43 Topic(s)
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.
The SpaceLogic devices with the two-piece design are designed for installation on DIN rails in a cabinet.
The Schneider Electric SpaceLogic hardware devices for the EcoStruxure BMS include terminal bases, PS-24V power supplies, Central IO modules, automation servers such as AS-P servers and AS-B servers, BACnet/IP devices such as MP-C controllers, MP-V controllers, IP-IO modules, and RP-C controllers, RP controller expansion modules, remote control, KNX Modbus gateway, Bluetooth adapter, Wireless Adapter - Advanced, SpaceLogic Sensor devices, Advanced Display devices, and Operator Display devices.
You print an I/O wiring list for the I/O bus that describes which I/O points are associated with each I/O module. You use the printed copy of this list to help wire the I/O bus network.
This section outlines the recommended cables and wires, specifying the appropriate wire sizes and lengths for the Central IO modules.
The terminal bases are used for SpaceLogic devices that are based on the patented two-piece design. The terminal base provides the I/O bus to the electronics module installed on the terminal base as well as to the SpaceLogic device installed to the right (next terminal base in the chain).
Use the power budget to calculate the maximum number of devices that the power supply can supply. If more devices are used, additional power supplies must be added to the I/O bus.
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.
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: