Installation

1.Mark the positions of the fixing holes on the wall using the dimensions shown in Fig 3.

2.Drill and plug the wall and cabinets with appropriate fixings, suitable for the wall type and units you are fixing the extractor to.

3.Mount the brackets and securely tighten.

4.Should the cupboards not be considered strong enough, angle frame L (Fig. 4) can be used as an additional support on the rear wall. Recheck positioning of hood, screw angle frame L to wall, replace hood and secure to wall.

5.Hang the hood on the brackets, adjusting the position of the brackets if necessary.

6.Secure the extractor to the adjacent units through the holes in the side of the appliance (Fig.5), to ensure that it cannot be accidentally knocked off the hanging brackets.

Venting the Extractor

The extractor can be used as a recirculation device or to duct out through a rear wall.

To duct the extractor out, simply connect the vent adaptor to the ducting pipe and fix to the extractor.

The dimensions and location of the vent outlet are shown opposite.

Fig. 3

16

Fig. 4

 

502

 

Fig. 5

Fig. 6

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Image 7
CDA CIN6 manual Installation, Venting the Extractor

CIN6 specifications

CDA CIN6, short for Clinical Document Architecture Release 6, is a significant advancement in the standardization of clinical documents within the health informatics landscape. Developed by Health Level Seven International (HL7), CDA CIN6 is designed to improve the interoperability and exchange of clinical data across different healthcare systems. This version of the standard incorporates various features and technologies aimed at enhancing the usability and richness of clinical documentation.

One of the main features of CDA CIN6 is the structured representation of clinical documents. This enables healthcare providers to create, share, and exchange detailed information about patient conditions, treatments, and outcomes in a standardized format, which can be easily interpreted by various electronic health record (EHR) systems. The standard builds on previous versions with added support for rich text formatting, allowing for a more comprehensive representation of clinical narratives. This feature is crucial for preserving the nuances of clinical information while ensuring that the data remains accessible and usable across different platforms.

Another critical technology underpinning CDA CIN6 is its XML-based structure. Extensible Markup Language (XML) allows for machine-readable formatting which makes it easier to validate, parse, and transform clinical documents. This capability is essential for healthcare institutions that aim to integrate CDA documents into their existing information systems, as it supports seamless data exchange and minimizes the risk of information loss during transmission.

CDA CIN6 also emphasizes the use of templates to define specific clinical document types, which can be tailored to meet the unique requirements of various specialties and regions. This templating approach facilitates consistency across documentation practices while enabling customization as needed. The standard is designed to support both human readability and machine processing, ensuring that the information contained within the documents is not only useful for healthcare providers but also for applications like clinical decision support systems.

Moreover, CDA CIN6 embraces the growing trend of patient engagement by incorporating patient-generated data more effectively. The standard allows for the inclusion of data from various sources, including wearable devices and mobile health applications, thereby providing a more holistic view of a patient’s health status. This integration supports better clinical outcomes and fosters a collaborative approach to patient care.

In conclusion, CDA CIN6 is a transformative update that enhances the way clinical documents are created, shared, and utilized in healthcare. With its rich features, XML-based technology, templating support, and emphasis on patient-generated data, CDA CIN6 paves the way for improved interoperability and patient-centered care in today's increasingly data-driven healthcare environment.