Unimaxe Builders P LTD Sahibabad, Ghaziabad, Uttar Pradesh

From large buildings to private homes, from industries to hospitals, electricity is essential. The extensive use of electricity in our daily life has become so common that we tend to forget that careless of electricity can be hazardous. Every year, a large number of industrial & domestic fires are attributed to "electrical faults". Hasintroduced state-of-the-art RCCB, which is capable of detecting earth leakage current as soon as they appear and isolate the system. Operational Principle: RCCB is a current device and is independent of line voltage conditions. This means that it provides protection even when there is voltage dip or the neutral conductor is interrupted. In a healthy system the vector sum of all currents in phase and neutral is equal to zero. The device senses imbalance or residual currents in the system and disconnect supply systems. Specification: IEC 61008-1/IS 12640-1:2008/EN 61008-1 Range: 16, 20, 25, 32, 40 & 63. Features: Simple and robust operating system. Rotary handle with ON/OFF indication. Due termination for bus bar as well as cable connectiion. Advance neutral. Test button for regular inspection. Positive contact indication. Salient Features: Shapes compatible with and suitable for standard busbar connection to other devices. Twin-puurpose terminal (lift/open-mouthed) above and below. Busbar positioning optional line or load. Free terminal space despite installed busbar. Suitable for being used with standard fluorescent tube with or without electrical ballast (typically up to 20 units per phase conductor). The device functions irrespective of the position of installation. Type with 80A permissible short-circuit back-up fuse: Take into account overload protection. Tripping is line voltage-independent. Consequently, the RCCB is suitable for "fault current/residual current protection" and additional protection within the meaning of the applicable installation rules. Mains connection at either side. The 4-pole device can be used for 3-pole connection. For this purpose use terminals 1-2, 3-4, and 5-6. The 4-pole device can be used for 2-pole connection. For this purpose use terminals N-N and 5-6. Pressing the test key "T" serves the only purpose of function testing the Residual Current Circuit Breaker (RCCB). This test does not make earthing Resistance Measurement (RE), or proper checking of the earth conductor condition redundant, which must be performed separately.

NIXON MCB Electrical distributiion needs are continuously evolving in residential, commercial and industrial sectors. Improved operation safety, continuity of service, greater convenience and operating cost have assumed a tremendous significance. NIXON MCB have designed to continuously adapt to these changing needs. Specification: IS/IEC 60898 - 1/EN 60898 Execution: Single Pole (1P) Single Pole & Neutral (1P+N) Double Pole (2P) Three Pole (3P) Three Pole & Neutral (3P+N) Four Pole Features: Quick Trip Mechanism 12 Plates Arc Chute for Effective Arc Quenching Longer Electrical Operation Wide Range Value for Money Low Power Consumption, thus Cost Effective & Energy saving. Construction: NIXON MCB have precisely formed moulded case & cover of flame retardant high stength thermoplastic material having high melting point, low water absorption, high dielectric stength and temperature with stand. Salient Features: Conforms To Latest Standard: MCB conforms to the latest standard IEC 60898-1 in selected ratings. Energy Saving: The low power loss as stipulated in the IEC 898/95, IEC 60898-1 has been taken care of while designing the MCB. The low power loss figure febof MCB contributes significantly to the energy saving. Din Rail Mounting: MCB's can be mounted on standard 35mm DIN Rail by snap action. No time wastage in installing and replacing the MCB. Shock Proof: Figure and hand touch safe. Tested as per the test clause 9.6 of IEC 60898-1 protection against electric shock. Housing: The housing of MCB is injection moulded from special grade of Nylon as per international specifications. The housing and other moulded componenets are fire retardant, anti-tracking and non-hygroscopic. The housing can with stand high temperature and is impact resistant. Contacts: Contacts are made of special silver inlaid copper strip, ensuring higher life and maximum safety against contact welding and erosion. These contacts have low contact resistance resulting in reduced watt loss. Current Limiting Actions: The high speed current limiting actions ensures that the MCB operate before the full prospective fault current is allowed to develop. Under fault conditions, damage can be sustained to the installation and associated equipement due to the amount of energy that passes before the current is completely interrupted. The total energy let through depends on the value of current and the time for which it flows, and is denoted by the symbol 12t. The high speed current limiting action of MCB ensures that the energy let through and any subsequent damage is minimized. The reduced LET THROUGH ENERGY (Class 3 as per EN 60898-1) assists greatly with both back-up and discrimination considerations.

