Navago Electronics & Electricals is a much preferred manufacturer and exporter of a wide range of Earth Leakage Relays, Phase Failure Relays, Minimum Current Relays and Limit Switches confirming to strict national standards.
Navago Electronics & Electricals is a company registered as a small-scale industrial unit with the Directorate of Industries and Commerce, Govt. of Karnataka, Bangalore.
In 1979 the company was incorporated to manufacture Limit Switches & Relays. Now the company is greatly proliferated and produces ...More
Company Profile
Earth leakage relays, phase failure relays, minimum current relays, limit switches, single phase preventer, liquid level controller, twi light switch, earth fault relay, street light controller, timer, under voltage relay ac earth leakage relays, electronic earth leakage relays, phase ea ...
Business Type
:
Exporter / Manufacturer
Year Established
:
1979
No. Of Employees
:
25
Annual Turnover
:
Rs 20 Lakhs
Website
:
http://www.navago.in
Bankers
:
CANARA BANK, ICICI Bank
Products Manufacturing and Exporting
:
Earth leakage relay, twilight switch, single phase preventer & other custom built electronic products, ear relays, switches, earth leakage relay, single phase preventer, limit switches, tube-light switch, items, th leakage relays, phase failure relays, phase failure relays, minimum current relays, t...
This relay is used on AC systems and is a sensitive electronic protective device. Its operation on Earth fault is independent of the system voltage imbalance. This relay can detect Earth fault currents as low as 1 amp. Which is 0.25% in a 400 amps feeder system. This can be used on a single phase or on a three-phase network. Principle of operation This relay operates on the core balance principle wherein the currents in the three phase of the system are summed by a core balance C.T. which for normal conditions equate to zero. In case of a leakage current to earth this balance is disturbed
AC Earth Leakage Relays We are manufacturer and exporter of AC earth leakage relays which is used on AC systems and is a sensitive electronic protective device. Its operation on earth fault is independent of the system voltage imbalance. This relay can detect earth fault currents as low as 1 amp. Which is 0.25% in a 400 amps feeder system. This can be used on a single phase or on a three-phase network. Specifications Leakage Current Setting : From 15mA upwards as desired. Core balance C.T. : Toroidal core, bar primary Auxiliary supply : 230V AC or 110AC, 50 Hz, 1 Phase Built-in relay co
Description : Type PFV Phase Failure Relay, popularly called Single phasing preventer. It operates almost instantaneously and protects the motor under any of the following conditions: When there is disconnection of any one of the lines to the motor. When the motor connections are reversed in phase. When supply voltage is unbalanced Construction : The electronic circuit is of the most modern design and high grade components are used to ensure efficient performance. It is designed to be used for motors of any HP . LED is provided on the relay which will be o
Description : This relay is used on AC systems and is a sensitive electronic protective device. Its operation on Earth fault is independent of the system voltage imbalance. This relay can detect Earth fault currents as low as 1 amp. which is 0.25% in a 400 amps feeder system. This can be used on a single phase or on a three-phase network. Principle of operation : This relay operates on the core balance principle wherein the currents in the three phase of the system are summed by a core balance C.T. which for normal conditions equate to zero. In case of a leakage curr
Description : This relay is used on AC systems and is a sensitive electronic protective device. Its operation on Earth fault is independent of the system voltage imbalance. This relay can detect Earth fault currents as low as 1 amp. which is 0.25% in a 400 amps feeder system. This can be used on a single phase or on a three-phase network. Principle of operation : This relay operates on the core balance principle wherein the currents in the three phase of the system are summed by a core balance C.T. which for normal conditions equate to zero. In case of a leakage curr