User Manual of CSL RTLS System CS3151TC Tag CS5111TD Reader CS5112TD Reader CS5113TD Reader with Ethernet Bridge CS5114TD Reader with Ethernet Bridge CS5116TD Reader CS5118TD Reader with Ethernet Bridge 1
Table of Content User Manual of CSL RTLS System ...............................................................................1 Introduction..................................................................................................................3 1 System Component Description..........................................................................4 1.1 CS3151TC..................................................................................................4 1.1.1 1.1.2 1.1.3 1.1.4 1.
Introduction The CSL RTLS solution is based on the application of time of arrival technology. In the RTLS, an anchor is the device installed in a known position inside a zone, normally, at the corners of the zone. The moving tag inside the zone can measure the range to each anchor so as to obtain its absolute position inside the zone. A Zone Anchor Anchor Tag Anchor Anchor In a minimum system, 4 anchors – 3 slave anchors CS5111TD/CS5112TD and 1 master anchor CS5113TD/CS5114TD- are installed in a zone.
1 System Component Description 1.1 CS3151TC 1.1.1 Product Description CS3151TC is a battery-operated active RFID tag. Three AAA size primary batteries ( either alkaline or lithium/Iron Disulfide )or Ni-MH rechargeable batteries can be installed for normal function. CS3151TC is designed so that it can be attached to the tracking assets or simply hanging on the moving objects, depending on the applications.
1.1.
1.2 CS5111TD/CS5112TD 1.2.1 Product Description CS5111TD/CS5112TD are the RTLS anchor( or reader). The high gain 2.4GHz ISM band antenna and the electronics PCB are integrated into one housing for robustness and easy installation. CS5111TD/CS5112TD are designed to be mounted at the back panel.
1.2.2 Installation Procedure CS5111TD/CS5112TD can be fed with DC voltage ranges from 12V to 24Vdc. The dc plug is 2.5mm locked type. CS5111TD/CS5112TD are fully programmed and ready for normal operation once power is on. No extra configuration procedure is required.
1.2.3 Product Specifications 1.2.3.
1.2.3.
1.3 CS5113TD/CS5114TD 1.3.1 Product Description CS5113TD/CS5114TD is the RTLS master anchor( or reader). It integrates the high gain 2.4GHz ISM band antenna and the electronics PCB into one housing for robustness and easy installation. CS5113TD/CS5114TD has Ethernet connectivity function to communicate with the server application. CS5113TD/CS5114TD is also a POE PD that can allow it to be powered through IEEE 802.3 certified PSE.
1.3.2 Installation procedure CS5113TD/CS5114TD can be fed with DC voltage ranges from 12V to 34Vdc. The dc plug is water-proof locked type.. Once powered on, CS5113TD/CS5114TD is ready to communicate with server through Ethernet port for configuration and RTLS functions. CS5113TD/CS5114TD can also be powered by a IEEE802.3 certified PSE. When the POE is in function, the DC adapter can be unplugged from the DC jack.
1.3.3 Product Specifications 1.3.3.
1.3.3.
1.4 CS5118/CS5116 1.4.1 Product Description CS5118 and CS5116 are the equivalence of CS5113TD/CS5114TD and CS5111TD/CS5112TD, with the antenna replaced by omni-directional dipole antennas. CS5118 has Ethernet connectivity function to communicate with the server application. CS5118 is also a POE PD that can allow it to be powered through IEEE 802.3 certified PSE. 1.4.2 Installation procedure CS5118/CS5116 can be fed with DC voltage ranges from 5V to 24Vdc. The dc plug is water-proof locked type.
1.4.3 CS5118/CS5116 Product Specifications 1.4.3.
1.4.3.
Federal Communications Commission Interference Statement This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications.
