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The SMARTEYE® COLORWISETM True Color Sensor is the most feature packed color sensor available. Designed to work as well as an instrument or spectrometer, this sensor can solve the most difficult color applications at higher speeds than color cameras or the closest priced competitive product.
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SUPPLY VOLTAGE | 12-24 VDC |
CURRENT REQUIREMENTS | • CW-1: 110mA@12VDC, 80mA@24VDC • CW-2: 140mA@12VDC, 85mA@24VDC |
REMOTE AUTOSET INPUT | • Input time: 25mS (ON) / 25mS (OFF) minimum • Selectable (sinking or sourcing) • Contact or solid-state input 1mA • Transient suppression |
DIAGNOSTIC INDICATORS | • Output Indicator – (Amber) CH 1 through CH 4 • Four Character Alpha-Numeric Display – (Green) |
PUSHBUTTON CONTROL | Pushbutton control: Select, Next |
RESPONSE TIME | • Color-to-color: CW-1: 75µs (Uspd), 150µs (Hspd), and 300µs (Hrez);CW-2: 600µs • Shade-to-shade: CW-1: 100µs (Uspd), 200µs (Hspd), and 800µs (Hrez); CW-2: 800µs |
AMBIENT TEMPERATURE | -5°C to 55°C (23°F to 131°F) No ice, frost, or fogging allowed |
RUGGED CONSTRUCTION | •Chemical resistant high impact polycarbonate housing •Waterproof, ratings: NEMA 4, 6p and IP67 enclosure rating •Conforms to heavy industry grade CE requirements |
LIGHT IMMUNITY | Responds to sensor’s pulsed modulated light source – immune to most ambient light including indirect sunlight |
PERFORMANCE | • CW-1: Effective Resolution: Min. 12 bit, Max. 16 bit • CW-2: Effective Resolution: 14 bit |
OPTICAL CHARACTERISTICS | • Light emitter: White LED • Optical axis: CW-1: Coaxial;CW-2: Convergent • Receiving spectrum: 400nm to 700nm |
LENS MATERIAL | Acrylic or glass |
The SMARTEYE® COLORWISETM True Color Sensor is the most feature packed color sensor available. Designed to work as well as an instrument or spectrometer, this sensor can solve the most difficult color applications at higher speeds than color cameras or the closest priced competitive product. The 4 Channel Monitor provides a visual confirmation of performance without having to switch channel selections or touch the sensor in any way. Providing a choice in speed versus resolution, the SMARTEYE® COLORWISETM puts the controls of the performance of the sensor in the hands of the operator; allowing for more application solutions, and removing the limits that either speed or resolution alone can offer. |
With control over Tolerance, Light Intensity, Output Configuration (NPN or PNP), Timers, Input Configuration (Edge or Gate), the SMARTEYE® COLORWISETM provides a tailored and customized solution for the most difficult color sorting, or inspection problems facing today's packaging and production lines. The SMARTEYE® COLORWISETM also comes equipped with 4 digital and 3 analog outputs that not only help to sort products by color, but can determine specific color signatures as well. |
Features |
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Special Features |
Analog XYZ and xyY The ColorWise has three analog output wires that operate together in one of two modes, XYZ or xyY as set in the System Parameters menu. In the XYZ mode, the sensor provides an RGB type output. The X, Y and Z output wires represent the intensity of the red, green and blue components of the target color as a 0- 5 VDC signal. In the xyY mode, the sensor provides an output that separates color from intensity. The x and y signals act as (x,y) coordinates to give an indication of color while the magnitude of the Y signal gives an indication of signal intensity or color brightness. Output signals in xyY mode are also given as 0-5 VDC on each wire. The ColorWise analog outputs can easily be evaluated by a PLC for use in proc |
Remote Capture Pulse the Remote Capture wire to Negative or Positive, dependent upon IN> setting; NPN or PNP, respectively. NOTE: Each pulse on for 40ms to 400ms. The idle time between pulses is 40ms to 400ms |
Gate Input The Gate Input Wire can be used with or without the Latch Timer function. Useful for resetting the latch, gating or triggering the sensor at a specific time and location on the target, and for “windowing” the sensor to ignore other targets or objects that may come into view which should be ignored. The Input can be configured for either an NPN/Negative, or a PNP/Positive signal. |
Short Range Guideline (CW-1) The short range version is useful when the color is consistent across the entire product: when product is small; when the target is a color registration mark; or when the target is a specific color on a label. Applications that may be solved with the short range models are cap color, registration marks, label orientation, pharmaceutical color coding, tote sorting, etc. The short range version allows for a selection of speed versus resolution to resolve high speed color applications as well as low levels of color shade changes. |
Long Range Guideline (CW-2) The long range models should be used when distance to the target exceeds the range of the short range model, the physical or mechanical constraints require a longer range, or the product needs a larger spot of light for averaging, as in applications such as textile, food, or grainy products or surfaces. The long range model provides a wide range of focal distances, with a large beam to view over surfaces that require more color averaging over many different substrate surface textures. |
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