If you know ONE bar code input is required before a new cycle is initiated, set this parameter to 00001. The blender is then prevented from operating until one single valid input is received. If two inputs are expected, set this parameter to 00002, etc. When set to any value, the blender will not operate until the required number of scanned inputs are received.

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XCV + XRC

For Extrusion Control Systems only.

XCV, "Extruder speed Control Voltage" is used in conjunction with our extrusion control software. This number can range from 0 to 1000 (XCV 00000) to XCV 01000), and determines the voltage outputed on pin S of the Amphonol connector. Pin R is the neutral or zero reference for this voltage output.

The voltage ranges from 0 to 10 volts. 01000 = 10.00 volts. This parameter can be set manually, however it is intended to be controlled by the extrusion control logic or by MLAN communications in conjunction with our extrusion control software.

Whenever the software control logic makes a change to this voltage, up or down, the controller display will say (RAMPING) during the time the voltage is being adjusted.

XRC, "Extruder speed Rate of Change", determines the ramp up or ramp down rate of the XCV parameter, above. It can range from 0 to 10 (XRC 00000) to (XRC 00010). Default setting is 00004.

When XCV changes, it does so gradually, making small incremental changes every 10 interrupts, or about 24 incremental changes per second. The XRC parameter determines the maximum value of each incremental change. For example, if XRC is set to 1 then the XCV number will increment by 1 count (0.01 volt) every 10 interrupts, for a rate change of 24 counts (0.24 volt) per second, which will produce a full range change from 0 to 10 volts over about 41 seconds.

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TCV + TRC

For Extrusion Control Systems only.

These parameters control a second 0 to 10 volt voltage output on for controlling downsteam equipment Takeoff speed. They operate the same as the XCV and XRC covered above except they move in the opposite direction, higher to reduce weight per foot, lower to increase weight per foot.

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XTP

For Extrusion Control Systems only.

The LAST THREE digits of the XTP parameter specify the TRIP POINT when software will make an adjustment to the throughput rate number, which will then cause a change in extruder speed. Speed is held steady until there is significant indication that the throughput rate is incorrect. The software analyzes each batch watching for any meaningful deviation from current controlling rate. These last two digits of this parameter specify the accumulated error, indicated as a percent of full batch weight, required to trip a change. For example,

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Conair WSB, GB manual Xcv + Xrc, Tcv + Trc, Xtp
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GB, WSB specifications

The Conair WSB,GB represents a cutting-edge advancement in hair styling technology designed for both professionals and everyday users. Known for its versatility, this styling device merges high-performance with user-friendly characteristics to deliver exceptional results.

One of the standout features of the Conair WSB,GB is its dual voltage capability. This allows users to take it anywhere in the world without worrying about voltage inconsistencies, making it an ideal travel companion. The device's sleek and portable design ensures that it is easy to pack while still being robust enough to handle regular usage.

The WSB,GB incorporates advanced heating technology that ensures rapid heat-up times, allowing users to get to styling quickly. With multiple heat settings, the device caters to various hair types and styles, whether it's coarse, fine, or color-treated hair. This customization is essential for achieving the perfect look while minimizing damage.

Another impressive characteristic of the Conair WSB,GB is its innovative ceramic technology. The ceramic plates distribute heat evenly, reducing hot spots that can lead to hair damage. This feature ensures that styling is not only efficient but also gentle on the hair, promoting a healthy shine and reducing frizz for a polished finish.

The device also boasts a swivel cord, which enhances convenience during use by allowing for free movement without the hassle of tangling. This ergonomic consideration is particularly beneficial for professional hairstylists who may need to maneuver around clients during appointments.

Safety is a crucial aspect of the WSB,GB design. It includes an automatic shut-off feature that turns the device off after a period of inactivity, providing peace of mind for users who might accidentally leave it on when finished.

In summary, the Conair WSB,GB offers various features that cater to the modern user’s needs. With its dual voltage, rapid heating capabilities, ceramic technology, swivel cord, and safety features, it stands out in the crowded hair styling market. Whether you’re a professional stylist or someone looking to elevate your everyday look, the WSB,GB is engineered to meet these demands with excellence.
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