The Victor speed controllers are specifically engineered for robotic applications. Their high current capacity, low voltage drop, and peak surge capacity make the Victor ideal for drive systems while its braking options and precise control meet the demanding needs of arms and lift systems.
- High current capacity.
- Low voltage drop.
- 12V and 24V options.
Selection Chart
|
Victor 884 |
Victor 883 |
Victor 885 |
| Nominal Voltage |
12V |
24V |
24V |
| Min/Max Voltage* |
6-15V |
6-30V |
6-30V |
| Continuous Current |
40A |
60A |
120A |
| Surge Current (2 sec) |
- |
100A |
200A |
| Surge Current (1 sec) |
- |
200A |
300A |
| PWM Output Chop Rate |
120 Hz |
2 KHz |
120 Hz |
| Minimum Throttle |
3% |
10% |
3% |
* Min/Max voltage does not apply to the fan.
- 12V 884 Fan:Voltage Range: 6V to 16V
- 12V Rotron:Voltage Range: 6V to 16V
- 24V Rotron:Voltage Range: 16V to 30V
Technical Specifications
| Downloads & Docs |
Victor 883 / 885 Users Guide
Victor 884 Users Guide
Installation Guide |
| Battery In |
Power Connector: 6-32 Screw Terminals (Maximum Screw Torque - 5 in*lbs)
Do not reverse the input polarity on a Victor. Doing this will permanently damage the unit and void the warranty. |
| Inputs |
- Use a standard non-shrouded 3-wire cable.
- Standard R/C Type PWM (Pulse Width Modulation)
- PWM Input Pulse: 1 - 2 ms
- PWM Input Rate: 15 - 30 ms
- The red wire (center pin) on the 3-wire cable connected to the Victor is an open circuit.
- There is no reason to disconnect the red wire in the cable.
- The Victor does not source or draw power on the red wire.
|
| Outputs |
Power one motor with variable speed forward, reverse, or off.
Our Speed Controllers can NOT be used with Brushless motors. |
| Specification |
Use a PWM Signal Driver to ensure the signal from your receiver is Victor compatible.
Warning - Applying more than 5V to a PWM Signal Driver will damage it. Do not use a PWM Signal Driver with any VEX Microcontrollers, VEXpro, Signal Splitters, or any receivers or mixers than supply more that 5V to the PWM Signal Driver as damage will occur. |
