Overview
The Syntron F-T0-C is a magnetic vibratory feeder manufactured by Syntron (FMC Technologies) for precise, controlled material handling. This compact light-duty feeder is ideal for applications requiring accurate metering of small quantities of dry materials and conveying small parts in laboratory, manufacturing, and CNC environments.
Key Features
- Compact design with standard 1-1/2″ × 12″ trough configuration
- Magnetic vibratory drive mechanism for reliable, repeatable feed control
- Low power consumption (0.35 amps at 115V)
- Suitable for metering fine, coarse, hot, cold, damp, and dry materials
- Dust-tight electromagnetic construction
- Simple, robust design for easy maintenance and tuning
Technical Specifications
- Maximum Capacity: 1,250 pounds per hour
- Input Voltage: 115V AC
- Operating Frequency: 50 or 60 Hz (specify at order)
- Current Draw: 0.35 amps
- Trough Size: 1-1/2″ wide × 12″ long (standard)
- Length: 12 inches
- Width: 8 inches
- Height: 6 inches
- Manufacturer: Syntron / FMC Technologies
- Model: F-T0C (F-T0-C)
- Country of Origin: United States
Typical Applications
Syntron F-T0-C feeders excel in industries requiring precise material flow control:
- CNC machining and metal cutting operations
- Pharmaceutical and chemical dispensing
- Electronics component handling
- Small parts assembly and packaging
- Laboratory testing and sample preparation
- Blending and batching operations
Compatibility & Replacements
Compatible With
- Standard 120V AC single-phase industrial power
- Hoppers and bulk material storage systems
- Conveyor systems and downstream processing equipment
- Control circuits and electromagnetic switching systems
Replaces / Drop-In Replacement For
- Syntron F-T0 (earlier non-enclosed model)
- Other compact vibratory feeders with 1-1/2″ × 12″ trough specification
- Compatible replacement applications requiring 115V light-duty magnetic feeders
Works With
- Standard AC electromagnetic control relays
- Industrial power distribution systems (115V single phase)
- Mechanical and automated material handling systems
- Hoppers with flexible coupling mounts
