---
product_id: 207507676
title: "- 350W 6-60V PWM DC Brushless Electric Motor Speed Controller with Hall"
brand: "riorand"
price: "€ 35.67"
currency: EUR
in_stock: true
reviews_count: 12
category: "Rio Rand"
url: https://www.desertcart.nl/products/207507676-350w-6-60v-pwm-dc-brushless-electric-motor-speed-controller
store_origin: NL
region: Netherlands
---

# 350W high power output 3-phase brushless Hall sensor control 6-60V ultra-wide voltage range - 350W 6-60V PWM DC Brushless Electric Motor Speed Controller with Hall

**Brand:** riorand
**Price:** € 35.67
**Availability:** ✅ In Stock

## Summary

> ⚡ Unleash next-level motor control with RioRand’s 350W brushless speed master!

## Quick Answers

- **What is this?** - 350W 6-60V PWM DC Brushless Electric Motor Speed Controller with Hall by riorand
- **How much does it cost?** € 35.67 with free shipping
- **Is it available?** Yes, in stock and ready to ship
- **Where can I buy it?** [www.desertcart.nl](https://www.desertcart.nl/products/207507676-350w-6-60v-pwm-dc-brushless-electric-motor-speed-controller)

## Best For

- riorand enthusiasts

## Why This Product

- Trusted riorand brand quality
- Free international shipping included
- Worldwide delivery with tracking
- 15-day hassle-free returns

## Key Features

- • **Precision Control:** Compatible with Hall sensor-equipped motors for smooth, efficient speed modulation.
- • **Durability & Safety:** Includes heat sink and overcurrent protection—engineered to keep your projects running cool and safe.
- • **Voltage Flexibility:** Supports an expansive 6-60V range, perfect for diverse industrial and DIY applications.
- • **Powerhouse Performance:** Delivers a robust 350W output to drive your brushless motors with confidence.
- • **Built-in Speed Potentiometer:** Onboard dial lets you fine-tune motor speed instantly without extra gear.

## Overview

The RioRand 350W 6-60V PWM DC Brushless Electric Motor Speed Controller is a high-performance, three-phase brushless Hall sensor controller designed for precise speed regulation of compatible motors. Featuring a wide voltage range and integrated speed potentiometer, it offers robust power delivery with built-in thermal and overcurrent protections, making it ideal for professional-grade industrial and DIY motor control projects.

## Description

desertcart.com: RioRand 350W 6-60V PWM DC Brushless Electric Motor Speed Controller with Hall : Industrial & Scientific

Review: Worked great for me, but WATCH OUT - many questions/answers are for another product - Note - many of the questions/answers displayed for this item are actually for the Hall Sensor version so please be careful and don't assume all those answers apply to this module. This listing is for the "Hall-less" version, meaning it's for controlling a 3-phase DC motor that only has 3 wires and does NOT use hall sensor monitoring. Some errors I noted in the Q/A section: - some Q/A indicate the module has "soft-start" - it does not, but see my easy hack to add it below* - some say to "remove the jumper" to use the external analog speed control - there is no jumper on this module, just be sure to set the on-board speed pot to zero (full ccw) - some say this module will not work with a Hall-less motor - that is WRONG, it is specifically designed to work with hall-less motors. - there are several different wiring diagrams shown in the listing, but the one that has pictures of the motor and power supply is what I used and seems to be correct. I used this controller to operate the fan motor from an EGO leaf blower that was trashed because the internal controller died. My fan motor has 3 leads - red, blue, and yellow, which connect to the controller terminals red to red, blue to blue, and yellow to green. I'll use this fan blower with some 18v cordless tool batteries as a sweeper in my shop and patio, and 18v yields plenty of air flow for that purpose. * I made a simple modification to perform a soft-start function, using a 470uf capacitor and a 1k resistor (see photo and video). Some experimenting proved that the external potentiometer speed control reaches maximum motor speed at about 4.6v, which can be achieved by placing a 1k resistor from the 5v terminal to the analog speed input. By adding the capacitor, the voltage on the speed input slowly rises when power is applied, so that the motor speed ramps up from zero to full speed in about a second, greatly reducing the strain on the power supply, controller, and the motor. If you want a slower start-up you can increase the size of the capacitor, but leave the resistor at 1k. If you increase the resistance above 1000Ω the motor will never reach full speed.
Review: Sweeeeet! - I have been saving some 3 phase motors....BLDC and PMSM type, for a long time. This board is awesome. I can easily drive 24V PMSMs (see video). It stays winter cool to the touch! I want to stress that I'm no where NEAR the 380W limit of this thing. I hope another reviewer can attest to the max capabilities. But if you're looking at driving small to medium size BLDC or PMSM, this is a great option. I was going to upload a nice video of a gorgeous BLDC from a tape drive, but it's enormous. I'll just upload pictures...It drove a nice fat motor too (see photos). For anyone wondering, you can run hard drive motors, too. Looking forward to using these for some projects to reclaim bad or old hard drives! I actually tested this on a WD raptor spindle and some other seagate disk spindles. Works great. You just need to figure out which motor contact is the center tap. Remove this from what you connect. The remaining three should connect to UVW. It will spin just fine without a common terminal. Definitely usable. I didn't try the PWM control feature yet. I've been using the onboard potentiometer to control speed. If you want to use PWM or DC voltage for this, remove the jumper. It's not clear, but I think that's what it does. Connection a pot as shown in the photos gives you DC voltage control (like the onboard pot), and pumping a square wave into it instead will give you PWM control. The way the PWM input works, it probably just low-pass-filters the input signal. If it's PWM, it gets converted to DC voltage. If it's DC voltage, it goes through the filter the same way. If you want to run a BLDC or PMSM motor by variable speed (without speed feedback) this board is going to do it for you.