Features: Compact Construction Double break contacts Silver cadmium oxide contact tips Shrouded terminals Front Operation with three stable positions Isolator at middle position Easy snap on DIN Rail mounting Can be mounted with other products viz. MCB, ELCB, Isolator in Distribution Board Construction: The entire switching mechanism along with the fixed and moving contact assembly are housed in FR thermo plastic moulded case / cover, having high dielectric stength, excellent mechanical & thermal properties. The switching mechanism is double break type. The contact tips are made of Silver cadmium oxide (AgCdO) for long electrical life, sustained current carrying capacity and ensure temperature rise is within specified limits.

ERGON MCB Electrical distributiion needs are continuously evolving in residential, commercial and industrial sectors. Improved operation safety, continuity of service, greater convenience and operating cost have assumed a tremendous significance. NIXON MCB have designed to continuously adapt to these changing needs. Specification: IS/IEC 60898 - 1/EN 60898 Range: .6A to 40A-'B' Curve .0.5A to 80A-'C' Curve Execution: Single Pole (1P) Single Pole & Neutral (1P+N) Double Pole (2P) Three Pole (3P) Three Pole & Neutral (3P+N) Four Pole Features: Quick Trip Mechanism 12 Plates Arc Chute for Effective Arc Quenching Longer Electrical Operation Wide Range Value for Money Low Power Consumption, thus Cost Effective & Energy saving. Construction: ERGON MCB have precisely formed moulded case & cover of flame retardant high stength thermoplastic material having high melting point, low water absorption, high dielectric stength and temperature with stand. Salient Features: Conforms To Latest Standard: MCB conforms to the latest standard IEC 60898-1 in selected ratings. Energy Saving: The low power loss as stipulated in the IEC 898/95, IEC 60898-1 has been taken care of while designing the MCB. The low power loss figure febof MCB contributes significantly to the energy saving. Din Rail Mounting: MCB's can be mounted on standard 35mm DIN Rail by snap action. No time wastage in installing and replacing the MCB. Shock Proof: Figure and hand touch safe. Tested as per the test clause 9.6 of IEC 60898-1 protection against electric shock. Housing: The housing of MCB is injection moulded from special grade of Nylon as per international specifications. The housing and other moulded componenets are fire retardant, anti-tracking and non-hygroscopic. The housing can with stand high temperature and is impact resistant. Contacts: Contacts are made of special silver inlaid copper strip, ensuring higher life and maximum safety against contact welding and erosion. These contacts have low contact resistance resulting in reduced watt loss. Current Limiting Actions: The high speed current limiting actions ensures that the MCB operate before the full prospective fault current is allowed to develop. Under fault conditions, damage can be sustained to the installation and associated equipement due to the amount of energy that passes before the current is completely interrupted. The total energy let through depends on the value of current and the time for which it flows, and is denoted by the symbol 12t. The high speed current limiting action of MCB ensures that the energy let through and any subsequent damage is minimized. The reduced LET THROUGH ENERGY (Class 3 as per EN 60898-1) assists greatly with both back-up and discrimination considerations.

Mini Trip is a single composite device, which provides, protection against overload and short circuit faults. It is designed with unique mounting concept, for use in domestic & commercial distribution system, at the most downstream circuit (switchboard / DESB), ensuring even higher degree of protection for discriminating applications. In normal use, this new Mini Trip is safe to use and without danger to user as well as to environment. Specification: Mini Trip- IS 8828 & IEC 60898-1 Mini Isolator-IS 13947-3 & IEC 60947-3 Range: Mini Trip -6A, 10A, 16A, 20A, 25A & 32A. Isolator- 40A Execution: Mini Trip- Single Pole (1P), Double Pole (2P) Isolator- Double Pole (2P) Features: Protection in switch board against overload & short circuit. Suitable for both DSEB (Decorative Electrical Switch Board) and Switch Board. Short Circuit breaking capacity 3kA. Reliability & Continuity of service. Compact in size. (Mini Isolator): Low watt loss. Longer electrical life. Low power consumption, thus cost effective & energy saving. Mini Trip Design: Mini Trip is a single composite device, which provides protection against overload and short circuit faults. It is designed with unique mounting concept, for use in domestic & commercial distribution system, at the most downstream circuit (switchboard / DESB), ensuring even higher degree of protection for discriminating applications. In normal use, this new Mini Trip is safe to use and without danger to user as well as to environment.