Installation and fastening, Fastening

Installation and fastening

The following instructions are intended for a qualified fit- ter to guide him/her along the installation, adjustment and technical maintenance procedures as correctly as possi- ble and in full compliance with the applicable norms in force.

Important : unplug the hob before all operations.

Installation

•This hob can be built into a worktop simply by cut- ting out the corresponding slot.

•The worktop must be made with a material designed to withstand a temperature of approximately 100°C.

•The hob should be positioned at least 40 mm (for mod:KBM 6011DH - KBM 6001 H the hob should be positioned at least 55 mm) away from the back wall or any other vertical surface in order to allow for correct ventilation and to prevent the surfaces around the ap- pliance from overheating.

•If you wish to install the hob on top of an oven, the latter must be fitted with a cooling fan.

•Try to avoid installing the hob on top of a dishwasher; if this is unavoidable, place a watertight separating el- ement between the two appliances.

Fastening

Very important: It is vital that you ensure the glass ce- ramic hob is built into a perfectly flat supporting surface. Deformations due to improper fastening could alter the characteristics of the hob and compromise its perform- ance.

The fastening springs are fastened by screws (see dia- gram).

It is vital that these screws be kept accessible at all times.

Insert the hob into the cut-out slot, applying pressure all along the perimeter of the hob frame so that the latter adheres fully to the worktop.

REAR SPRING ASSEMBLY

FRONT OF HOB

KITCHEN	30	40
WORKTOP	30	40
WORKTOP

560	+/-
	+/-
	1

574

	10
	504
	1
	-
490	+/
490

Distance to keep between the cut-out slot and

the cabinet

HOB FROM BELOW

S912E specifications

The Creda S912E is a powerful and efficient microcontroller designed for various applications, particularly in the fields of IoT and embedded systems. Leveraging the robust ARM Cortex-A7 architecture, the S912E is not only energy efficient but also capable of handling demanding processing tasks. With its versatile and scalable design, it is increasingly becoming a popular choice among developers and manufacturers.

One of the standout features of the Creda S912E is its octa-core processing capability. This configuration allows for superior multitasking and improved performance in applications requiring significant computational power. The cores can operate at speeds reaching up to 2.0 GHz, ensuring that tasks are executed swiftly and efficiently.

The S912E also boasts a highly integrated design which includes a range of built-in peripherals and interfaces. It offers support for HDMI, USB, SATA, and Ethernet, catering to various connectivity requirements. This extensive range of interfaces makes the S912E suitable for multimedia applications, smart home devices, and other connected solutions. Furthermore, its support for 4K video output enhances its usability in high-definition applications, such as streaming and gaming.

In terms of memory, the S912E supports dual-channel DDR3/LPDDR3 memory, enabling effective data handling and improving overall system performance. The microcontroller can accommodate various types of flash memory, facilitating flexible storage options and allowing developers to customize their projects according to specific needs.

One of the key strengths of the Creda S912E is its energy efficiency. Designed with a focus on low power consumption, the S912E helps in prolonging battery life in portable applications, making it ideal for IoT devices and wearable technology. Additionally, it incorporates advanced power management features that optimize resource use, further enhancing energy efficiency.

Another prominent characteristic of the S912E is its support for multiple operating systems, including Android and Linux. This flexibility allows developers to choose their preferred environment, simplifying the development process and speeding up the time-to-market for new products.

In summary, the Creda S912E stands out as a robust microcontroller offering exceptional processing power, extensive connectivity options, and energy efficiency. Its advanced features and scalability make it suitable for a wide range of applications, from consumer electronics to industrial automation, making it a valuable component in the expanding realm of embedded systems and IoT.