## Features

- Wide voltage (6-60V) high-power (350W) DC three-phase brushless Hall controller: Requires matching with a Hall sensor-equipped motor for normal operation. Only compatible with 120° electrical angle DC brushless Hall motors. Supports PLC 0-5V analog control and PWM control (amplitude: 2.5-5V). Suitable for brushless motor driver boards and high-power PLCs.
- Forward/reverse rotation uses non-delayed hard commutation, and braking causes significant impact. Do not operate these two functions when the motor runs at full speed under high voltage—forced operation may damage power transistors and chips. The speed throttle must be reduced to below 50% first.
- The maximum voltage (60V) and power (350W) marked on the three-phase DC brushless Hall motor controller are extreme parameters under specific conditions. Leave a margin for actual use. Do not connect motors with significantly mismatched voltage/current/power relative to the driver module.
- Hall motor controller: Features terminal block interfaces, comes with a standard heat sink, and has an integrated speed potentiometer on the board. No fuse in the power supply circuit on the main board—external fusing is recommended. Reversing the positive and negative power connections will cause permanent damage to some on-board chips (even for a few seconds under high current).
- During normal operation, the motor output has sampled overcurrent protection. Due to the module’s high power and current, do not manually short-circuit it when the module is not working properly—short-circuiting may burn wires or blow transistors. For the first wiring test, use low current and low voltage. Only after confirming it works properly, switch to high current and high voltage. Never let high voltage come into contact with components on the board.

## Technical Specifications

| Specification | Value |
|---------------|-------|
| ASIN | B087M2378D |
| Batteries required | No |
| Best Sellers Rank | #71,372 in Industrial & Scientific ( See Top 100 in Industrial & Scientific ) #41 in Motor Speed Controllers |
| Brand | RioRand |
| Customer Reviews | 4.1 4.1 out of 5 stars (318) |
| Horsepower | 350 Watts |
| Item Weight | 4.9 ounces |
| Item model number | KJL-01 |
| Manufacturer | RioRand |
| Material | Copper |
| Product Dimensions | 2.36 x 1.97 x 1.18 inches |
| Voltage | 60 Volts |
| Wattage | 400 watts |

## Product Details

- **Brand:** RioRand
- **Horsepower:** 350 Watts
- **Item Weight:** 0.14 Kilograms
- **Material:** Copper
- **Voltage:** 60 Volts

## Images

![- 350W 6-60V PWM DC Brushless Electric Motor Speed Controller with Hall - Image 1](https://m.media-amazon.com/images/I/41aGVMTdpJL.jpg)
![- 350W 6-60V PWM DC Brushless Electric Motor Speed Controller with Hall - Image 2](https://m.media-amazon.com/images/I/41wJX5b-X3L.jpg)
![- 350W 6-60V PWM DC Brushless Electric Motor Speed Controller with Hall - Image 3](https://m.media-amazon.com/images/I/51K8hHzI0SL.jpg)
![- 350W 6-60V PWM DC Brushless Electric Motor Speed Controller with Hall - Image 4](https://m.media-amazon.com/images/I/51kpTH-Ve7L.jpg)
![- 350W 6-60V PWM DC Brushless Electric Motor Speed Controller with Hall - Image 5](https://m.media-amazon.com/images/I/51kycVvLmpL.jpg)

## Questions & Answers

**Q: Can this be bumped up to dealing with 80v? could I simply change the capacitor, or is 60 limited by the chip?**
A: I ran it at 60 but the built in transformer can’t bring reference voltage to right v with higher input voltage

**Q: Dose this work on a electric  scooter?**
A: I used two with hover board motor hubs at 60v in a go kart. It was pretty fast!

**Q: Is there a data sheet for the whole board, i need to know how it works and it building blocks. A deep review of the chips like JY01 and its mosfets.**
A: not in this package, not at all

**Q: Does the pot have to be turned to zero before the brake is activated?  Or will toggling the brake disable the drive?  Can brake act as on/off switch?**
A: 1. No need to zero

2. Yes, braking (brake) has the highest priority

3. It can be used as on-off function, but not equal to on-off

## Customer Reviews

### ⭐⭐⭐⭐⭐ Worked great for me, but WATCH OUT - many questions/answers are for another product
*by B***T on May 3, 2023*

Note - many of the questions/answers displayed for this item are actually for the Hall Sensor version so please be careful and don't assume all those answers apply to this module. This listing is for the "Hall-less" version, meaning it's for controlling a 3-phase DC motor that only has 3 wires and does NOT use hall sensor monitoring. Some errors I noted in the Q/A section: - some Q/A indicate the module has "soft-start" - it does not, but see my easy hack to add it below* - some say to "remove the jumper" to use the external analog speed control - there is no jumper on this module, just be sure to set the on-board speed pot to zero (full ccw) - some say this module will not work with a Hall-less motor - that is WRONG, it is specifically designed to work with hall-less motors. - there are several different wiring diagrams shown in the listing, but the one that has pictures of the motor and power supply is what I used and seems to be correct. I used this controller to operate the fan motor from an EGO leaf blower that was trashed because the internal controller died. My fan motor has 3 leads - red, blue, and yellow, which connect to the controller terminals red to red, blue to blue, and yellow to green. I'll use this fan blower with some 18v cordless tool batteries as a sweeper in my shop and patio, and 18v yields plenty of air flow for that purpose. * I made a simple modification to perform a soft-start function, using a 470uf capacitor and a 1k resistor (see photo and video). Some experimenting proved that the external potentiometer speed control reaches maximum motor speed at about 4.6v, which can be achieved by placing a 1k resistor from the 5v terminal to the analog speed input. By adding the capacitor, the voltage on the speed input slowly rises when power is applied, so that the motor speed ramps up from zero to full speed in about a second, greatly reducing the strain on the power supply, controller, and the motor. If you want a slower start-up you can increase the size of the capacitor, but leave the resistor at 1k. If you increase the resistance above 1000Ω the motor will never reach full speed.

### ⭐⭐⭐⭐⭐ Sweeeeet!
*by B***Z on September 29, 2020*

I have been saving some 3 phase motors....BLDC and PMSM type, for a long time. This board is awesome. I can easily drive 24V PMSMs (see video). It stays winter cool to the touch! I want to stress that I'm no where NEAR the 380W limit of this thing. I hope another reviewer can attest to the max capabilities. But if you're looking at driving small to medium size BLDC or PMSM, this is a great option. I was going to upload a nice video of a gorgeous BLDC from a tape drive, but it's enormous. I'll just upload pictures...It drove a nice fat motor too (see photos). For anyone wondering, you can run hard drive motors, too. Looking forward to using these for some projects to reclaim bad or old hard drives! I actually tested this on a WD raptor spindle and some other seagate disk spindles. Works great. You just need to figure out which motor contact is the center tap. Remove this from what you connect. The remaining three should connect to UVW. It will spin just fine without a common terminal. Definitely usable. I didn't try the PWM control feature yet. I've been using the onboard potentiometer to control speed. If you want to use PWM or DC voltage for this, remove the jumper. It's not clear, but I think that's what it does. Connection a pot as shown in the photos gives you DC voltage control (like the onboard pot), and pumping a square wave into it instead will give you PWM control. The way the PWM input works, it probably just low-pass-filters the input signal. If it's PWM, it gets converted to DC voltage. If it's DC voltage, it goes through the filter the same way. If you want to run a BLDC or PMSM motor by variable speed (without speed feedback) this board is going to do it for you.

### ⭐⭐⭐⭐ It works for my application.
*by T***G on November 29, 2025*

Used it to test power tool brushless dc motor and it performed as expected. Package could be better with some pads or foam; it is just a plastic bag!

## Frequently Bought Together

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*Product available on Desertcart Netherlands*
*Store origin: NL*
*Last updated: 2026-01-29*