DLS 6hdc B10-2, Doepke LS switch B-Char, 10 A / 250 V DC, 6 kA, for DC circuits

Additionally available packaging sizes: 6 / 30

The task of line protection switches is to automatically shut off circuits for the protection of lines and connected devices. After a shutdown, they can be switched on manually without, for example, having to replace backup operations. Each of our control switches is equipped with a free-release solution that ensures a safe shut-off, even with, for example, a mechanically blocked switch. Line protection switches of the DLS 6 series protect cables, lines and installation devices against overload and short circuit according to DIN VDE 0100. The series includes a wide range of different types, from the switch for residential and purpose buildings to the switch for the industrial sector. Due to its compact design, line protection switches of the DLS 6 series offer maximum room gain for comfortable wiring. The large clamping range and the possibility of using commercial wiring rails ensure a simple installation. In addition, the connection of a variety of additional devices, such as working current triggers, as well as auxiliary and interference detectors is possible. The DLS 6hdc version for DC voltage networks is suitable for distribution and end circuits with its 6 kA rated power. Switches with the trigger characteristic B ensure the standard protection for light and socket circuits. Characteristics: for use in DC-voltage networks, measuring power 6 kA, train-bar clamps with a wide clamping section for rail and line wiring on both sides, special quick-release for the removal of several line-breakers from the lower or upper rail network, large-scale foldable marking window for a safe hold and protection of the label, use of commercial wiring rails, ON / OFF- switching display on the control panel, accessories can be retrofitted to the right, free-label software, built-in-in and-built-in-in housing systems: Notes: Influence of the ambient temperature on the thermal resolution: reduction of current values at higher ambient temperature and increase at lower temperatures by approx. 5% per 10 degrees C temperature difference, with 2-pole devices the line connection of the poles should be considered.