UI-8/AO-V-4 v2
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Concept
The I/O wiring recommendations provide guidance on what type of wires should be used for the different Central IO modules, AS-B server onboard I/O, RP and MP controller onboard I/O, and IP-IO and RP-IO I/O modules, how to perform grounding, and how to connect different external devices to the inputs and outputs. This section also provides information on the external connectors required for the RP controller expansion modules and the RP-C-16C-F-230V model. Always use the recommended cables and wires.
Concept
For Central IO modules with outputs, the following components on the front provide control of the output channels:
Concept
These Central IO modules combine 8 universal inputs and 4 analog outputs. You can use these modules when an application requires only a few I/O points of each type. The universal inputs can be used for any mix of temperature, pressure, flow, status points, and similar inputs. The analog outputs can be used to control a wide range of devices, such as valves and actuators, using a 0-10 VDC control signal.
Hardware Installation
Part number: SXWTBIOW110002
Hardware Installation
Part number: SXWTBIOW110001
Hardware Installation
Part numbers: SXWUI8D4X10002, SXWUI8D4H10002, SXWUI8A4X10002, SXWUI8A4H10002, SXWUI8V4X10002, SXWUI8V4H10002
Specifications
Concept
Mixed modules support a combination of electrical types, such as universal inputs mixed with digital or analog outputs. The available second version (v2) mixed modules include the following:
Concept
The second-generation (v2) Central IO modules feature several enhancements over the first-generation models, including faster processor performance and higher-resolution A/D converters for universal inputs. Additionally, the v2 module design has been updated to better align with the DIN 43880 standard by removing the previously high shoulder height. By adding a variety of Central IO and power supply modules, you can use the AS-P server to tailor the Intelligent Building Management System to your unique requirements.
How to
You install a terminal base on a horizontal DIN rail to ensure that the device is securely fastened and to allow sufficient cooling air flow through the electronics module. You install a terminal base on a DIN rail prior to connecting it to its neighboring terminal bases.