NFE Electromechanical Vibrating Feeders by Jeffrey Rader Brand

Electromechanical vibratory feeders are recommended for heavier loads and for hazardous environments for a variety of materials.

Features

Jeffrey Rader feeders are precision-tuned near their own natural frequencies making them in tune with the materials they carry. These sub-resonant tuning characteristics assure efficient material transference, promote quieter operation, and reduce energy and maintenance costs.

Advantages & Benefits:

Rugged deck design
Simple and reliable twin balanced vibrator motors with lubed for life sealed bearings
Steel springs have low damping coefficient to minimize power consumption
Remote or local controllers available
“Near-Zero” maintenance

Vibrating Feeders Technical Data

General Information

Sub-resonant tuning–less horsepower required (energy savings)
“Near-Zero” maintenance
Pure linear motion from the balanced two-motor drive system
Suspended or supported mounting options
100% range of control
Manual or auto operation (4-20 mA input signal)
Control enclosure: NEMA 12 (standard), 4 or 4X (optional)
Variable frequency controller includes dynamic braking resistor and AC input line reactor
Steel pre-compressed coupling springs. Low damping coefficient that minimizes power consumption. Constant spring rate compared to rubber springs
100% maintenance-free vibration motors. Power supply 115 – 690V, 50 & 60 Hz. Horsepower sized per application
Optional motor ATEX rating available
Variety of deck sizes and configurations available
High Burden-to-energy ratio

Video & Media

Videos

Click the image to see the introduction of the new Jeffrey Rader NFE Feeder. Near-zero maintenance, energy efficient, smaller footprint.

Click the image watch this video shot at our production facility in Belleville, Illinois. New Product Development Engineer, Jerry Stepp, discusses the key innovations we’re adding to vibratory feeders to make them more energy efficient, productive and safe.