Gps Phase Identification System Device Application: Indoor

In order to cater the variegated demands of our precious clients, we are exporting and manufacturing and supplying of the GPS Phase Identification System Device in Gurgaon, Haryana, India. The provided identification system is stringently tested on several parameters by our quality examiners in order to ensure its quality at clients' end. A team of well-trained professionals manufacture it making use of the optimum grade components and sophisticated technology in conformity with the preset industry guidelines. In addition to this, customer can get it from us at reasonable prices.

Its Features are:
Easy to use
Easy to install
Accurate reading

Its Product Details are:
The SPI-II is an instrument which enables remote identification of A-B-C electrical phases from all 50 and 60 Hz networks. Besides doing identification, the instrument enables verification of phase concordance and rotation in all safety and on any network points.


Its Operating the SPI-II system are:
Phase reading is rapidly and accurately accomplished by comparing the obtained measurements on one point of the network to the others which are already known and identified. The SPI-II accomplishes this comparison by synchronizing phase A (reference) samples and the sample of the phase to be identified (measurement) using a signal originating from the GPS satellite network. The system comprises two units: the set unit (reference) and the mobile unit (measurement). During the measurement, the distant module (reference) transmits a sample of the reference phase A, synchronized by GPS, towards the mobile unit. The transmission is made on demand from the mobile unit by cellular phone. The measurement module is used to make phase detection. This can be accomplished by directly connecting to the network with a wall socket or socket capacitor on a cable. The measurement phase on an overhead network uses the probe for the exterior SPI-IISx, set on a handling rod. The measurement module, then placed at the lower end of the rod, receives the data from the sensor by infrared link.


Its Wireless Technology are:
The exchanged data between modules are transmitted through different types of wireless links, such as: by infrared (short distance), by radio (medium distance), by cellular linkage (long distance), Bluetooth and finally, by GPS (very long distance). As for measurement taking, the user only handles the measurement module, which is similar in size and in weight to a flash light. Furthermore, the absence of cables facilitates storage and equipment maintenance.