1204-307 24/36V 175A (0-5V) Pmc

Product Description

The 1204-307 pmc is a programmable motor controller that can operate on either 24V or 36V battery systems. It has a maximum current output of 175A and a throttle input range of 0-5V. It features a microprocessor-based logic circuit that provides smooth and precise speed control, regenerative braking, and battery protection. The controller also has diagnostic LED indicators that show the status of the system and any fault codes.

Cross Reference:

CL7007654, CT1204-307, PHAX00001219, 7007654, 1204-307, AX00001219.

Suggested Accessories Part Numbers:

76-1415-GOLF, 76-908HRNS48V, 76-908R3648BNJO, 94-CM174, 100-586117111, 43-8012-30, 76-1415-GOLF, 76-908HRNS48V, 76-908R3648BNJO, 94-CM174, 100-586117111, 43-8012-30, 76-1415-GOLF, 76-908HRNS48V.

Technical Manual: 1205 05 Manual

1204-307 24/36V 175A (0-5V) Pmc

Product Specifications

The specifications of this pmc controller are mentioned below.

Condition	Remanufactured OEM
Brand	Curtis
Part Type	PMC Controller
Manufacturer Part Number	1204-307
Voltage	24-36V
Current	175A
Throttle Input	0-5V
Operating Frequency	15 kHz
Compatible Equipment Type	Electric Vehicle

Features and Benefits

Programmable

You can customize the performance parameters of the controller using a handheld programmer or PC software. You can adjust the acceleration, deceleration, top speed, current limit, and more.

Smooth and Precise

The controller uses a high-frequency PWM (pulse width modulation) technique that ensures smooth and accurate speed control and torque delivery. It also has a built-in speed sensor that provides feedback to the logic circuit for optimal performance.

Regenerative Braking

The controller can convert the kinetic energy of the vehicle into electrical energy and store it back into the battery during braking. This reduces the wear and tear on the brakes and extends the battery life.

Battery Protection

The controller monitors the battery voltage and temperature and protects the battery from overcharging, overheating, and short-circuiting. The controller also has a low-voltage cut-off feature that prevents the battery from being drained completely.

Diagnostic LED Indicators

The controller has four LED indicators that show the power status, throttle status, fault status, and programming status. The fault LED flashes a code indicating the fault type that occurred. Refer to the user manual for the fault code list and troubleshooting tips.

Applications

The 1204-307 pmc is compatible with various models of electric vehicles.

Electric Vehicle

Warranty Information

The 1204-307 pmc comes with a 6-month warranty, upgradable for up to 36 months. All remanufactured and rebuilt items are subject to a core charge. The core charge is refundable. The refund amount will be determined by the status of the core returned.

Not Sure Will This Part Fits Your Equipment?

If you are unsure whether this controller is compatible with your electric vehicle or have any questions about its installation or operation, do not hesitate to contact us. We have a team of experts ready to assist you with any inquiries. You can reach us through any of these channels:

Phone number: 1.800.210.8170
Email: [email protected]
Contact form: https://www.liftpartswarehouse.com/articles.asp?id=83
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We are available from Monday to Friday, from 9 am to 8 pm EST. We look forward to hearing from you soon!

Frequently Asked Questions & Answers

Q: How do I reset the controller?

A: You can reset the controller by turning off the key switch, disconnecting the battery, waiting for 10 seconds, reconnecting the battery, and turning on the key switch. This will clear any fault codes and restore the default settings.

Q: How do I test the throttle input?

A: You can test the throttle input using a voltmeter or a programmer. You need to measure the voltage between pins 2 and 3 of the throttle connector. The voltage should vary from 0V to 5V as you move the throttle from idle to full. You may have a faulty throttle or wiring if the voltage is out of range or does not change.

Q: How do I troubleshoot a fault code?

A: You can troubleshoot a fault code by using a programmer or by counting the flashes of the fault LED. The fault LED will flash a code that indicates the type of fault that occurred. Refer to the user manual for the fault code list and troubleshooting tips.