High Power relay 100 A Power generators Back-up generators Pump control Disabled lift Charging Stations

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68 SERIES High Power relay 100 A Printed circuit mount - 3.6 mm contact gap Relay for applications with high power Type 68.22-4300 - 2 NO • DC coils, with only 700 mW holding power • Reinforced insulation between coil and contacts • Suitable for use at ambient temperatures up • 2 NO • Contact gap 3.6 mm • PCB mount • Meets the EN 60335-1 requirements of resistance to heat and fire (GWIT 775 °C and GWFI 850 °C) • Cadmium free contact materials For outline drawing see page 6 Copper side view Contact specification Contact configuration Rated current/ Maximum peak current (for 1 ms) Rated voltage/...

68 SERIES High Power relay 100 A Ordering information Example: 68 series, power relay for printed circuit, 2 NO contacts, 12 V DC coil. A: Contact material 4 = tandard AgSnO2 S Type 2 = -phase PCB terminals, 3 1.5 mm gap between PCB and relay base No. of poles 2 = pole 2 D: Special versions 0 = tandard S B: Contact circuit 3 = NO, ≥ 3.6 mm contact gap Coil version 9= C D Coil voltage See coil specifications Technical data Insulation according to EN 61810-1 Nominal voltage of supply system Rated insulation voltage Pollution degree Insulation between coil and contact set Type of Insulation Overvoltage...

68 SERIES High Power relay 100 A Contact specification F 68 - Electrical life v contact current NOTE: for ambient temperatures between 70 and 85 ° C, the electrical life is reduced by 30% H 68 - Maximum DC breaking capacity When switching a resistive (DC1) or inductive (DC13) load having voltage and current values under the corresponding curve, an electrical life of > 30000 cycles can be expected. NOTE: The heating and electrical endurance tests have been performed on relays soldered on PC boards having the following characteristics: double side, copper thickness >105 μm, contact tracks width...

68 SERIES High Power relay 100 A Coil specifications DC coil data Nominal voltage Coil code Holding voltage Rated coil consumption I at UN R 68-1 - perating range v ambient temperature, O with standard (continuous) coil energization (–40…+70)°C 1 - Max. permitted coil voltage. 2 - Min. pick-up voltage with coil at ambient temperature. R 68-2 - perating range v ambient temperature, O in energy saving mode (–40…+85)°C Energy saving mode In some applications, such as photovoltaic inverters, it may be necessary to minimize the overall relay power dissipation and to permit use at higher ambient temperature...