MotoWeigh® Metal Detection Systems
Define Your Boundaries
For detecting ferrous, non-ferrous and stainless steel contaminants, MotoWeigh Metal Detection Systems offer a critical balance of sensitivity without the more common show-stopping alarms. Unlike x-ray systems, MotoWeigh Metal Detection Systems are designed to detect disturbances in a generated magnetic fi eld, making them better suited for products varying in size, shape and orientation. Metal detection systems have also been proven to last up to three times longer in harsh industrial settings.
MotoWeigh Metal Detection Systems arrive factory programmed to detect spherical metallic contaminant. Food-grade, stainless steel washdown design MotoWeigh models can be quickly disassembled with modular, variable-speed belting that removes easily for easy cleaning and sanitation.
Features
Software
Four levels of security
Easy setup and product learning
Easily change product boundaries/rejection
One touch log reporting
Eight fields of data recorded on large hard drive
USB, Ethernet and RS485 communication ports
English or Spanish
Hardware
7 in color touchscreen interface
304 stainless steel construction
NEMA Type 4X, 304 stainless steel housing and enclosure
IP66 rated
Easily removable belt
Adjustable foot pads or optional casters
Single-point junction box
Anti-static UHMW slider bed
Options:
Reject mechanism
Paddle
Linear
Drop
Lock box
IP69K
Meets HACCP requirements
Ferrous, non-ferrous, and 316 stainless steel test wands; individual wands and kits
LED communication tower
Audible alarms
Specifications
Construction:
304 stainless steel
Display:
7 in color touchscreen
Language Support:
English and Spanish
Inputs:
Eight configurable (for photo eyes, remote emergency stop, etc.) that can be set to active high or active low
Outputs:
Nine programmable (for reject mechanism, system faults, system warnings, etc.)
Speed:
Up to 240 ft/minute (73 m/min) depending on configuration
Operating Temperature:
Integral control 14° F (-10° C) to 120° F (49° C)
Storage Temperature:
14° F (-10° C) to 175° F (80° C)
Maximum Operating Altitude:
6,561 ft (2,000 m)
Power Requirements:
100 to 240 VAC, 50 or 60 Hz