How to deal with Golf Cart controller failure

When we first understand Electric Golf Cart, we first look at their engineering design, production process, product quality, and also the brand of the product. Electric Golf Cart are durable products. More importantly, we look at the credit of famous brands' after-sales service and the commercial credit of dealers. We can choose Electric Golf Cart based on our own preferences. Color, style, function, and price.

When purchasing, pay attention to the manufacturer's inspection mark, as well as the detailed explanation and operation process as described in the instructions. Check whether the control speed regulation function, wheel rim sound, and brake system characteristics of the brake pad are stable. The wheel rotation should be coordinated and there is no sense of sluggishness. The controller battery power is fine, and the speed change is too linear.

In tourist areas and scenic spots, our Electric Golf Cart can be used to carry passengers and play. In communities or campus areas, they can be used as convenient buses, and can also be used to pick up guests and pull luggage in hotels. The effect is really powerful. There is no impact when starting uphill, and the wheel rim rotates softly.

There is no impact sound. The external paint thinner and electroplating process are bright and there is no peeling. Try charging the charger to keep it normal. After purchasing an Golf Cart, collect and store the long-distance bus parking space ratio notes, instruction manuals, warranty cards, invoices, etc. The warranty card should indicate the specific address of the local warranty period, and the customer will mail the card to the local specially hired maintenance center for record.

There are generally the following possibilities for damage to the internal power supply of the controller: short circuit of the internal circuit of the controller; short circuit of the peripheral control components; short circuit of the external lead.

The controller works intermittently. There are generally the following possibilities:

1. The device itself drifts in parameters under high or low temperature environments;

2. The overall design power consumption of the controller is large, resulting in excessive local temperature of some devices, causing the device itself to enter the protection state;

3. Poor contact.

The wear of the connecting wire and the poor or falling off of the connector cause the control signal to be lost. The wear of the connecting wire and the poor or falling off of the contact plug-in generally have the following possibilities: unreasonable selection of wire material; incomplete protection of the wire material; crimping of the connector.