|
|
 |
Using
ISHIDA's proven technology, the DACS-World Series has been developed
to satisfy the strictest production requirements, providing ease of
operation, flexibility, hygiene, high-speed processing and optimal
accuracy. Incorporating ISHIDA proprietary technology, the DACS-W
checkweighers use Anti-Floor Vibration Mechanism (AFV) and a special
Digital Signal Processor (DSP) to give even noisy environments the
highest accuracy possible.
The DACS-W can handle a large variety of pack types and sizes, ranging
from 3g to 50kg and speeds to 300 weighments per minute.
|
|
|
 |
•
An easy-to-operate control unit with a large 256-by-64-dot display
helps eliminate reading errors, while the interactive operation system
makes presetting extremely simple.
•Data is clearly shown on the screen, and graphs and histograms
are provided for easy understanding and enhanced production.
• An optional printer can be attached to the control unit. Preset
parameter data and various performance data can be recorded and printed.
• Various types of rejecters are available. Consult with your
local ISHIDA representative for a complete list.
|
 |
A
major breakthrough in checkweigher accuracy, the AFV actually
cancels out influence from external vibration.
Stable and reliable weighing results are achieved even in a
vibration-intensive factory environment. |
|
|
 |
DACS-H
Series checkweighers are built to withstand the harshest washdown
procedures without sacrificing the unsurpassed weighing accuracy you
expect from ISHIDA.
Stainless
steel construction, NEMA 4X electricals, and a dramatically open and
accessible framework facilitate cleaning procedures, including rigorous
high pressure hosedown with caustic solutions.
The easy-cleaning design of DACS-H Series checkweighers is ideal for
the stringent sanitation requirements of meat, poultry, and dairy
products, as well as factories that manufacture products that can
quickly rust or corrode standard machine frames.
|
 |
|
 |
Sleek
contours of the support legs and main body frame prevent product
build-up to reduce cleaning time.
|
|
An
open and accessible support framework
allows thorough sanitation. |
 |
|
 |
| Belt
removal without tools provides easy access for quick changes. |
|
Corrosion
resistant materials and waterproof
construction enable hose washdown with caustic solutions. |
|
 |
Completely
waterproof
The DACS-H waterproof checkweigher conforms to IP66 and NEMA
4X standards. |
Easy
to clean
The smooth contours of the support legs and the main body frame
prevent product build-up and reduce cleaning time. The open
and accessible support frame allows thorough cleaning. |
Easy
maintenance
No tools are required to remove the belt conveyor, reject arms,
and many other parts thus simplifying access for maintenance. |
Durable
construction
Quality manufacturing ensures dependable performance even in
the harshest factory conditions. |
|
 |
ISHIDA
load cells
Load cells designed and manufactured by ISHIDA JAPAN deliver
superior accuracy. |
Anti-Foor-Vibration
Mechanism (AFV)
A separate load cell detects and compensates for any external
vibration, thus maintaining maximum accuracy even in vibration-intensive
factory environments. |
Digital
signal processing
To maximize speed and overall performance, a 'DSP' chip allows
accurate signal processing under a wide range of weighing conditions. |
|
 |
Printer
A printer attached to the control unit provides hard-copy data
of shift production. |
|
Interface
capability
Production Control by Data Communication:
1 PC can control max 32 units of checkweigher. Weight inspection
data can be forwarded to master computer at real time. Daily,
weekly, monthly production result can be recorded in the master
computer.
|
|
Feedback
control
Control signals from the DACS-H to upstream line equipment
improve production efficiency.
|
|
|
 |
A
highly accurate, high performance metal detector has been combined
with ISHIDA's renowned checkweigher to solve your metal contamination
problems. The DACS Series checkweigher with metal detector has been
developed to meet the most demanding quality control requirements
while enhancing production efficiency.
|
|
|
|
|
