Setting of the minimum

The oven thermostat is equipped with a by-pass for the minimum; when changing the type of gas it is also necessary to adjust the setting in the following manner:

Remove the thermostat knob;

If the front panel is in glass, remove it by unscrewing the two locking ring nuts located under the other two knobs (fig. 1);

If the control panel is in metal, the adjustment can be made through the opening located on the left side of the thermostat knob housing (fig. 2);

Turn on the oven and let it operate at maximum with the door closed for at least 30 minutes;

Move the oven thermostat knob to the minimum and set the by-pass to the minimum so as to obtain a reduced but stabilized flame. Perform this operation with the oven door closed;

Use a screwdriver to operate on the notch of the by-pass screw. A few turns of the by-pass screw is sufficient to adjust the minimum when passing from liquid gas to methane gas;

1.2.

IMPORTANT: after having adjusted the burner, open and close the oven door to check that the flame remains lit at the minimum. If the flame goes out, adjust the by-pass setting.

For operation with G30/G31, the adjustment screw of the by-pass must be screwed in completely.

When these operations are finished (injector replacement, air adjustment and minimum setting), turn off the oven and replace the data plate with the new data plate indicating the operating gas.

KS 60 specifications

The Foster KS 60 is a cutting-edge piece of industrial equipment designed for optimal performance in demanding environments. This versatile machine is engineered for efficiency and precision, making it an essential tool in various sectors, including manufacturing, construction, and logistics.

One of the main features of the Foster KS 60 is its robust build quality. Constructed with high-grade materials, it ensures longevity and reliability even under the most challenging conditions. The frame is designed to withstand heavy loads, while the components are tested to ensure they can handle continuous operation without compromising performance.

A standout characteristic of the KS 60 is its advanced automation capabilities. The integration of smart technologies allows for seamless operation, reducing the need for manual intervention. This automation not only enhances productivity but also minimizes the risk of human error, leading to more consistent output quality. The user-friendly interface provides operators with real-time data and insights, enabling them to monitor the machine's performance effortlessly.

Moreover, the Foster KS 60 features adaptive speed controls, allowing it to adjust its performance based on the specific requirements of each task. This adaptability ensures optimal energy efficiency, reducing operational costs while maintaining high productivity levels. The machine’s energy-saving mode is particularly beneficial for environment-conscious operations, further solidifying its reputation as a sustainable choice.

The KS 60 also incorporates advanced safety features, making it a reliable option for teams working in high-risk environments. Emergency stop systems, overload protection, and fail-safe mechanisms are all designed to ensure the safety of operators and the surrounding workforce.

In terms of maintenance, the Foster KS 60 is user-friendly. Its modular design simplifies access to critical components, allowing for easier servicing and reduced downtime. This means that operators can conduct routine maintenance with minimal disruption to workflow.

Overall, the Foster KS 60 stands out as a versatile, efficient, and reliable machine that caters to the needs of modern industries. With its combination of robust construction, smart technology, adaptive performance, and safety features, it is poised to enhance productivity and operational efficiency across various applications. Whether for heavy-duty tasks or precision jobs, the Foster KS 60 is engineered to meet and exceed the expectations of its users.