage at P7 is greater than 0.9V after the battery plug or key switch has been opened and closed.
What to do if start switch fails to close on GE IC3645SH7R353T1 Controller?
If the GE Controller's start switch fails to close, it could be because the accelerator voltage at P7 is greater than 2.5V while the start switch is open. To resolve this, check the start switch to ensure it closes when the accelerator pedal is depressed.
What to do if both forward and reverse switches are closed at the same time on GE IC3645SH7R353T1 Controller?
If both forward and reverse switches are closed simultaneously on your GE Controller, it's because P4 and P5 are both registering voltages greater than 50% of the battery voltage. To fix this, replace or adjust the directional switches to ensure they are open when the directional switch is in the neutral position.
What to do if capacitor volts are low before the line contactor closes on GE IC3645SH7R353T1?
If the capacitor volts are low before the line contactor closes on your GE Controller, check the control fuse for an open circuit. This issue occurs during 'key on' when the capacitor volts are less than 85% of battery volts at initial key switch on.
What to do if motor armature offset voltage is too high on GE IC3645SH7R353T1?
If the motor armature offset voltage is too high on your GE Controller, it means the motor amps value is greater than 138 (corresponding to 2.7 volts) with no current flowing in the motor circuit. Replace the controller unit to resolve this.
Discusses motor controllability evolution and SX system advantages over series motors.
Explains transistor H-Bridges for quiet, efficient vehicle operation.
Details how independent control optimizes system efficiency.
Highlights benefits like infinite field weakening and regenerative braking.
Details performance features like oscillator card, current limit, and plug braking.
Explains safety features like SRO, Accelerator Volts Hold Off, PMT, and Thermal Protector.
Covers status display, codes, hourmeter, BDI, and handset diagnostics.
Provides part number structure and arguments for ordering SX controls.
Presents dimensional drawings and specifications for the SX-2 package.
Shows the standard wiring diagram for NEV applications.
Lists pin assignments for the controller's main and 'Y' plugs.
Provides guidelines for control maintenance, avoiding heat and ensuring proper airflow.
Recommends practices for cable routing to minimize electrical noise and interference.
Details lubrication steps for connectors to prevent fretting and ensure reliable contact.
Provides guidance on using status codes and general troubleshooting steps.
Lists and explains diagnostic status codes for traction controller faults.
Describes the GE Handset as a multi-functional tool for control setup and monitoring.
Outlines handset functions for monitoring faults, battery, and adjusting control parameters.
Explains how to enter setup mode and navigate functions using the Handset.
Details specific functions available via the Handset for controller configuration.
Summarizes current limit settings and their impact on motor torque and performance.
Describes how Dash Displays provide access to operation info and system diagnostics.
Details the GE Standard Dash Display components and information shown.
Explains the Custom Dash Display's interactive modes and additional features.
Illustrates the sequence of displays shown when the system powers up.
Provides outline drawings and wiring connections for dash displays.
General| Manufacturer | GE |
|---|---|
| Model | IC3645SH7R353T1 |
| Type | Controller |
| Application | Industrial Automation |
| Programming Language | Ladder Logic |
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