Turning off the power

1. Press the STANDBY/ON button on the projector or the remote control.

The message "Power off?" will appear on the screen for about 5 seconds.

2. Press the STANDBY/ON button again while the message appears.

The projector lamp will go off, and the POWER indicator will begin blinking in orange. Then the POWER indicator will stop blinking and light in steady orange when the lamp cooling is complete.

3. Make sure that the POWER indicator lights in steady orange, and set the power switch to the

OFF position (marked “O”). Attach the lens cover. Do not turn the projector on for about 10 minutes or more after turning it off. Turning the projector on again too soon could shorten the lifetime of some consumable parts of the projector.

STANDBY/ON button

POWER indicator

Power switch

WARNING ►Do not touch around the lamp cover and the exhaust vents during use or just after use, since it is too hot.

►Remove the power cord for complete separation. The power outlet should be close to the projector and easily accessible.

NOTE • Please power off the projector after any connected devices are powered off.

This projector has the AUTO OFF function that can make the projector turn off automatically. For more information, please see the “Operating Guide” in the CD.

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Dukane 8916, 8912H user manual Turning off the power

8912H, 8916 specifications

Dukane is well-regarded for producing advanced ultrasonic welding equipment, and among its notable offerings are the Dukane 8916 and 8912H models. These ultrasonic plastic welding machines are engineered for optimal performance in various industrial applications, making them valuable assets for manufacturers.

The Dukane 8916 model is designed with versatility in mind. Equipped with a robust ultrasonic generator, it utilizes a frequency of 20 kHz, delivering consistent and efficient energy to facilitate the welding process. This model features a large operating window, allowing for flexibility in the size and type of parts being processed. Its transducer ensures effective energy conversion, resulting in a strong molecular bond between plastic components. The 8916 is particularly suitable for applications in the automotive and medical industries, where precision welding is essential.

On the other hand, the Dukane 8912H is tailored for high-speed production environments. This model boasts a compact design, making it ideal for integration into automated systems. Its improved cooling technology enhances operational efficiency, reducing downtime during production. The 8912H also offers user-friendly controls, which simplify the setup and monitoring of the welding process. This model is especially effective in applications such as packaging and electronics manufacturing, where rapid cycle times are a necessity.

Both models are equipped with advanced monitoring features that ensure the quality of the welds produced. They provide real-time feedback on the welding process, enabling operators to make necessary adjustments instantly. This technology not only enhances product quality but also minimizes waste, contributing to more sustainable manufacturing practices.

Another standout characteristic of the Dukane 8916 and 8912H models is their compatibility with multiple tooling options. This flexibility allows manufacturers to adapt the machines for various applications, whether it’s welding, cut-and-seal, or embossing. The ability to easily switch between different tools maximizes productivity and efficiency on the production floor.

In summary, the Dukane 8916 and 8912H ultrasonic welders are prominent models that provide advanced features, precision, and adaptability for diverse industrial applications. With their strong performance capabilities and state-of-the-art technology, these machines continue to set a standard for ultrasonic welding excellence in manufacturing environments.