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HIMax System 9 Life Cycle<br />

9 Life Cycle<br />

This chapter describes the following life cycle phases:<br />

� Installation<br />

� Start-up<br />

� Service and maintenance<br />

Instructions for a correct decommissioning and disposal of the products are provided in the<br />

manuals for the individual components.<br />

9.1 Installation<br />

This chapter describes how to install and connect the HIMax controllers.<br />

9.1.1 Mechanical Structure<br />

To ensure a faultless operation, choose a suitable mounting location for the HIMax <strong>system</strong><br />

in accordance with the operating requirements, see Chapter 2.1.3.<br />

Observe the instructions for the installation of Base Plates and other components in the respective<br />

manuals.<br />

9.1.2 Connecting the Field Zone to the I/O Module<br />

HIMax is a flexible <strong>system</strong> designed for continuous operation. It allows the I/O modules to<br />

be connected to the field zone:<br />

� directly, via the connector boards.<br />

� indirectly, via the field termination assemblies.<br />

The following section describes the four recommended wiring variants.<br />

1. Connection to single connector boards with screw terminals<br />

2. Connection to redundant connector boards with screw terminals<br />

3. Connection to single connector boards via field termination assemblies and <strong>system</strong> cables.<br />

4. Connection to redundant connector boards via field termination assemblies and <strong>system</strong><br />

cables.<br />

Additional wiring options require higher planning efforts and are not described in the manuals.<br />

If required, please contact HIMA Project Management & Engineering division.<br />

Wiring 1<br />

For an individual I/O module, connect the sensors or actuators to a non-redundant connector<br />

board with screw terminals.<br />

� Connect individual sensors or actuators to an individual I/O module on a per channel<br />

basis (non-redundant).<br />

� Connect two or more redundant sensors or actuators to two or more redundant modules<br />

on a per channel basis. The number of redundant sensors or actuators must be identical<br />

with the number of redundant modules (e.g., two sensors/two modules).<br />

HI 801 001 E Rev. 3.00 Page 74 of 104

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