Spreaders SP-1875
Features
Efficient Direct Drive Transmission
The electric-powered motor and auger transmission unit precisely delivers materials to the spinner.
Inverted “V”
The patented inverted “V” baffle allows a consistent flow of bulk materials to the auger. Photo shows SP-1875.
Dual Variable Speed Digital Control
Dial in the spread pattern with the dual variable-speed control. This digital, self-diagnosing unit allows independent adjustment of spinner and auger speeds.
Vibrator
The vibrator attaches to the inverted “V” baffle to maximize flow of bulk materials.
Mounting Systems
Model SP-1575 comes with an integrated receiver/3-point mounting system for use with many types of vehicles. SP-1875 offers plenty of versatility with a variety of mount options.
Fitted Lid
The fitted lid provides a convenient solution for protecting the material from moisture.
Top Screen
Keep large clumps of salt out of the hopper with the provided top screen.
Specifications
| Model | SP-1875 |
| Dimensions | |
| Empty Weight | 180 lb |
| Overall Length | 24" |
| Overall Height | 36" |
| Overall Width | 52" |
| Hopper Length | 21" |
| Hopper Width | 47" |
| Operational | |
| Capacity (Volume) | 9.0 cu ft |
| Capacity (Weight) | 720 lb |
| Spreading Width | Up to 40' |
| Electrical | |
| Speed Control | Digital, self-diagnosing variable speed control |
| Wiring Harness | Completely loomed with molded plugs |
| Construction | |
| Frame | Powder coated steel |
| Hopper | One-piece LLDPE safety yellow poly |
| Motors | Dual 12-volt DC direct-drive motors mounted in weather resistant enclosure |
| Spinner Drive Assembly | Maximum torque transmission with hardened-steel worm and bronze gear |
| Spinner | 12" powder coated steel |
| Auger Drive Assembly | Heavy-duty solid steel construction with maximum torque motor transmission drive |
| Auger | Horizontal high-flow auger |
| Standard Equipment | |
| Top Screen | 1/4" steel rod construction with grid pattern |
| Cover | Fitted lid |
| Vibrator | Standard |
| Inverted | Patented vibrating inverted "V" to maximize material flow |