Ideal solution for area detection and measurement

Description

When you want to accurately detect or measure slim
or small objects, the versatile IDEC-DS AS1 or DS1 Area Sensors are the answer! With
the respective ability to detect objects as small as a 0.2mm thickness, and to detect and
measure objects of different shapes and sizes, these sensors are perfect for a wide range
of applications.
AS1 photoelectric light grids utilize a precise crossed-beam detection method that enables
detection of even the slimmest objects, with 0.2 mm thickness, inside a 100 mm height,
over operating distances reaching 2.1m between emitter and receiver. Thanks to a short
response time, the ultra-compact AS1 light grids are just the area sensor for fast conveyor
lines or for applications requiring detection and counting of objects in random positions,
such as sheet (paper, wood, metal) or envelope detection.
DS1 Detection and Measurement Light Grids with Analog Output, on the other hand, offer
a compact multi-beam light grid suitable for detection and measurement of objects with
different shapes and sizes with high accuracy and resolution. DS1 is available with 150mm
height, 5mm resolution and an operating distance of 2.1m. A response time of less than
3ms, allows installation on the fastest machines and processes, and an analog 0-10V
output means you can measure the size, shape or height of an object. You stay in control
of the position of your products because the sensor will immediately detect if the
orientation is wrong. For instance if a bottle has fallen over or a box does not have its lid
secured.
IDEC-DS AS1 and DS1 area sensors offer the best detection and measurement methods
for the money. The emitter and receiver are even electrically synchronized offering you
three scanning methods, which also means no external drivers are required. For a highresolution
area sensor with quick response time, check out the new IDEC-DS area
sensors and experience precision detection at its best.
Be the first to review this product
Add your review: